Category: Mobile App Development

The biggest difference between web apps and mobile apps is that web apps can be accessed from desktop or mobile web browsers, and mobile apps are installed natively on smartphones or tablets. 

Unlike native mobile apps, a web app does not require any installation to use. 

While this is the most obvious distinction between the two, there are plenty of other key differences and similarities between web apps and mobile apps—all which will be covered in this in-depth guide. 

I’ll break down everything you need to know about web apps and mobile apps, including the situations when it makes more sense to build a mobile app and scenarios where a web app works better. 

Understanding Web Apps

A web app is an application program that’s stored on remote servers and delivered through web browser interfaces over the internet. 

Common examples of web apps include Google Docs, Netflix, and even Facebook. You don’t need to install any software on your devices to use these tools—as all three of these can be directly accessed from any web browser. 

While using these types of apps through a web browser doesn’t necessarily deliver the optimal user experience compared to a native app (which we’ll cover later), they still work and function as intended through browsers. 

For web apps, progressive web apps, and hybrid apps to work, they simply need a web server, database, and application server powering it on the backend. 

Web apps and websites are not the same thing, even though web apps are accessed through websites, and the average user may not necessarily notice the difference. But websites are static, and web apps are dynamic—meaning web apps are more interactive and allow the user to perform more tasks. 

Web apps typically require some type of user authentication. This is not the case for websites, as anyone can visit them by just navigating to the URL. 

Understanding Mobile Apps

As the name implies, mobile apps are designed specifically for mobile devices—like smartphones and tablets. To access the app, users must first install it on their device. 

Mobile apps leverage the native features of a device, like a smartphone’s camera, Bluetooth, or GPS. This drastically improves the features, performance, and usability compared to its web app counterparts. 

Within this category, there are also native mobile apps and hybrid mobile apps. 

A native mobile app is built for a specific type of operating system, like iOS or Android. Hybrid mobile apps can run on multiple operating systems. 

Have you ever accessed Facebook or Instagram through your smartphone’s web browser? It’s possible and gives you all of the same information. But the experience is undoubtedly better when you’re accessing these platforms directly from the mobile app installed on a particular device. 

A mobile app still uses servers and databases to power it on the backend. But mobile apps can be both static and dynamic at the same time. 

A static application doesn’t need an internet connection, online server, or database to operate. They’re downloaded and can function offline, with periodic updates. Dynamic apps are in some way reliant on a server or database to operate. 

Let’s consider the mobile app version of the three examples mentioned in the previous section—Google Docs, Netflix, and Facebook. You can use each of these while offline as a static app, but the information won’t refresh or update until you’re connected to the servers. So you can access old documents and download movies or browse old photos on your timeline. But you won’t be able to see edits to new documents, stream new movies, or see an updated post until you’ve established a connection. 

Mobile App Versus Web App: Key Differences

In comparing a mobile app vs. web app, you’ll quickly notice some significant differences. Depending on your goals, these differences could definitely sway you in one direction over the other. 

Development Environment and Tools

Mobile app development requires platform-specific development environments and tools. For example, Apple has its own IDE (integrated development environment) for iOS apps. It includes an iOS SDK, development tools, and other compilers that app developers can use to write code and debug apps specifically for iOS apps. Android also has its own development software, Android Studio. 

Unlike mobile apps, web app development environments aren’t quite as strict. Web developers have a wider range of tools to choose from depending on the programming languages they’re planning to use for the build. 

Programming Languages and Frameworks

With mobile applications, the programming language depends on the type of app and platform you’re building. Swift and Objective-C are the primary programming languages for iOS apps. Android apps commonly use Java and Kotlin. Hybrid apps can be built with C#, Xamarin, React Native, Appcelerator, and Cordova/PhoneGap. 

Web apps are typically built using JavaScript, PHP, Python, and Ruby. Generally speaking, developers have more options to choose from and tend to find web apps easier to build because they can use languages and frameworks that they’re already familiar with. If you have basic coding knowledge, you’ll likely find it easier to build a web app. 

Performance and Speed

Performance varies drastically between web apps and mobile apps—and mobile apps have the edge. First, mobile devices don’t need an internet connection for apps to work. Mobile apps are more responsive, load faster, and handle common gestures natively built into mobile devices.

Conversely, web app speed and performance are almost always tied to the strength of an internet connection. Without that connection, the app won’t work. Poor connection negatively impacts the app’s loading speed and usability. Web apps also have inconsistent performance because they’re also reliant on web browsers. 

User Experience and Engagement

Better performance and speed lead to an enhanced user experience on mobile apps. Actions performed in an app are almost instantaneous through a mobile device. There’s rarely lag or interference getting to the next stage, which can’t be said for web apps.

The app publisher also has more ways to engage with its users compared to web app developers. For example, publishers can send push notifications directly to a mobile device—prompting users to open the app or take an action. This isn’t something you can do from a web app. 

Cost and Development Timeline

Building web apps is typically cheaper and faster than building mobile apps. Mobile apps take longer because they’re more complex to build, and sometimes, two versions of the app need to be built so the app can run on multiple platforms.

However, it’s worth noting that in recent years, the cost to create a mobile app has significantly dropped. With no-code app builders, you can build a mobile app without having to write a single line of code—and you can launch on iOS and Android from a single build. This dramatically shortens the time to launch and reduces the costs associated with development.

Market Reach and Monetization Methods

Technically, web apps have a wider market research because they can be accessed by anyone with an internet connection—regardless of the device. Mobile apps are distributed via app stores, and there need to be multiple versions of the app on each store so it complies with the specific requirements of each operating system (although all popular mobile apps are available on both the Apple App Store and Google Play Store). 

It’s generally easier to monetize mobile apps because of the native components. While both types of apps can leverage multiple monetization strategies, web apps have more friction in the checkout process. It’s also easier for mobile apps to set recurring billing and take advantage of saved mobile wallets on the device. 

Similarities Between Web Apps and Mobile Apps

While different in many ways, mobile apps and web apps do share some similarities, including:

Accessibility and Compatibility

Both mobile and web apps are accessible to the masses and compatible across multiple platforms. 

If someone has a smartphone or tablet, there’s a good chance they’ll be able to access the application, whether it’s a native mobile app or web app. 

Security

Mobile and web apps both face security vulnerabilities. As a developer and app publisher, it’s your responsibility to prioritize data protection and user privacy. 

The exact types of threats may differ between the two, but inherently, this is still something they share. 

User-Centric Design

UX design is critical for web and mobile apps alike. In fact, 90% of people say they’d stop using an app because of poor performance. The vast majority of performance issues are design-related. 

Beyond speed, design is the most important thing to an app user because it affects so much of how they experience the app. Design choices impact how attractive the app is, how well it fits the screen, and how easy it is for users to find what they’re looking for. 

Ongoing Maintenance and Updates

Mobile apps and web apps both require updates and ongoing maintenance. Whether it’s bug fixes, new feature releases, or security patches, you’ll need to continue updating your app regardless of how it’s being distributed. 

It’s worth mentioning that there’s a difference in the way updates are deployed. For web apps, they can simply be deployed on the server without any user intervention. But for mobile apps, the user must install the latest update to access the new version. 

Integration with Emerging Technologies

Thanks to APIs (application programming interfaces), it’s fairly common for multiple apps to integrate and play nice with each other. This holds true for both native and web apps. 

For example, you might integrate Slack (either the web app, desktop app, or mobile app) with your website to automatically get notified when someone subscribes to your newsletter. Or maybe you’re integrating your app with Facebook or Google to authenticate users with SSO. 

How to Choose What’s Right For You: Web App or Mobile App?

Now that you understand the key differences and similarities between web and mobile apps, it’s time to determine what’s right for you. Here’s a quick resource that you can use to find the answer.

When to Go With a Mobile App

• Use native apps if your target audience predominantly uses smartphones.
• Build a mobile app if you want to take advantage of device-specific features, like a smartphone’s camera, mic, GPS, accelerometer, etc.
• Mobile apps are better if you want users to have offline access.
• Mobile apps are better for driving user engagement.
• If you want to monetize your app through subscriptions and in-app purchases, go with a mobile version. 
• For improved brand loyalty and focusing on building long-term customer relationships, mobile apps have the edge. 

When to Go With a Web App

• Web apps tend to have a wider reach than mobile apps, which is important if you don’t want owning a smartphone to be contingent on someone using your app.
• Web apps are often more cost-effective to build and maintain.
• It’s easier to deploy updates to web apps directly on the server without the user having to install an update. 
• Web apps can be found in search engines—meaning they’re more SEO-friendly and help enhance a brand’s overall online presence. 

Final Thoughts

In today’s day and age, the vast majority of businesses are building for mobile. Web apps are still popular in certain use cases, and they’re often used in conjunction with a mobile app. 

But the experience of using a mobile app can’t really be replicated using a web app.

In terms of performance, speed, and reliability, mobile apps are superior. 

Historically, a business might have been swayed to build a web app compared to a mobile app because of budget constraints. But that’s really no longer a factor today.

Are web apps cheaper to build? Usually. But mobile apps aren’t as expensive as they once were—and they no longer require low-level coding from scratch.

You can build a mobile app today by signing up for a no-code app builder. This would cost you anywhere from $100 to $500 per month, which is affordable for any budget. 

With BuildFire, you get the best of both worlds. You can build an app for iOS, Android, and a progressive web app (PWA), all in a single build. The app can even be built for iPads and Android tablets. 

Sign up today to get started, and try BuildFire free for 14 days—no credit card required. 

Mobile app development isn’t quite as daunting as it used to be. New technology like no-code app builders has made app development more accessible to the masses.

With that said, many businesses still prefer to outsource mobile app development—and it’s often the best path for mid-market organizations.

If you need an app for business but don’t know where to start, this guide has you covered. I’ll explain everything you need to know about outsourcing app development, including the benefits, costs, and finding the right partner. 

What is App Development Outsourcing?

Mobile app development outsourcing means working with a third-party service provider to build an app on behalf of your business. It’s a type of software development outsourcing that specifically refers to mobile apps built by an app development company or developers who aren’t part of your in-house team. 

The company seeking app development services still owns the app. They just get someone else to build it for them. 

App development outsourcing can be used for any type of mobile app—including internal apps for HR and employee communications or customer-facing apps for your core business model. 

9 Reasons to Outsource Mobile App Development

There are dozens of benefits to app development outsourcing. But these are the top nine reasons why businesses choose to outsource app development.

1. Cost-Effectiveness

Developing an app in-house can be expensive. Most companies don’t have the personnel on staff to handle app development, which forces them to hire new employees. 

US software developers make between $96,760 and $161,40, with the median sitting at $127,260. That’s just for one developer in a single year—not to mention the costs associated with benefits, payroll taxes, training, and other costs for onboarding a new employee. 

Rather than spending $300,000 on labor alone, you could outsource development for around $30,000. 

2. Faster Development Timeline

Launching your app quickly is crucial for getting a faster return on your investment. That’s why long development timelines can hurt you in multiple ways—they’re expensive, and you’re not getting anything in return during the app development process.

This holds true whether the app is customer-facing or solving internal inefficiencies. 

But app development companies already have dedicated teams and processes in place. They have the tools, skills, and knowledge to build apps quickly and more efficiently than an in-house team during this for the first time. It could take your IT team 9-12 months to create an app, whereas an app development agency can knock it out in 3-6 months. 

3. Ability to Focus on Core Business Operations

Mobile apps are supposed to improve businesses, not hinder them. 

If you’re investing 60-80+ hours per week managing this type of project on your own, then who’s going to handle your day-to-day responsibilities?

Lots of businesses don’t think they need to consider mobile application development outsourcing because they have skilled developers in-house. But what are those developers currently working on? Who is going to handle those duties if you allocate those resources to a different project?

Outsourcing app development means you can keep the wheels in motion and without compromising your core business objectives. 

4. App Developer Expertise

Developing an app is a considerable investment for any business. With the stakes high, you want to make sure that you have the best mobile app developers working on your project.

Sure, you might have one or two people on your staff who have built an app in the past. But wouldn’t you rather work with mobile app development agencies that have built thousands of apps?

It’s like anything else. The more experience you have, the better the final product will be. It’s rare for an agency to come across something they’ve never seen before. But if you’re using in-house talent, this could be a weekly or even daily occurrence. 

5. Access to the Latest Mobile App Technologies

App development is more than just writing code. The best apps leverage cutting-edge technology to ensure the app performs well and delivers the optimal user experience post-launch. 

But the latest and greatest technology comes at a cost. 

Look beyond the app itself. You have authentication servers, databases, push notification servers, integrations, and more—there’s an entire mobile app infrastructure that’s happening behind the scenes. It’s tough to replicate this on your own, and it often doesn’t make sense from a cost perspective. It’s easier and more cost-effective to get this technology included with mobile development outsourcing. 

6. Scalability and Flexibility

When you outsource mobile application development, it’s much easier to grow and scale compared to handling this on your own. 

Let’s say your app grows from 10,000 to 100,000 users. Mobile app development services can easily help accommodate this kind of growth without any downtime or user experience issues. 

Or maybe you want to add a new custom feature three months after the initial launch. It’s not as easy to do this on your own. 

7. Cost Predictability

The cost of outsourcing mobile application development is much more predictable than doing it in-house. More often than not, you’ll have a final quote from the development agency—and you know that the project won’t go over that number. 

But going over budget is practically guaranteed if you’re building an app in-house. Why? Things happen.

People get sick. Equipment goes down. Some sprints take longer than initially anticipated. 

An app agency will never come back to you and say, “Hey, one of our developers quit, so we had to hire a new one. So we’re going to add an additional $10,000 to your invoice to account for the training costs needed to onboard our new hire.” 

If something like this happens internally within your organization, the cost will come out of your pocket. And there’s really nothing you can do about it. You’ll have to pay whatever it costs because you need the app, and you’re not going to invest thousands of dollars and months of time to settle for an incomplete project. 

Pro Tip: Use our App Development Calculator to estimate how much it will take to build an app for your business. 

8. Reduced Legal and HR Burdens

As previously discussed, building a dedicated team to build your app is expensive. But beyond labor costs, your in-house team can lead to significant legal and HR burdens. 

You don’t have to worry about workers’ compensation claims or dealing with paid parental leave if you’re working with an agency. 

In some cases, in-house app developers could even try to claim ownership of the source code of your app. No business wants to deal with these types of headaches. 

9. Continuous Maintenance and Support

Building and launching a mobile app is really just the beginning of app development. Your app still needs lots of attention and care for it to continue working and be successful for the long haul.

What happens when a new iOS version comes out? Apple just changed its App Store requirements—not what? How will you address bugs, glitches, or new security threats?

If you built the app in-house, you need to allocate development resources to deal with this stuff on a regular basis. It’s not like you can just hire a team for one year and then fire them once the app goes live. That $300,000+ in annual labor sticks with you for the lifetime of your app if you’re building it in-house. 

But when you outsource mobile app development, you’ll get ongoing maintenance and support for a low monthly fee. You won’t have to worry about maintaining your app at all if you have the right partner. 

How to Evaluate the Costs of Outsourcing Mobile App Development

How much does it cost to build an app in-house compared to outsourcing app development? I’ll break that down below. 

Factors That Influence App Cost

When it comes to outsourcing app development, these are the most common factors that influence the total cost:

• App Complexity — Advanced features that require custom code will be more expensive than basic apps that can be developed with simple, pre-built functions. 
• Location of development team — Offshore mobile app development teams are typically cheaper than US-based app developers.
• Supported platforms — Do you need an iOS app, Android app, or both? 
• Backend technology — This refers to the software and servers required to power and maintain your app during development and after it goes live.
• Development timeline — Typically, the longer it takes to build your app, the more expensive it will cost. 

This is the starting point for most people. We also have an in-depth guide that breaks down the cost of app development in granular detail, comparing costs related to app category, design costs, and even infrastructure services. 

Cost Comparison: In-House vs. Outsourced App Development

Let’s say you want to build an average app for your business. It’s nothing too fancy, but it handles all of the basics—like allowing users to create a profile and sign in, it connects to the internet, has a database on the back end, and you want it to integrate with calendars and social media. Plus, you want to build it for both iOS and Android devices. 

If you build an in-house team, you’ll likely need at least two app developers for this type of project. We’ll estimate on the low end and say their salary is $80,000 per year, each. That’s $160,000 in labor (assuming you find quality developers willing to work for that rate). 

$160,000 before a single line of code even gets written. Servers will cost another $10,000 to $12,000 per year, plus another $10,000 to account for things like APIs, push notifications, and integrations. We’re nearing $200,000 and the app is just getting started, and we haven’t even touched upon project management or quality assurance costs. 

On the flip side, you could outsource this same exact mobile app to a third-party development team for $25,000 to $40,000. That’s your out-the-door cost to launch before updates and ongoing maintenance. 

Maintenance from an app development agency will likely cost around $5,000 to $10,000 annually. This would cost at least $40,000 in-house, even if you’re using just one developer for this and allocating their resources to other projects. 

In this example, building, launching, and maintaining your app in-house would cost about $360,000 (on the low end) over five years. Outsourcing the same app would cost $65,000 to $80,000 over five years. 

While this is just one example, it highlights what you’ll see across the board—outsourcing app development is roughly 20% of the cost compared to building in-house. 

Understanding Pricing Models in Outsourcing App Development

All app development companies each have their own unique way of pricing mobile app projects. With that said, you’ll likely find one of the following three models:

• Fixed Rate — This is the most straightforward. The company tells you the total app cost, and you pay that number. It’s the easiest way to estimate and stay within your budget, but your developer could cut corners if unexpected issues arise (although you won’t have to worry about this from a reputable development company).
• Hourly Rate — Hourly billing is more common from freelance app developers compared to agencies. Rates can vary significantly, with rates starting around $30 per hour for developers in India, $50 per hour in Eastern Europe, and upwards of $80 per hour in the US. Some developers can give you an estimate of how many hours the project will take. But if it ends up taking longer, you could go over budget. 
• Subscription Rate — With the subscription model, you pay a fixed monthly, quarterly, or annual fee to use app development software. This can range from $100 to $500 per month, depending on the tools and features you need. 

The subscription model is often the best route, assuming you have the right app development partner. It’s less of a financial burden than paying $20,000 or $50,000 upfront. That’s the obvious reason. 

But if you outsource your app project to a company like BuildFire, you’ll also have the option to leverage our in-house development team if you need something unique or custom. For basic app features, 80% or even 90% can be handled with our app builder. Then we can bridge the gap with that remaining 10-20% to help you save money while still getting exactly what you need.

The annual subscription could cost you $6,000, and a custom function (if you need it) might cost an additional $6,000. 

Hidden Costs and How to Avoid Them

The cost of building a mobile app goes beyond the development process and the app itself. You also need to account for:

• Maintaining your staff
• Project management
• Quality assurance
• Hosting
• Refactoring
• CDNs
• Training
• UX Design
• UI Design
• Security
• Administrative Services

The easiest way to avoid these hidden fees is by outsourcing. When you outsource app development, cost is essentially set in stone. You pretty much know exactly what you’re going to pay, and you don’t have to worry about any surprises popping up along the way.

How to Choose the Right Mobile App Development Outsourcing Partner

There are thousands of agencies out there that offer software development services. So how can you narrow down your search and find an app development company that meets your needs?

Keep the following considerations in mind as you’re comparing different options:

• Look for an outsourcing company that offers strategic consulting for your app idea.
• The best app development companies handle all aspects of project management for you.
• They should also deal with quality assurance and testing. 
• Pricing should be clear. If you’re not given an exact quote, you should at least be given a range with expectations.
• Determine whether you want to work with a US-based development company or if you don’t mind sacrificing quality to save money. Language barriers should also be taken into consideration.
• When you outsource mobile app development, make sure your partner gives you a timeline of when you can expect the app to be completed. 
• Make sure the outsourcing company offers post-launch maintenance and support.
• Ideally, the development agency you’re considering should have experience building apps in your industry. 

For more information, review our guide on what to look for in a mobile app developer. We also have a detailed resource on how to choose the best mobile app development company for your business. 

Managing the App Development Outsource Relationship

Once you’ve settled on an outsourcing company and started to work with their app development team, there are certain things you need to keep in mind to maintain a quality relationship with them.

First, make sure you have enough meetings before development actually starts. This ensures that everyone is on the same page so they know exactly what you’re looking for. Getting some wireframes, mockups, or even app prototypes can really help during the pre-development and design phases. 

During development, you can set some milestones and ask for updates on a regular cadence. But again, it’s best to establish this ahead of time. If you’re just going to email the outsourcing company once a week asking, “I’d like to see what my app looks like so far,” then you’re not giving them an opportunity to really work on it. 

The purpose of outsourcing is to remain hands-off. While you should still be part of the process, you don’t want to micro-manage the team. They aren’t your employees and you shouldn’t treat them as such. 

That’s why it’s so important to find the right partner from the beginning. It makes it much easier to manage the ongoing relationship when everyone is working toward the same common goal. 

Final Thoughts: What to Expect When You Outsource Mobile App Development

In short, you can expect it to be much more cost-effective and easier to outsource mobile app development compared to building an app in-house. 

Maintaining an internal development team really only makes sense if you’re planning to build multiple apps on a regular basis and use them for a variety of core business functions. But even in this scenario, outsourcing should still be taken into consideration. 

One unique aspect of using BuildFire for app development is that you have access to our pre-existing app development infrastructure. This drastically reduces the time and costs associated with traditional development—plus, you can launch an app for iOS and Android with a single build. 

You can also leverage our app development platform and app development services under one roof. Whether you’re looking for assisted setup and design services and then want to manage the app on your own, you want to build it on your own and leverage our team for something specific, or you want us to do all the heavy lifting for you, there are plenty of different options to choose from. 

Schedule a consultation today to see how BuildFire can bring your app to life. 

Years ago, there were only options ways to create a mobile app—one code for iOS apps and one code for Android. But developers today have significantly more options for coding apps. I created this guide to help you understand the most popular programming languages and frameworks for mobile app development. You can use this information to decide which language to learn and invest in for your mobile app.

For the purposes of this resource, I’m going to skip over cookie-cutter types of mobile app builders. Technically, you don’t need to learn how to code use programming languages for that type of mobile app development platform. Check out our guide on the five ways to build apps for more information on those alternative methods.

Types of Mobile Apps

Before we continue, I just want to quickly cover the different types of app development from a coding perspective. Generally speaking, mobile app developers can build an app in one of these three categories:

Native Apps

Native app development is coded in a language that’s supported natively by the specific operating system of mobile devices. (Example: native iOS app vs. native Android app). This is used if you’re building an app specifically for the Apple App Store or Google Play Store.

This is ideal for apps with a high level of customization that need to leverage native components of each device. It’s great for gaming apps, VR apps, and apps with extensive graphics. But one code won’t work on both platforms with native development.

Hybrid Apps

Hybrid apps are for cross-platform development. These are coded in a single language that can run on multiple on both iOS and Android.

This speeds up the development timeline as you’ll only have to code everything once, as opposed to twice (once for each OS). Compared to native, you’ll lose a little bit of the flexibility in terms of what you can do with hybrid apps. But this is fine for the vast majority of developers.

The most common topic you’ll hear when discussing mobile application development is the difference between native and hybrid apps. This has become the great debate for developers for quite some time now.

As I briefly mentioned above, native apps are built for a particular operating system. So if you want to develop an app for iOS and Android, you would need to build specifically for iOS and specifically for Android, separately.

There are pros and cons to this method, along with the others. We’ll take a closer look at the advantages and drawbacks of these app development methods as we continue through this guide.

PWA Apps

A PWA (progressive web app) is a lightweight app that runs in the URL of a device’s web browser. It looks and feels like a mobile app, but it’s not delivered natively on the device.

Developers who have experience with web development can easily create PWAs. You’ll should already be familiar with the coding languages used during the development process. So there’s not as much of a learning curve.

With that said, these apps will be a bit more limited in terms of the ability to use native device components.

Best Programming Languages for App Development

Let’s take a closer look at the top 14 coding languages for mobile applications. Each option has advantages and disadvantages depending on your skill level and intended use case. Regardless of your hardware and software, you can find coders and languages below that fit your needs.

iOS Programming Languages

The iOS platform was created by Apple. If you develop an iOS app, it will work across the Apple ecosystem like iPhones and iPads. Apps built using an iOS programming language can be made available on the Apple App Store for users to download.

In order to build an iOS app, you need to have an Apple developer account to get started. You’ll also need the Xcode IDE installed on a Mac computer (you can’t build and debug properly on a Windows computer).

Xcode comes with everything you need to create apps for all Apple devices. This development toolkit has a code editor, simulators, a debugger, and SDKs.

There are two native programming languages for iOS development—Objective-C and Swift.

Let’s take a closer look at each one of these Apple programming languages below.

Objective-C

Objective-C was the first programming language by Apple to support mobile applications on its platform. It’s an OO (object oriented programming language) that uses syntax from C and the object oriented aspects of SmallTalk.

The language isn’t very developer-friendly. One of the drawbacks is that the syntax feels clunky, and the square brackets can be tough to debug.

Swift

Swift was introduced in 2014 as an Apple programming language. It was eventually available for development in Xcode the following year.

This language has quickly become the developers’ preferred language when building an iOS app. If you’re getting started with iOS app development, this one of the best programming languages to consider. The usage of Objective-C has declined since Swift’s arrival. For any modern applications built on Apple, Swift is heavily encouraged.

Compared to Objective-C and other programming languages, Swift is easier and more compact. Any Apple developer who already knows how to build with Objective-C shouldn’t have any issues switching to Swift.

Programming Languages For Android App Development

Android is an open-source software development platform run by Google. While Google has its own mobile device options for phones and tablets, other manufacturers, like Samsung, Huawei, Microsoft, and more also produce phones and tablets that are powered by the Android OS.

To build an Android app, you need to get the Android development toolkit that has debuggers, emulators, and the required SDK. The best integrated development environment (IDE) for Android app development is Android Studio. This makes it easier if you’re developing mobile apps for Android. There are other options available, including cross platform app development tools (to build Android and iOS apps, and mobile apps for other operating systems) but Android Studio is definitely the most popular for Android app development.

Android IDEs can typically be run on any OS, including Windows, Mac, and Linux.

Let’s take a closer look at two Android programming languages—Java and Kotlin.

Java

Since Android was officially launched in 2008, Java has been the default development language to write Android apps. This object-oriented language was initially created back in 1995.

While Java has its fair share of faults, it’s still the most popular language for Android development since it runs on a virtual machine. As an object oriented option for mobile development, Java is commonly used to develop Android apps.

Most of the other Android languages are considered a version of Java or a flavor of Java.

Kotlin

Google announced that it would start supporting the Kotlin programming language in 2017. It’s an alternative language to traditional Java for Android development, and it runs on the Java Virtual Machine. Even as a new language, it’s very popular.

Kotlin and Java are interoperable, meaning they can make use of the same information. All of your Java libraries can be accessed with Kotlin. From an execution standpoint, the Kotlin language complies with Java Bytecode. Overall, it’s considered a neater and cleaner version of Java.

Native Development App Programming Languages

As I said before, all of the programming languages for native mobile apps. have their pros and cons. Whether you’re using Objective-C or Swift for Apple or using Java or some other flavor of Java (like Kotlin) for Android, these are the benefits and drawbacks.

Native Programming Pros:

• Most control over the device
• Low-level coding for cutting edge technologies that are added on to the device
• Fastest access to latest and greatest features through your language
• Fastest in execution bottom line

Native Programming Cons:

• Slowest to develop
• Most costly development method
• Takes highest skilled and specialized mobile app developers to build for iOS and Android
• High barrier to entry

While native programming languages give you the most control over your app, they are difficult to learn and take a long time to develop. Unless you’re building a highly specialized app, you probably won’t need to go the native route.

Hybrid Programming Languages

Hybrid applications are developed once, but written with a programming language that works for multiple platforms.

Most commonly, a single development will work for both iOS and Android. Although some hybrid languages extend their functionality to other platforms, like progressive web apps (PWA) or mobile web apps. This is nice to have for those of you moving into a more web-friendly environment.

When you’re building a hybrid application or want to develop cross platform apps, you’re generally dealing with some sort of JavaScript-based language, framework, or toolkit. Hybrid apps work on varying mobile devices.

Let’s take a closer look at some of these options below.

C#

Developed by Microsoft, C# (pronounced C sharp) is another object-oriented programming language. It’s a popular programming language for game development and command line scripting for Android operating systems.

Other low-code types of alternatives like OutSystems and Kony have an SDK that can be used with different languages, not just one. There are other languages for mobile app development that use system programming language with syntax similar to C#.

Using an IDE for hybrid development, the C# code is cross-compiled to run natively on iOS and Android devices.

Xamarin

Microsoft eventually acquired the Xamarin framework, which allows app developers to program using C# against other frameworks. Technically, Xamarin isn’t a language. It’s an open-source development platform for iOS, Android, and Windows applications.

It’s a .NET platform that uses C# as its core language.

React Native

Reactive Native uses JavaScript to communicate with pre-built functionality that is native to their framework. This allows you to manipulate the UI, collect data, and retrieve data so you can present it to the user.

Basically, this means that you’re heavily relying on JavaScript to manipulate native components. Programming a mobile app this way has its pros and cons.

Appcelerator

Like Reactive Native, Appcelerator also uses JS to communicate with functions to a native framework. Appcelerator Titanium makes it possible to create native apps for iOS, Android, and Windwows.

Appcelerator Pros:

• Using Java to manipulate something native
• Access native functionality directly from JavaScript

Appcelerator Cons:

• Doesn’t tap into things like HTML5 or CSS, which are technologies that are generally used with anybody developing in JavaScript to freely manipulate their own user interface

The barrier of entry to learning this programming method is around a medium level.

Cordova/PhoneGap

Cordova/PhoneGap and Ionic type frameworks are really just built on top of the Apache Cordova programming language. Hybrid mobile application development using this programming language are built by porting over a web experience into a native experience.

What does this mean?

This method allows you to build just like you would do for a website. So if you’re a web developer, you’ll feel right at home here. It uses Javascript, HTML, and CSS. That web environment is ported over natively to iOS and Android. The final software will work on multiple types of mobile devices.

Pros:

• Low barrier to entry
• Anyone with a web development background can easily start programming this way
• Learning curve is easy

Cons:

• Giving up a little bit of frame rate

If you’re developing mobile games, a machine learning native app, or augmented reality (AR) native app, this solution probably isn’t best programming language for you. Both of those require a higher frame rate.

PWA Programming Languages

Progressive web apps offer app-like functions from a mobile site. It’s a fast and reliable alternative to traditional mobile websites. Unlike a website, web applications can operate offline, and access native device capabilities (like camera, GPS, etc.).

Here are some of the programming languages you can use for PWA:

Ruby

Ruby is a general-purpose programming language that can be used for a wide range of use cases, including PWAs. Lots of developers rely on Ruby for web applications because of its simplicity.

The language has been around since 1990, and continues to be favorite in the development community today.

While shipping code with Ruby is easy, finding bugs and debugging errors is not always as simple. So just keep that in mind if you’re going this route.

Python

Python is another general-purpose coding language. It’s an object-oriented language that gives developers the flexibility for small and large-scale deployments alike.

In addition to PWAs, Python is commonly used for data analytics, data visualization, websites, task automation, and other types of software.

Most developers would agree that Python is a bit more challenging than Java. It has a steeper learning curve compared to other languages in this category.

CSS

CSS (Cascading Style Sheets) is a rule-based language. It helps describe the presentation of code that’s written in markup languages, like HTML.

You can’t create a PWA with CSS alone. But you’ll likely use it as an addition to your JS or HTML code.

JavaScript

If you have web development experience, using JavaScript to create a PWA might be the best option for you. You can use JS on top of HTML and alongside CSS to create your web application from scratch.

Compared to other options for PWA, this has a lower barrier to entry for those of you who have some basic technical knowledge and coding experience. But it’s not quite as flexible as a Ruby or Python for PWA.

PHP

PHP is a general scripting language that was first introduced in 1994. While it has several potential use cases, PHP can also be used to assist PWA.

With that said, it’s not necessarily the best option. You can use PHP on the backend for application, but you’d still want to serve HTML, CSS, and JS on the front end. Using PHP to just create a website wouldn’t have the same look, feel, and capability as a traditional PWA.

In short, PHP alone won’t deliver a progressive web application. But the lots of your work can still be written in PHP.

Choosing the Right Programming Language

As you can see, each programming language has its pros and cons. You can’t definitively say that one is better than another. It all depends on the app type, budget, timeline, and technical knowledge.

Native development is typically the most expensive and most challenging to learn. But it’s necessary for certain types of apps, like gaming apps.

Hybrid languages are easier to learn for users who have some technical knowledge and web development experience. You can get your app to market quickly with this method since you won’t have to use two deployments.

In addition to choosing a specific language, you’ll need to choose your approach. We have a complete guide that breaks down the differences between synchronous vs. asynchronous programming to help you decide between these two popular methods.

When to Use a Coding App

Coding apps like Grasshopper, Sololearn, and Mimo are all excellent options for beginners. So if you’re just starting your journey as a developer, you’ll definitely find these tools helpful.

Alternatively, you can use an app builder to create an app without writing a single line of coding. No-code app creators like BuildFire make it possible for anyone, regardless of technical knowledge, to create an app for iOS and Android simultaneously.

Unless you want to become a developer, using an app creator is the best option. The time it will take you to learn different programming languages probably isn’t worth the investment if you just need to create one app for your business. Even if you do learn how to code, your first app likely won’t be ready for real users.

MBaaS (Mobile Backend as a Service)

All of the hybrid frameworks and native programming language to build mobile apps all have two things in common—they all need to be built from scratch, and they are all missing a major component.

Anybody who has developed a mobile application in the past understands that the app itself is only a portion of the entire environment and the total solution. You’ll also need a massive mobile backend as a service—better known as MBaaS.

What do you need an MBaaS for? Here are a few examples:

• Host your data
• Host user profiles
• Compile analytics
• Send push notifications

The list goes on and on. These are all servers living in the cloud that you need to develop as well to support your application. Unless you’re building a simple app, like a calculator, you generally need some type of user authentication, database, CMS, etc.

BuildFire JS

This is where the BuildFire JS comes into play.

The BuildFire JS framework allows you to build just like you would in a Cordova Hybrid platform. You can use web technology like JavaScript, HTML, and CSS. But this framework doesn’t force you to build everything from scratch.

Things like authentication and push notifications are built on top of an existing platform. That platform has all of the typical functionality that most apps need, like user logins, password reset functionality, access to databases, access to CMS platforms, and so on.

With the BuildFire JS, you only need to build what is unique to your specific application.

Analytics servers, databases, push notification servers, API gateways, and so much more are all part of the massive MBaaS provided by BuildFire.

All of this is bundled in an open-source environment that allows people to constantly add new features to the platform. You can integrate those features into your app without the worry of security problems or licensing.

Once all is said and done, and you’ve developed your app with BuildFire, there’s a backend control panel that allows you to administer your app over the air without having to deal with the hurdles of publishing and upgrades.

Since your app is built on a platform with an MBaaS, you won’t have to worry about any new policies, regulations, compliance issues, features, and more on iOS and Android. BuildFire makes sure that your app stays compliant.

Final Thoughts: Best Programming Languages

What’s the best programming language for mobile app development?

There is no right or wrong answer to what programming language you should learn or what framework you should invest in. The best programming languages for me and my mobile apps might not be the best for you and your app development scenario. All of the options listed in this guide are good and valid choices to consider. They each have pros and cons. There are even additional programming languages for mobile app development, like Python for server-side programming, and more.

You just need to find out what’s best for you, your business, and your goals.

What type of application are you building? What does the application need? Where do you want to put the most effort? Do you want to develop it once or multiple times? What mobile device will the end-user be on? Are you building for multiple platforms?

What about data access control, statistically typed programming language, or interpreted programming language?

Will you be leveraging any low-code/no-code development tools?

These are some of the questions that you need to ask yourself to determine where your time, effort, and resources are best served. At the end of the day, just make sure you can go to market quickly with the best possible app.

App testing is a key part of iOS app development. If you’re using Xcode to create an iOS app, you can test your app using a real iPhone and iOS device with Xcode’s built-in simulator. 

While simulators are great, some features don’t quite work the same unless you’re using an iPhone.

For example, maybe you want to send an SMS message from your iOS application. Or maybe you want to test the app’s compatibility with an iPhone camera. You can’t do this from your Mac.

In addition to testing for functionality, running your app on an iPhone for the first time can also help with debugging. Xcode even has a built-in debugger tool that helps you identify bugs and problems directly within the source editor. 

Ready to start testing your iOS apps? This guide will show you how.

What is Xcode?

Let’s start with the basics. If you’re new to development and haven’t started building anything yet, you might have some questions about Xcode and how it works. 

We have an in-depth tutorial on how to code Xcode that’s written for complete beginners. I strongly suggest giving it a read for a full explanation of how Xcode works. But I’ll quickly summarize the key highlights below before we continue with the testing instructions.

Xcode is an integrated development environment, better known as an IDE. It’s the official IDE for Apple that’s used to create, test, and debug apps for iOS devices, including iPhone, iPad, Apple Watch, Mac, and Apple TV.

Xcode is also great for team collaboration. So your entire development team can work together on the app and ensure it’s ready for testers before deployment. It’s much easier to use Xcode for testing and debugging apps before they’re added to the app store.

Testing on a Simulator vs. Real Device

App development isn’t complete until the application has been fully tested. There are several different ways to test mobile apps, but these options can generally be segmented into two categories—simulators and real devices.

Simulators let you run applications that weren’t intended for your computer’s operating system. Developers can use iOS simulators to test their code on an iPhone or iPad without actually running the app on one of those devices. 

Some simulators double as emulators, which mimic the capabilities of real devices beyond a simulation. You can even find simulators that support both iOS and Android for testing multiple versions of your app.
Xcode has a built-in simulator that’s great for testing during the early stages of development. This allows you to run a simulation without having to lay out the user interface.

You just need to configure your settings and click the run button on your toolbar. 

Then select what type of device you want to simulate your app on. This can be selected from the run destination menu of the toolbar.

If you want to test the app using an older iOS version, you can click “Add Additional Simulators” at the bottom of this pop up menu.

Again, simulators are fine for certain aspects of testing—especially in the early stages. But they can’t really show you the user interface and how your app flows when it’s really being used on a device. That’s why you’re better off testing on an iPhone in the later stages of development before the app gets pushed to the App Store. 

Simply put, simulators aren’t ideal if you need to run a UI test. But they’re fine for running unit tests, which verifies that the code written will work as it’s expected to.

Setting Up to Run Xcode On a Real Device

Before you test your mobile app on an actual iOS device, you need to make sure that everything in your Xcode project is configured properly. Then you’ll be able to run the app on an iPhone without having to write any extra code.

Grab your device, and connect it to your Mac.

If you’re testing a macOS version for an iPad application, then you’ll also need to choose a scheme. Xcode app schemes are essentially settings that clarify the build configurations, targets, and executable environment. 

To choose a real device for testing, you’re going to follow the same steps you took earlier for selecting an iOS simulator. Only this time, you’re going to choose the connected iPhone from the run destination menu for device management in Xcode.

Similar to what we described earlier, you’ll just click the run button to proceed after you’ve selected the connected iPhone.

With the device connected, Xcode will automate the process, install the app, and attach the debugger. Once this happens, the app should appear on your phone. From here, you can navigate to the debug area of Xcode to test your app. This is an opportunity for you to examine variables and debug any errors.

If your build is unsuccessful, you can view any error messages or warnings in the Issue Navigator. You can do this by selecting “Navigators” from the “View” menu and choosing “Show Issue Navigator.” Any messages will appear here. 

How Do I Test My App on My iPhone?

Here’s a quick summary of the requirements for testing apps on iPhone using Xcode:

• You need to plug the iPhone into the Mac that’s running Xcode.
• Then you must download the app to your Mac.
• When you select a real device in Xcode for testing, you need to add your Apple ID in the Accounts preferences of your project editor.
• If you’re part of the Apple Developer Program, you must register the device before running the app. 
• You can also pair Xcode with iOS and tvOS apps if that device is on the same network as Xcode. When you open Xcode, any paired devices should appear on the toolbar.

Final Thoughts on Using an Xcode Test App on iPhone

I hope you found this tutorial on testing your Xcode app on iPhone helpful. 

To bypass these steps and avoid unnecessary headaches, you can use BuildFire as an alternative solution. The BuildFire SDK is developer-friendly—allowing you to create new app features using Javascript, HTML, and CSS using your preferred framework. 

BuildFire gives developers the ability to build on top of our existing infrastructure, which saves a ton of time and money during the Apple development process. 

If you’re a complete beginner who doesn’t have any coding experience, there’s really no reason to learn Xcode and test your apps on your own. Unless you want to become an iOS developer, it’s much easier to let BuildFire create an app for you. Check out our full-service app development solution, BuildFire Plus, for more information. 

For those of you who are still early on in the development process, read our step-by-step guide on How to Make an App to learn more.

Learning how to code Xcode is an important skill for any Apple developer. You’ll be writing code on Mac to create applications for the App Store.

The great part about Xcode is its versatility for iOS development and building applications across different Apple devices. It supports development for iOS apps, macOS apps, tvOS, iPadOS, and watchOS. 

New to Xcode? That’s why we created this guide.

This in-depth Xcode tutorial is designed for complete beginners. It explains everything you need to know about Xcode, how it works, and how to learn Xcode.

What is Xcode?

Xcode is Apple’s official IDE (integrated development environment). It was released in 2003 specifically for building software on Apple platforms. 

IDEs are centralized environments that consolidate the different aspects of building software. Unlike other IDEs, Xcode is only available for Mac, and it’s an all-in-one solution to build and code an app. 

An Apple developer can use Xcode to create apps for iPhone, iPad, Mac, Apple Watch, and Apple TV. It’s most commonly used for iOS app development (creating a mobile app).

Swift 5.5 and SDKs for iOS 15, iPadOS 15, macOS Monterey, tvOS 15, and watchOS 8 are all included with Xcode 13.

Xcode is the only official tool for creating and publishing apps on the Apple App Store. It’s designed for beginners and experienced developers alike.

Xcode comes with all of the tools and resources you need to create an app within a single source of truth—including a compiler, text editor, and name system. This makes it possible to not only write and compile but also debug an app. 

Once you’re done writing code, you can submit your app to the App Store with ease. 

Xcode contains lots of great tools that help streamline the development process, making it easy for experienced developers to push apps out quickly. But it’s also a user-friendly IDE, so the learning curve isn’t as steep for beginners.

This is the only official way to create apps by Apple. Xcode comes with excellent debugging tools that make it easy for developers to troubleshoot problems faster. The platform also comes with project management resources to help you stay organized with coding files, image assets, and everything else you need to create a great app.

Xcode Requirements

Before you start a new Xcode project or try to install Xcode, it’s important for you to understand the platform requirements. Xcode is only available for Mac users running a version of macOS 10.14.4 or later. You’ll need at least 7.6 GB of hard drive space to download Xcode as well. 

For those of you who don’t meet these requirements, there are some alternative methods you can try for writing Xcode in older Mac visions or PCs. But with that said, this is generally not something that we recommend. 

Getting a Mac is your best option here. The workarounds for other devices can be tricky and could not only impact your experience but also affect your app.

Is Xcode Good For Beginners?

To clarify, Xcode is an IDE (integrated development environment). It just provides developers with a user interface for writing code. As a programmer or developer, you still need to have a basic understanding of programming languages before you can start using this interface builder and code editor.

Xcode is a tool that helps you write code for Apple platforms, but it won’t teach beginners how to write app code. You still need to learn that on your own.

A complete beginner with no prior coding knowledge could not download Xcode and immediately start to create apps. With that said, once you have the coding knowledge, Xcode has a friendly UI that’s easy for beginners to navigate and understand. 

What’s the Best Way to Learn Xcode?

The best way for beginners to learn Xcode is through Apple’s own documentation. If you’re starting from scratch, Apple has excellent developer resources that will teach you how to code. 

It’s in your best interest to learn Swift—the official programming language to build apps for the Apple App Store and Mac App Store.  

The great part about using a Swift tutorial from Apple is that you’ll be learning to code and building a foundation for navigating Xcode simultaneously. 

Swift Playgrounds is another option to consider. This is an iPad app that teaches you how to code and create apps with Swift. You can also explore app forums, Udemy, Codetree, and other online resources that can teach you about Xcode, Swift, and source code.

How Does Xcode Work

The first thing you need to do is install Xcode. To start a new app project in Xcode, you’ll need to select a template for the platform you want the app to run on. Then choose the type of app you want to create (game, single view, document based, etc.).

Starting with the right Xcode template is a crucial step to ensure you can start creating an app as quickly and efficiently as possible. 

Configuration

Before you start to develop anything, you need to provide Xcode with information related to yourself (as the developer) and your app. This includes:

• Product Name — Your app’s name as it will appear in the Apple App Store and on devices when it’s installed. Product names must be at least two characters and less than 255 bytes. It should be similar to the name that you’ll ultimately enter in the App Store Connect.

• Organization Identifier — This is a reverse DNS string to identify your organization. For those of you who don’t have a company identifier right now, you can use com.example. as a placeholder until you distribute your app. This must be replaced before distribution.

• Organization Name — This is the name that will appear in all boilerplate text in your project folder. This is not the same as the name that appears in the App Store for your app.

It’s worth noting that you cannot change your App ID after it’s been uploaded to App Store Connect. Here’s the official wording from Apple:

Creating a Project

Here’s a quick overview of the steps you must follow to start a new project:

1. Download Xcode and launch it on an Apple platform.
2. Select “Create a new Xcode project” in the welcome window or navigate to File > New > Project.
3. Select a template (iOS, watchOS, macOS, Cross-platform).
4. Fill out all of the required information.
5. Choose your language and user interface (for example, Swift and SwiftUI).

Choosing SwiftUI also gives you the option to develop for all platforms and view an interactive preview of your layout. 

Managing Files

Any time you start a new project or re-open an existing project, Xcode will open your main window. This shows all of your code files and required resources to create your app. 

You can use the project navigator as a way to quickly access different areas of the project. 

All details about the files you select will be shown in the “inspector” portion of Xcode on the right side of the screen. You can always hide this to free up space on your screen as well.

The “toolbar” is where you’ll create and run your application as a simulator or from a real device. If you’re building an iOS app, just select an app target and simulator from the toolbar menu before clicking the run button to proceed. 

You can refer to Apple’s official developer guidelines for more information about how Xcode works.

Windows

As previously mentioned, Xcode is meant for software development on macOS. With that said, there are ways for Windows users to use Xcode for app development as well.

While this isn’t really something we recommend, you can create a virtual environment on your PC. If you’re really tech-savvy, you can create a “Hackintosh”—which is essentially a PC that’s been modified to run macOS. This-party solutions like React Native, Xamarin, Appcelerator, and PhoneGap are other ways to create an app for iOS using the programming language of your choice from a Windows machine.  

Xcode Tools and Features

The latest version of Xcode offers tons of great features, including SDKs for new versions of Apple platforms. Here’s a quick overview of the noteworthy highlights:

Team Comments

Xcode has an inline team comments feature that makes team collaboration a breeze. Reviewers can quickly comment on lines of code, which will appear with their name and avatar—limiting the need for a third-party collaboration solution.

Simulators

In addition to the app simulator for iOS and Mac, Xcode now offers a CarPlay simulator as well. This makes it easy for you to test the CarPlay experience for apps across different types of cars, screen sizes, and other variables. 

Crash Reports and Feedback

You can get detailed crash log reports from TestFlight users to help you quickly identify what caused the app to crash. Testers can add feedback as well to explain what actions they were doing when the crash occurred. 

Xcode Debugging Tools

There are plenty of debugging tools built into Xcode. Piggybacking off the last point, crash logs are displayed inline so you can quickly jump to the relevant code with just a simple click.

What Programming Language Does Xcode Use?

These are the programming languages compatible with Xcode’s integrated development environment:

• Swift
• Objective-C
• Objective-C++
• C
• C++
• Java
• Applescript
• Python
• Ruby (Ruby on Rails)

Objective-C++ can compile the source files using a combination of Objective-C and C++ syntax. 

Advantages of Using Xcode

Xcode is a robust, easy-to-use, and well-designed IDE that’s great for writing code, debugging, and simulating apps built for Apple platforms.

Other Xcode pros include:

• Supports a wide range of programming languages
• User-friendly interface
• Simple navigation from the view controller
• Supports testing and debugging
• Allows developers to create apps for iOS, macOS, watchOS, tvOS, and iPadOS

Disadvantages of Using Xcode

Here’s a closer look at some potential drawbacks to consider when using Xcode:

• You must have an Apple ID and Mac
• Doesn’t support development for Android
• App publishing requires complex steps
• Limited drag-and-drop functionality

Using BuildFire SDK as an Alternative to Xcode

For beginners and experienced developers alike, BuildFire SDK is a simpler alternative to learning Xcode. This is the best way to avoid the pains and drawbacks associated with Xcode.

BuildFire makes it possible for developers to create custom functionality using Javascript, HTML, and CSS with any framework. So you’re not limited to the restrictions that come with Xcode.

You can also take advantage of BuildFire’s existing infrastructure and leverage built in tools, including authentication servers, image servers, file servers, databases, and more. 

BuildFire also takes care of all the publishing for both iOS and Android. So you won’t have to go through the complex steps that would normally be required to publish an app from Xcode. 

Take full advantage of our development features like:

• Data tracer
• Remote debugging tool
• Testing tools
• Plugin IDE
• Command-line interface (CLI)
• Hot loader

BuildFire also has hundreds of open source-plugins that you can use and redistribute for free. Our UI components will save you countless hours on development.

Conclusion

I hope this in-depth guide answered all of your questions about Xcode and its use cases. 

Rather than learning how to code and using Xcode as an IDE, you can use BuildFire SDK as an easier alternative. Complete beginners should consider BuildFire Plus—our full-service app development solution. Instead of wasting your own time and internal resources to learn something new, let BuildFire create the app for you, so you can focus on other areas of your business.

Get a free consultation to learn more about our custom app development services.

In today’s competitive software market, the importance of delivering high-quality, user-friendly applications cannot be overstated. Beta testing plays a crucial role in the software development lifecycle, ensuring that the final product meets users’ expectations and functions seamlessly. 

As app development experts, we recognize the significance of beta testing in delivering top-notch mobile apps—which is why we’ve created this comprehensive guide. In this post, we’ll explore the concept of beta testing, its importance in mobile app development, and best practices to help you get the most out of your beta testing process.

What is Beta Testing?

Beta testing is the second phase of software testing, following alpha testing, in which a limited group of end-users tests a nearly-complete version of the software or mobile app. 

The primary goal of beta testing is to identify any remaining bugs, usability issues, or other problems that the development team may have missed during internal testing. By collecting feedback from real users, developers can gain valuable insights into how their product performs in a real-world environment and make any necessary improvements before the final release.

Alpha Testing vs. Beta Testing

Alpha testing is the first phase of software testing—conducted internally by the development team and a select group of employees within the organization. This testing phase aims to identify and fix any critical bugs or issues before the software reaches the beta testing stage. 

While alpha testing focuses on functionality and stability, beta testing emphasizes usability, compatibility, and overall user experience.

Here’s a more in-depth comparison of alpha testing vs. beta testing.

Importance of Beta Testing for Mobile App Development

Beta testing is particularly vital in mobile app development for several reasons:

• User Experience: Mobile apps need to be intuitive, responsive, and easy to use. Beta testing allows developers to collect feedback from actual users and make adjustments to ensure the app delivers an excellent user experience.

• Device Compatibility: With the plethora of devices, screen sizes, and operating systems, ensuring compatibility across all platforms is crucial. Beta testing helps developers identify and resolve any compatibility issues that may arise on different devices.

• App Store Rankings: Positive user reviews and high ratings are essential for a successful app launch, as they significantly impact app store rankings. By addressing any issues during beta testing, developers can increase the likelihood of receiving favorable reviews upon release.

The Beta Testing Process

The entire beta testing process can be broken down into six simple steps:

1. Planning and Preparation
2. Recruitment and Selection of Beta Testers
3. Conducting the Beta Test
4. Collecting and Analyzing Feedback
5. Iterating and Refining the Product
6. Preparing for Release

We’ll cover each of these in greater detail below. 

Step 1 – Planning and Preparation

Before initiating the beta testing process, it’s essential to define clear objectives for your tests. These objectives may include identifying bugs, validating features, and assessing overall user satisfaction. Having well-defined goals will help guide the testing process and ensure that the final product meets your desired standards.

You also need to identify the target audience of your app or software. That’s because your beta testers should represent this target audience—as they’ll provide the most relevant feedback during your tests. Consider factors like demographics, technical expertise, and device usage when selecting your testers.

Make sure to provide your testers with all of the necessary resources, including the test build, user manuals, and any supporting documentation. Ensure that your materials are clear and concise to enable testers to use the app effectively.

Step 2 – Recruitment and Selection of Beta Testers

When choosing beta testers, consider their technical expertise, familiarity with similar apps, and availability. It’s essential to have a diverse group of testers, as this will help identify a wide range of issues and provide a more comprehensive understanding of the app’s performance.

To recruit a diverse group of testers, you can reach out to your existing user base, use social media platforms, or collaborate with online testing communities. Be sure to clearly communicate your testing objectives and expectations to potential testers, as this will help you attract individuals who are genuinely interested in providing valuable feedback.

Step 3 – Conducting the Beta Test

Share the beta version of your app and any necessary supporting materials with your selected testers. Depending on the platform and the type of beta test (closed or open), you may need to use specific distribution methods—such as app store beta testing programs or third-party distribution tools.

Clearly communicate the testing process, objectives, and expectations to your testers. Provide them with step-by-step instructions for installing the app, reporting issues, and submitting feedback. This will ensure that testers can effectively participate in the testing process and contribute valuable insights.

You should also set up a dedicated channel for testers to submit feedback and communicate with your team. This could be an online forum, a bug-tracking system, or an email address. Ensure that your team members are available to respond to testers’ questions and concerns in a timely manner.

Step 4 – Collecting and Analyzing Feedback

As feedback comes in, organize and categorize it based on factors such as severity, frequency, and impact on the user experience. This will help you prioritize which issues to address first and allocate resources effectively.

Then you can analyze the collected feedback to identify any patterns or trends. 

For example, if multiple testers report similar issues or suggestions, these may indicate areas where the app needs improvement. By recognizing these patterns, you can make more informed decisions about which changes to implement.

The initial feedback collected in your beta tests will help set up your feedback loop for iterations and future testing.

Step 5 – Iterating and Refining the Product

Based on the feedback analysis, make the necessary changes to your app. This may involve fixing bugs, enhancing features, or making adjustments to the user interface. Ensure that your team is aligned on the changes and that they are implemented effectively.

Once changes have been made, conduct further testing to validate that the issues have been resolved and that the app’s performance has improved. Depending on the scope of the changes, you may choose to involve the same group of testers or recruit a new group for a fresh perspective.

Step 6 – Preparing for Release

Now you can finalize your documentation and other software resources. 

Update your user manuals, help guides, and other documents to reflect any changes made during the beta testing process. This helps ensure that users have access to accurate information upon the app’s release.

It’s also in your best interest to keep all stakeholders, including your team members, testers, and investors, informed about the app’s progress and the planned release date. This will help maintain engagement and support throughout the development process.

Types of Beta Testing

Generally speaking, there are two main types of beta testing—closed and open. 

To determine which type of beta testing is best suited for your mobile app, consider factors like your testing objectives, target audience, available resources, and desired level of control over the testing process. 

Some developers opt for a hybrid approach, starting with a closed beta test and then transitioning to an open beta test to capitalize on the benefits of both methods.

Closed Beta Testing

Closed beta testing is a private testing phase where a select group of users is invited to test the app. Access to the app is restricted, and testers may be required to sign non-disclosure agreements (NDAs) to maintain confidentiality.

This method allows for more controlled testing conditions—enabling developers to receive targeted feedback from a specific group of users. Closed beta testing can lead to a more focused and efficient testing process. However, the limited number of testers can result in less diverse feedback and may not uncover all potential issues.

Open Beta Testing

Open beta testing, also known as public beta testing, involves opening the app to a larger audience—often without any restrictions or invitations. 

Users can voluntarily participate in testing, providing a wider range of feedback and helping to identify issues that might have been missed during closed beta testing.

Here’s an example of an open beta test from Google:

Open beta testing provides a larger pool of testers, increasing the likelihood of identifying a wide range of issues and gathering diverse feedback. This type of testing can also generate buzz and create a sense of community around the app before its official release. However, managing the feedback from a large number of testers can be challenging, and there is a risk of receiving low-quality or irrelevant feedback.

Beta Testing Challenges and Solutions

To ensure your tests run smoothly, it’s important to understand some common roadblocks and hurdles that often result in inaccurate or ineffective tests. First, we’ll identify those challenges and then give you some key tips for preventing and overcoming them. 

Common Challenges Faced During Beta Testing

These are the three areas where software teams tend to struggle the most when they’re running beta tests:

• Time Constraints: Limited time for testing can lead to rushed processes and insufficient feedback. Balancing the need for thorough testing with the desire to release the app quickly can be challenging.

• Limited Resources: With finite resources, developers must prioritize which issues to address and which features to test more extensively. This can lead to difficult decision-making and potential trade-offs.

• Managing Tester Expectations: Testers may have different levels of experience and expectations, making it challenging to ensure a consistent and productive testing process.

Solutions to Overcome Challenges

These simple yet highly effective solutions will make it easier for you to run successful beta tests:

• Efficient Test Management: Establish clear objectives, expectations, and guidelines to streamline the testing process. Utilize tools and strategies to prioritize issues and allocate resources effectively.

• Leveraging Tools and Automation: Use testing tools and automation to increase efficiency and minimize manual tasks, freeing up time and resources for other critical aspects of the development process.

• Establishing Clear Communication: Maintain open lines of communication with your testers to address any questions or concerns, and provide regular updates on the app’s progress. This will help manage expectations and ensure a smoother testing process.

How to Measure the Success of Beta Testing

Running the test is just one aspect of beta testing. You also need to understand what you should be looking for in the tests to see if things were done properly or if you need to go through another round of testing. 

The following KPIs are a good indication of whether or not your test was successful:

• Bug Discovery Rate: Track the number and severity of bugs identified during testing. A lower bug discovery rate may indicate a more stable and well-developed app.

• User Engagement: Monitor user engagement metrics such as session length, frequency of use, and feature adoption. High engagement levels can signify a positive user experience.

• Feedback Quality and Quantity: Assess the quality and quantity of feedback received from testers. Valuable and actionable feedback can help drive meaningful improvements to your app.

Then you can analyze the collected KPIs and other data points to make informed decisions about the app’s readiness for release and any necessary adjustments. 

Be prepared to iterate on your product based on the insights gained during the beta testing process. Keep in mind that achieving success in beta testing is not about attaining perfection but rather about identifying and addressing the most critical issues and improving the overall user experience.

Leveraging Beta Testing Feedback for Future Development

Software testing is an ongoing process. So rather than looking at each test in isolation, you should also take steps to improve your testing and development process as a whole. 

Learn from Feedback

Take the time to thoroughly review and understand the feedback received from your testers. This feedback can provide valuable insights into potential improvements, feature requests, and areas of user dissatisfaction. Use this information to prioritize future development efforts and create a roadmap for ongoing enhancements.

Maintain Relationships with Testers

Your beta testers can be a valuable resource even after the testing phase has concluded. Keep the lines of communication open and maintain relationships with your most engaged and helpful testers. They can provide ongoing feedback, help generate buzz for your app, and even become early adopters or advocates for your product.

Continue to Improve and Iterate

Remember that the development process doesn’t end with the release of your app. Continually refine and iterate on your product based on user feedback, analytics, and market trends. This will help you stay competitive and ensure that your app remains relevant and appealing to users.

Final Thoughts

Beta testing is a critical component of the mobile app development process, providing valuable insights into your app’s performance and user experience. By carefully planning and executing the beta testing process, you can identify and address potential issues, validate features, and ultimately deliver a high-quality app that meets the needs of your target audience.

We hope this ultimate guide to beta testing has provided you with the knowledge and tools necessary to effectively implement beta testing in your development process. 

Having a bug tracking system is essential for any app development project to succeed. Without a system in place, tracking and fixing bugs can quickly become overwhelming and lead to costly delays. 

This ultimate guide explains how to make a bug tracking system for mobile development and explores the best practices for using one effectively. We’ll also cover the different types of bug tracking systems available, how to set up a system that fits your specific needs, and provide tips for integrating a bug finder into your mobile development process. 

By the end of this article, you’ll have the knowledge and tools necessary to create and implement an efficient bug tracking system for your mobile development team.

Types of Bug Tracking Systems

Bug tracking systems are critical tools for developers to track issues and errors within software. There are four main types of bug tracking systems—open-source, commercial, cloud-based, and in-house. Each type has its own unique features and benefits that make them well-suited for specific use cases.

Selecting the right bug tracking system depends on the specific needs and resources of your development team. It’s important to carefully evaluate each option and choose a system that fits your team’s workflow and requirements.

Open Source Bug Tracking Systems

Open-source bug-tracking systems are free and offer a flexible and customizable approach to tracking bugs. They’re typically developed and maintained by a community of developers and offer a range of features like issue tracking, reporting, and collaboration tools. 

One advantage of open source bug tracking systems is flexibility—as they can be tailored to fit the specific needs of a development team. However, since they are community-driven, support and updates can vary, and customization may require additional technical knowledge.

Pros:

• Free to use
• Customizable to fit specific needs
• Large community support

Cons:

• Support and updates may vary
• Customization may require additional technical knowledge
• Limited customer support options

Commercial Bug Tracking Systems

Commercial bug tracking systems are paid solutions that offer advanced features and support. These systems are designed to be user-friendly and offer robust functionality, such as automated bug detection and integration with project management tools. 

Jira is a popular option that’s used by app developers and software teams. 

It’s a project management solution, but it has built-in features for bugs and issue tracking. 

While these systems can be costly, they offer reliable support and updates and may be a worthwhile investment for larger development teams.

Pros:

• Advanced features and support
• User-friendly interface
• Reliable support and updates

Cons:

• Can be costly
• May have limited customization options
• Limited community support

Cloud-Based Bug Tracking Systems

Cloud-based bug tracking systems are hosted on remote servers and accessed through a web browser. 

These systems offer the convenience of accessibility from anywhere with an internet connection and often come with additional features such as automatic backups and security measures. However, they can be subject to internet connectivity issues and may require ongoing subscription fees.

Pros:

• Accessible from anywhere with an internet connection
• Additional features like automatic backups and security measures
• Scalable pricing options

Cons:

• Subject to internet connectivity issues
• Ongoing subscription fees may be required
• Limited customization options

In-House Bug Tracking Systems

In-house bug tracking systems are created and maintained internally by a development team. These systems offer complete control and customization options but require significant technical knowledge and resources to set up and maintain. 

For example, Apple has its own internal bug tracking system called Radar.

Anyone within the Apple developer community can use it to report problems and send feedback. 

They can be a good choice for larger development teams with the necessary resources to build and maintain their own system—which a company like Apple obviously does. 

Pros:

• Complete control and customization options
• No ongoing subscription fees
• Can be tailored to fit specific needs

Cons:

• Requires significant technical knowledge and resources to set up and maintain
• Limited support options
• May not be scalable for larger development teams

Setting up a Bug Tracking System for Mobile Development

A bug tracking system is a vital tool for any mobile development team to manage and track software bugs effectively. However, setting up such a system can be daunting if you don’t know where to start. The following steps will guide you through the process of setting up a bug tracking system for mobile development, from defining your requirements to testing the system.

By following these steps, you’ll be able to set up a bug tracking system that meets the specific needs of your mobile development team, improves collaboration, and streamlines the bug-reporting process. 

Step 1 – Define Your Requirements

To define your requirements, you need to consider the scope of the project and identify the specific needs of your development team. Start by assessing the size of your team and the project, as this will impact the number of users that will need access to the system. If you have a large development team, you may need a bug tracking system that supports multiple users and provides collaboration tools.

It’s also important to identify the type of project you’re working on, as the requirements may vary based on this answer. Some bug tracking systems are designed for specific industries, such as healthcare or finance, while others are more general-purpose. Consider if you need a system that supports a specific programming language or integrates with other tools, such as project management software.

For example, if you’re working on a healthcare mobile app, you may need a bug tracking system that supports HIPAA compliance requirements. This would require a system with advanced security features and customizable workflows to ensure that you’re adhering to HIPAA regulations. 

You should also consider the level of customization needed for your project. Some bug tracking systems are highly customizable, while others are more rigid in their workflow. Identifying the level of customization you need is crucial to ensuring that the system fits your development team’s workflow.

By defining your requirements early on, you can narrow down the available options and choose a bug tracking system that meets your specific needs.

Step 2 – Choose a Bug Tracking System

With so many bug tracking systems available, it can be overwhelming to decide which one to choose. To make an informed decision, consider factors such as cost, features, and compatibility with your existing tools and systems.

In terms of cost, some systems offer a free version with limited features, while others require a paid subscription for access to advanced features. While cost shouldn’t be the only factor you consider, it’s essential to choose a system that fits within your budget.

Another factor to consider is the features of the bug tracking system. Consider which features are essential for your team’s workflow and make sure that the bug tracking system you choose offers those features. For example, some systems like Zoho Bug Tracker offer basic features such as issue tracking. Other tools offer more advanced features such as automated bug detection and integration with project management tools. 

You should also consider the bug tracking system’s compatibility with your existing tools and systems. If you’re already using project management software, make sure that the bug tracking system you choose integrates with that software to streamline your workflow.

Let’s say you’re working on a large mobile development project with a complex workflow. You may need a bug tracking system with advanced features such as automated bug detection and custom reporting. You’ll also want to make sure that the system integrates with your existing project management software to ensure a seamless workflow.

This is an important step, so don’t rush through it. The right bug tracking system can ultimately help improve team collaboration, increase productivity, and streamline your bug reporting process.

Step 3 – Customize the System to Fit Your Needs

The purpose of this step is to ensure the system fits seamlessly into your team’s workflow. This may involve configuring the system’s settings, adding custom fields, or creating new workflows. 

By customizing the system, you can streamline your bug reporting process and ensure that bugs are reported consistently.

Start by identifying the specific workflows and requirements of your team. Consult with your team members to get a sense of their needs and preferences. Once you have a good understanding of your team’s requirements, you can begin configuring the system’s settings and workflows to match your team’s workflows.

One way to customize the system is by adding custom fields. This can help you track specific information related to your projects, such as the severity level of a bug or the environment in which the bug occurred. By adding custom fields, you can ensure that bugs are reported consistently and that they’re properly prioritized based on their severity.

Another way to customize the system is by creating custom workflows. This can help you match your team’s bug reporting process and ensure that bugs are being reported and tracked accurately. For example, you may want to create a workflow that involves a developer reviewing a bug report before it’s marked as “closed.”

Step 4 – Train Your Team to Use the System

Properly training your team to use the bug tracking system is crucial to ensuring that everyone is using the system correctly. This may involve creating training materials, providing hands-on training, and answering any questions your team may have. This gets everyone on the same page and ensures they’re using the system effectively.

Create training materials explaining how to use the bug tracking system, how to report bugs, and how to view and manage reported bugs. If necessary, you can also provide hands-on training to your team, walking them through the process of reporting and tracking bugs. 

It’s also important to encourage your team members to ask questions and provide feedback. This can help you identify areas where your team may be struggling with the system and make adjustments to improve the user experience.

Step 5 – Test the System

To test the system, start by creating test scenarios and simulating bug reports. 

Then you can verify that the bugs are being reported correctly and that the system is tracking them accurately. Additionally, you may want to test the system’s performance and scalability to ensure that it can handle a large number of bug reports.

For example, you can use Xcode to test your iPhone apps and deploy a debugger. 

Then you can add any bugs in the reports to your system, set up your automations, and try to move the issue through your flow. 

It’s important to involve your team members in the testing process to ensure that the system is meeting their needs. Encourage them to report any issues or bugs they encounter during the testing process. This can help you identify any issues with the system and make adjustments to improve its functionality.

Best Practices for Mobile Development Bug Tracking

Effective bug tracking is crucial to ensuring the success of a mobile development project. But simply setting up a bug tracking system isn’t enough to guarantee success. 

To track and manage bugs successfully, it’s important to follow best practices that can help ensure that bugs are being reported and fixed in a timely and efficient manner.

• Consistent Bug Reporting — Consistency is key when it comes to bug reporting. It helps ensure that all bugs are reported in a consistent manner, with clear and detailed descriptions of the issue. This makes it easier to prioritize bugs and assign them to the right team member.

• Prioritizing Bugs — Not all bugs are created equal. It’s important to prioritize bugs based on their severity and impact on the project. Critical bugs that impact the functionality of the app should be given top priority, while minor bugs that don’t affect the overall functionality of the app can be addressed later.

• Assigning Bugs to the Right Team Member — It makes sense to assign bugs to team members based on their skills and expertise. For example, if a bug involves a specific feature of the app that requires knowledge of a particular programming language, it should be assigned to a team member with experience in that language.

• Setting Deadlines for Bug Fixes — Setting deadlines for bug fixes can help ensure that bugs are fixed in a timely manner. It’s important to set realistic deadlines that take into account the complexity of the bug and the workload of the team member assigned to fix it. Deadlines can also help ensure that bugs are properly prioritized and don’t fall through the cracks.

• Regularly Reviewing and Updating Bug Status — Someone must be held responsible for viewing the status of bugs to ensure that they’re being addressed in a timely manner. Updating the status of bugs can also help ensure that everyone on the team is aware of the progress being made and any updates to the status of the bug.

By following these best practices, you can ensure that your bug tracking process is effective and efficient. 

However, it’s important to keep in mind that bug tracking is an ongoing process that requires constant attention and monitoring. Regularly reviewing and updating your bug tracking process can help ensure that you’re addressing bugs appropriately—and, ultimately, delivering a high-quality mobile app.

Integrating Bug Tracking into Your Mobile Development Process

Bug tracking is an essential aspect of mobile app development that helps developers catch and address issues throughout the development process. Integrating bug tracking into your development process can help streamline workflows and improve the quality of the final product. 

First, it’s important to determine how bug tracking fits into your mobile development lifecycle. Consider when and where bugs are likely to arise and how they will be addressed throughout the development process. By doing so, you can ensure that your team is prepared to address any issues that arise during development.

Next, integrating bug tracking into your project management tools can help streamline workflows and ensure that everyone on the team is aware of the status of bugs. This can help improve collaboration and communication among team members—ultimately resulting in a better final product. Consider using project management tools that include bug tracking features or integrating your bug tracking system with your existing project management tools.

Automating bug tracking can also be beneficial for mobile development teams. Automated bug tracking tools can help detect and report bugs quickly, reducing the amount of manual work required from the development team. This can help free up time for developers to focus on other important tasks while still ensuring that bugs are being addressed in a timely manner.

Consider setting up regular bug tracking meetings to review the status of bugs and ensure that everyone on the team is aware of the progress being made. Then you can make tweaks to your process based on the team’s feedback and workflow preferences. 

Final Thoughts

A well-implemented bug tracking system can be a game-changer for mobile app development. By following the best practices outlined in this article, you can ensure that your bug tracking system is effective and efficient—ultimately resulting in a higher-quality final product.

Integrating bug tracking into your mobile development process can also help streamline workflows, improve collaboration among team members, and ultimately lead to a better final product. 

By taking the time to implement a well-designed bug tracking system, you can ensure that your team is equipped to handle any issues that arise during mobile app development.

In today’s digital era, mobile app performance testing is more crucial than ever for businesses to stay ahead of the competition. Ensuring a seamless user experience is at the core of mobile app performance testing—and it’s one of the primary factors used to determine the success of an app. 

As consumers grow increasingly reliant on their mobile devices for various needs, app developers must prioritize app performance to create a lasting impression on users.

This article will provide a comprehensive guide on how to measure mobile app performance using specific KPIs for apps. Understanding these KPIs can help developers, businesses, and stakeholders make informed decisions and optimize user experiences. This guide will also help you drive the growth and success of your apps. 

By the end of this guide, you’ll have a solid grasp of the various metrics that contribute to app performance. You’ll be able to leverage this knowledge to build and maintain a successful mobile app.

Identifying Your Goals For Mobile App Performance Testing

Before diving into the different KPIs used to measure mobile app performance, it’s essential to first identify your app’s goals. Defining success for your app is a critical step in determining which metrics matter the most to your business.

Here’s the best way to define success for your app performance testing:

• Establish clear objectives for your mobile app
• Understand your target audience and their needs
• Determine the desired outcomes and milestones for your app
• Align app goals with business objectives
• Recognize that different app types (e.g., gaming, ecommerce, internal communication, productivity) may require different KPIs
• Tailor your KPIs to your app’s specific goals and objectives
• Avoid focusing on irrelevant or less important metrics for your app

By taking the time to identify your app’s goals and align them with your business objectives, you’ll have a better understanding of which KPIs are most relevant and critical to your app’s success. This will allow you to focus on the right metrics, optimize your app’s performance, and ultimately deliver a valuable experience to your users.

Make sure you keep these tips in mind as we continue through this guide, as they’ll help define your entire mobile app performance testing process. 

Overview Mobile App Performance Testing KPIs

After establishing your app’s goals and objectives, it’s time to delve into the KPIs (key performance indicators) that play a critical role in mobile app performance testing. We’ll quickly cover what KPIs are, their importance, and the various categories of KPIs used to evaluate mobile app performance.

What are mobile app KPIs?

KPIs are quantitative and qualitative measures of app performance. These metrics can ultimately help you track progress toward your app goals.

Tracking KPIs is crucial for app mobile app performance testing because it helps developers facilitate data-driven decision-making. These metrics will help you monitor your app performance over time and assist in allocating your resources appropriately. Mobile app performance testing is also the best way to identify areas of improvement for your app.

Common categories of KPIs for mobile app performance testing include:

• User acquisition metrics
• User engagement metrics
• Conversion metrics
• App performance metrics
• User satisfaction metrics

Understanding these different categories of KPIs will enable you to adopt a holistic approach to mobile app performance testing. In the following sections, we’ll explore each category in greater detail—providing insights into the specific metrics that can help you optimize your app’s performance and achieve your goals.

User Acquisition Metrics

User acquisition is the foundation of your app’s growth and success. It’s essential to measure how effectively you attract and convert users into active app users. 

• App downloads: The total number of times your app has been downloaded from app stores. This is a fundamental metric to track your app’s visibility and reach.

• Cost per acquisition (CPA): The average cost spent on acquiring a new user, calculated by dividing the total marketing spend by the number of new users acquired. This metric helps you assess the effectiveness of your marketing campaigns and allocate your budget more efficiently.

• Organic vs. inorganic downloads: Organic downloads are those resulting from users finding your app through app store searches, word-of-mouth, or other unpaid channels. Inorganic downloads come from paid marketing campaigns. Comparing these two types of downloads can help you gauge the effectiveness of your marketing efforts and the overall discoverability of your app.

• App store rankings: Your app’s position in app store search results and category rankings. A higher ranking can lead to increased visibility and more downloads, making it essential to optimize your app store listing with relevant keywords, screenshots, and descriptions.

• User sources: The channels and platforms through which users find and download your app. Examples include social media, search engines, and referral programs. 

By closely monitoring and analyzing user acquisition metrics, you can identify trends and patterns that highlight the strengths and weaknesses of your marketing and user acquisition strategies. This valuable insight enables you to make data-driven decisions, refine your approach, and ultimately expand your user base more effectively.

User Engagement Metrics

User engagement metrics help you understand how users interact with your app and identify areas that may need improvement to enhance the overall user experience. Here are the top ones you need to track to help measure your app’s performance:

• Daily active users (DAU): The number of unique users who engage with your app on a daily basis. This is a strong indicator of your app’s stickiness and daily user engagement.

• Monthly active users (MAU): The number of unique users who engage with your app within a given month. MAU helps you understand the broader engagement trends and user growth over time.

• Session length: The amount of time a user spends in your app during a single session. Session length helps you identify how engaging and compelling your app’s content is for users.

• Session frequency: The average number of times a user opens your app within a specific time period, typically daily or monthly. A higher session frequency suggests stronger user engagement.

• Time spent in the app: The total time users spend interacting with your app, often measured as an average per user. This metric can be a good indicator of the overall value and relevance your app provides to users.

• Screen flow and user paths: The sequence of screens and actions users take within your app. Analyzing screen flow and user paths can help you identify bottlenecks, optimize navigation, and enhance the user experience.

• Retention rate: The percentage of users who continue to use your app over a specific period, typically measured after a week, a month, or longer. A high retention rate indicates that your app is successfully keeping users engaged over time.

• Churn rate: The percentage of users who stop using your app within a given time frame. A high churn rate suggests that users are not finding enough value in your app, and you may need to address issues related to usability, content, or functionality.

In addition to the metrics mentioned above, it’s important to consider the specific context and goals of your app when evaluating user engagement. Different types of apps may require unique engagement strategies and KPIs—and what works for one app may not necessarily be applicable to another. 

By continuously monitoring these metrics and iterating on your app’s features and content based on user behavior, you can create a more personalized and enjoyable experience for your users.

Conversion Metrics

Conversion metrics help you measure the effectiveness of your app in driving these outcomes and identify areas that need optimization. It’s important to ensure that users complete desired actions within your app, such as making purchases, signing up for services, or reaching specific milestones. 

• Conversion rate: The percentage of users who complete a specific action or goal within your app. Making a purchase or signing up for a newsletter would both be examples. This helps you gauge the effectiveness of your app’s design, user experience, and overall value proposition.

• In-app purchases: The number and value of transactions made by users within your app. Tracking in-app purchases can help you identify popular items, pricing strategies, and user preferences, which can be used to optimize your revenue generation.

• Average revenue per user (ARPU): The total revenue generated by your app divided by the number of active users within a given period. ARPU helps you understand the revenue contribution of each user and can be used to inform pricing strategies and app improvements. 

• Customer lifetime value (CLV): The estimated net revenue generated by a user throughout their entire relationship with your app. CLV takes into account factors such as average revenue per user, retention rate, and churn rate, allowing you to prioritize resources and marketing efforts to attract and retain high-value users.

• Goal completion rate: The percentage of users who achieve a predefined goal or milestone within your app, such as reaching a specific level in a game or completing a tutorial. This metric can help you assess the effectiveness of your app’s onboarding process, content, and overall user experience.

• Funnel analysis: A method for analyzing user behavior by breaking down the steps or stages users go through to complete a specific action, like making a purchase or signing up for a service. Funnel analysis can help you identify points of friction or drop-off and optimize your app to increase conversions.

By carefully monitoring and analyzing conversion metrics, you can gain valuable insights into your app’s ability to drive desired outcomes and generate revenue. 

App Performance Metrics

Technical performance is a critical aspect of your app’s overall success—as it directly impacts user experience and satisfaction. App performance metrics help you evaluate the speed, stability, and reliability of your app, ensuring that your users have a seamless and enjoyable experience. 

• App launch time: The amount of time it takes for your app to load and become fully functional after a user opens it. A fast app launch time is crucial for user satisfaction and retention, as users are likely to abandon apps that take too long to load.

• Latency: The delay between user input and the corresponding response from your app. Low latency is essential for providing a smooth and responsive user experience, particularly for apps that rely heavily on real-time interactions, such as games or messaging platforms.

• Crashes and errors: The number of times your app crashes or encounters errors during use. Tracking crashes and errors can help you identify and fix issues that impact user experience, stability, and overall app performance.

• API response time: The time it takes for your app to communicate with external services, such as servers or third-party APIs. Monitoring API response times can help you ensure that your app is effectively interacting with these services and can provide insights into potential performance bottlenecks or areas for optimization.

• Device and OS compatibility: The range of devices and operating systems on which your app functions correctly and optimally. Ensuring broad device and OS compatibility is essential for reaching a larger audience and providing a consistent user experience across different platforms.

These KPIs are crucial in terms of proactively identifying and addressing technical issues that may affect your app’s user experience. Addressing these issues in a timely manner can help you maintain a high-quality app that users will continue to enjoy and recommend, ultimately contributing to the growth and success of your app.

User Satisfaction Metrics

These metrics help determine the overall satisfaction and loyalty of your users based on ratings, feedback, and other indicators. Continue below to discover the key user satisfaction metrics that can provide valuable insights into your app’s overall performance from the users’ perspective.

• App store ratings and reviews: The average rating and feedback provided by users on app stores. Monitoring ratings and reviews can help you identify areas for improvement, address user concerns, and showcase your app’s strengths to potential users.

• Net promoter score (NPS): NPS measures user satisfaction and loyalty—calculated by asking users how likely they are to recommend your app to others on a scale of 0 to 10. Users are then classified as promoters (9-10), passives (7-8), or detractors (0-6). NPS is calculated by subtracting the percentage of detractors from the percentage of promoters. A high NPS indicates strong user satisfaction and loyalty.

• In-app feedback and surveys: Direct feedback collected from users within your app, either through surveys, feedback forms, or other methods. In-app feedback can help you gather insights into user satisfaction, preferences, and potential areas for improvement.

• Customer support interactions: The number and quality of interactions between users and your customer support team, such as response times, resolution rates, and user satisfaction with the support received. Monitoring customer support interactions can help you ensure that users receive timely and effective assistance, ultimately contributing to overall user satisfaction.

User satisfaction is a key determinant of your app’s long-term success and growth. Ensuring that your users are happy with your app can lead to higher retention rates, increased word-of-mouth referrals, and better app store rankings. 

How to Analyze and Interpret KPI Data in Mobile App Performance Testing

Once you’ve identified your KPIs, it’s crucial to know how to effectively analyze and interpret the data to make informed decisions and improvements. These five steps will help you successfully evaluate your app’s KPI data and drive its growth and success:

1. Choose the right analytics tools
2. Establish a benchmark for KPIs
3. Periodic monitoring and reporting
4. Identify trends and patterns
5. Make data-driven decisions

Continue below for a deeper explanation of this five-step process.

Step 1 – Choose the right analytics tools

Selecting the right analytics tools is the first step in effectively analyzing your app’s performance data. BuildFire offers built-in analytics tools that make it easy for you to track and analyze your app’s KPIs without the need for additional third-party services. 

These tools provide comprehensive insights into your app’s performance, helping you identify areas for improvement and make data-driven decisions.

Step 2 – Establish a benchmark for KPIs

Before you can effectively analyze and interpret your app’s KPI data, it’s essential to establish benchmarks or target values for each metric. These benchmarks can be based on industry standards, competitor performance, or your app’s historical data. 

Establishing benchmarks enables you to set realistic goals and measure your app’s performance against these targets, allowing for a more focused and goal-driven approach to optimization.

Step 3 – Periodic monitoring and reporting

Consistent monitoring and reporting of your app’s KPI data are vital for tracking progress and identifying trends over time. Establish a regular schedule for monitoring your app’s performance. (like weekly or monthly). Then generate reports that highlight key insights and changes in KPIs. 

Regular reporting ensures that you stay informed about your app’s performance and can quickly identify and address issues as they arise.

Step 4 – Identify trends and patterns

As you monitor and report on your app’s KPI data, pay close attention to trends and patterns that emerge over time. Identifying trends can provide valuable insights into the strengths and weaknesses of your app, helping you pinpoint areas that require optimization. 

Look for patterns in user behavior, app performance, and user satisfaction to identify opportunities for improvement and capitalize on your app’s strengths.

Step 5 – Make data-driven decisions

Armed with the insights gained from analyzing your app’s KPI data, it’s time to make data-driven decisions to optimize your app’s performance. 

Use the trends and patterns identified in your analysis to inform changes to your app’s design, user experience, marketing strategy, or technical performance. Continuously iterate and refine your app based on data-driven insights to ensure that it remains relevant, engaging, and successful in the competitive mobile app market.

Final Thoughts

Understanding and effectively measuring mobile app performance is crucial for any app’s success. A data-driven approach enables you to make informed decisions based on real insights—helping you optimize various aspects of your app, including user acquisition, engagement, conversions, and satisfaction. 

By continuously monitoring and analyzing key performance indicators, you can identify areas for improvement and ensure your app remains competitive in the fast-paced mobile app market.

As your app evolves and grows, it’s essential to adapt your KPIs to align with changing objectives and user needs. This process of continuous improvement requires regularly reevaluating your app’s performance, setting new benchmarks, and iterating on your app’s features and functionalities. 

Staying vigilant and responsive to your app’s performance data allows you to create an engaging and successful mobile app that meets the needs of your users and thrives in your industry.

Web apps have become essential to our daily lives—powering everything from social media platforms and online marketplaces to productivity tools and online learning solutions. Whether you are an entrepreneur looking to launch a new startup or a developer seeking to build the next big thing, creating a web app is an exciting and rewarding experience.

But where do you start? How do you transform your app idea into a fully functional web app that users will love? 

This comprehensive guide will take you through the step-by-step process of creating a web app from scratch. From planning and designing to developing and testing, we’ll cover everything you need to know to create a successful web app that stands out in today’s crowded digital landscape.

We’ll also compare web apps to mobile apps and explain the pros and cons of each, so you can choose the best option for your project. 

What is a Web App?

A web app is an application that runs in a web browser and uses web technologies such as HTML, CSS, and JavaScript to provide a user interface and interact with server-side components. Unlike native mobile apps, which require installation and run directly on a mobile device, web apps can be accessed from any device with a web browser—making them accessible and convenient for users.

There are several types of web apps, including static web apps, dynamic web apps, single-page apps (SPAs), and progressive web apps (PWAs). 

Static web apps are simple and static, consisting of static web pages that display the same content for all users. Conversely, dynamic web apps are more complex and interactive. They consist of server-side components that generate dynamic content based on user input and data.

SPAs load a single HTML page and dynamically update the content based on user interaction—without requiring a full page refresh. PWAs are advanced web apps that use modern web APIs to provide a native-like experience, including offline support, push notifications, and home screen installation.

Web apps offer several advantages over native apps, including cross-platform compatibility, easy maintenance and updates, and lower development costs. Some popular examples of web apps that you might be using in your day-to-day life include Google Docs, Trello, and Asana.

How to Create a Web App in 10 Steps

Now that we have a clear understanding of what web apps are and their different types, let’s dive into the step-by-step guide for creating a web app from scratch. 

1. Identify the problem and target audience
2. Define the features and requirements
3. Sketch out the user interface and user experience
4. Choose the right programming language and framework
5. Set up the development environment and tools
6. Develop the front-end interface and design
7. Develop the back-end logic and server-side components
8. Test the web app for functionality, performance, and security
9. Deploy the web app to a hosting service and configure the server and database
10. Launch the web app and monitor user feedback and engagement

We’ll walk you through each stage of the process, from identifying the problem to launching and monitoring the web app. Get ready to bring your ideas to life and create a successful web app that users will love.

Step 1 – Identify the problem and target audience

The first step in creating a successful web app is to identify the problem that your app will solve and the target audience who will benefit from it. Start by asking yourself these questions:

• What problem does my app solve?
• Who is my target audience?
• What are their pain points and needs?
• How will my app provide a solution?

Answering these questions will help you define the scope and requirements of your web app, as well as the features and functionalities that you need to include. 

For example, if you’re creating a web app for a food delivery service, your target audience would likely be people who don’t have time to cook or prefer the convenience of home delivery. Your app should solve the problem of food delivery by providing a seamless and easy-to-use platform for ordering and tracking deliveries.

Make sure to conduct thorough research and gather feedback from potential users to validate your idea and ensure that there is a demand for your app.

Step 2 – Define the features and requirements

Defining the features and requirements is a critical step in creating a successful web app, as it ensures that your app meets the needs of your target audience and provides a compelling user experience. This includes both the core features that are essential for solving the problem and the additional features that enhance the user experience and differentiate your app from competitors.

Start by creating a list of features that you want your web app to have, and prioritize them based on their importance and impact on the user experience. Consider including features such as user authentication, account management, search and filtering, notifications, and payment processing.

In addition to the features, you also need to define the requirements for your web app. I’m referring to its performance, security, scalability, and compatibility with different devices and browsers. Make sure to document these requirements and use them as a guideline throughout the development process.

Step 3 – Sketch out the user interface and user experience

Now it’s time to sketch out the user interface (UI) and user experience (UX) design. This involves creating wireframes and mockups of the app’s layout, navigation, and visual elements. You’ll also need to test these visual elements with potential users to gather feedback and improve the design.

The first thing you need to do is identify the key screens and workflows of your app. Then sketch out their layout and navigation. 

Consider the user flow and how users will interact with the app to achieve their goals. Use tools like Sketch, Figma, or Adobe XD to create high-fidelity mockups of the screens and add visual elements such as icons, images, and typography to enhance the design.

Once you’ve created the wireframes and mockups, test them with potential users and gather feedback on the design, usability, and functionality. Use this feedback to iterate and improve the design to ensure that it aligns with the needs and expectations of your target audience.

Sketching out the user interface and user experience helps set the foundation for the app’s design and usability. So don’t rush through this step.

Step 4 – Choose the right programming language and framework

This decision depends on several factors. You must consider the app’s complexity, scalability requirements, and availability of developers with the required skills.

Some popular programming languages for web development include JavaScript, Python, PHP, Ruby, and Java. JavaScript is a versatile language that runs on both the client and server side, and is used for building modern web applications such as SPAs and PWAs. Python is usually a good choice for web development due to its simplicity, readability, and its vast library of frameworks and tools. 

PHP’s server-side language powers popular platforms such as WordPress and Facebook. Ruby is known for its elegant syntax and the popular web development framework Ruby on Rails. Java is another robust language that’s commonly used for building large-scale web applications.

In addition to the programming language, you also need to choose a web development framework that provides a set of tools and libraries for building web applications. Some popular frameworks include React, Angular, Vue, Django, Laravel, and Ruby on Rails.

Step 5 – Set up the development environment and tools

To build a successful web app, you need to set up the development environment and tools correctly. This means installing the necessary software and tools to build, test, and deploy your web app.

Start by selecting a code editor that suits your needs. Examples include Visual Studio Code, Sublime Text, or Atom. These editors offer features like syntax highlighting, code completion, and debugging, which help to speed up the development process.

Next, you’ll need to choose a version control system like Git, which will enable you to track changes to your code and collaborate with other developers effectively. You’ll also need to install the necessary dependencies for your chosen programming language and framework using a package manager such as npm, pip, or bundler.

By setting up the development environment and tools properly, you’ll save yourself a lot of time and effort in the long run. With these tools in place, you can start building your front-end interface and design, which we’ll cover in the next step.

Step 6 – Develop the front-end interface and design

This step involves creating the visual elements, layout, and interactivity of your app’s user interface (UI) using HTML, CSS, and JavaScript.

Start by using the wireframes and mockups that you created in Step 3 as a reference for the app’s design. Use HTML to create the structure of the web pages, CSS to style the elements and layout, and JavaScript to add interactivity and dynamic behavior.

Consider using a front-end framework such as React, Angular, or Vue, which provides a set of pre-built UI components and tools that speed up the development process. These frameworks also offer features like state management, routing, and testing, which help to improve the app’s performance and user experience.

Make sure to test the front-end interface and design thoroughly. Then gather feedback from potential users to identify areas for improvement. 

Step 7 – Develop the back-end logic and server-side components

Now that you’ve created the front-end interface and design, it’s time to focus on the back-end logic and server-side components. 

This part of the development process involves creating the code and infrastructure that handles the app’s business logic, data storage, and communication with the front end.

To begin, you’ll first need to choose a server-side language and framework that suits your app’s requirements and features. Popular options include Node.js with Express, Ruby on Rails, Django, and Flask. Using the chosen language and framework, you can create the back-end code and implement the app’s business logic, database connections, and API endpoints.

Additionally, you may want to consider using a database management system (DBMS) to store and manage the app’s data. Some common DBMS options include MySQL, PostgreSQL, MongoDB, and Firebase. The choice of DBMS will depend on factors such as scalability, performance, and data consistency.

Step 8 – Test the web app for functionality, performance, and security

Before you deploy and host your web app, you need to test it to make sure it’s working correctly and securely. This involves checking the functionality of the app’s features, testing its performance, and ensuring that it’s protected against security threats.

Start by testing the app’s functionality by checking that all its features work as intended. Test all of your buttons, links, and other interactive elements to make sure they perform the expected action. Make sure to test the app on different devices and browsers to ensure that it works consistently across different platforms.

Next, test the app’s performance by measuring its speed and responsiveness. Use tools such as Google PageSpeed Insights or GTmetrix to identify areas for improvement. You may need to optimize images, reduce file sizes, or minify code. This helps to ensure that the app loads quickly and provides a smooth user experience.

Finally, test the app’s security by identifying potential vulnerabilities and threats. Tools like OWASP ZAP or Nmap to scan the app for vulnerabilities such as cross-site scripting, SQL injection, or insecure authentication. Make sure to fix any issues that are identified to ensure that your app is secure and protected against potential attacks.

By testing your web app for functionality, performance, and security, you can identify and address any issues before deploying and hosting it.

Step 9 – Deploy the web app to a hosting service and configure the server and database

Now that your web app is built, you need to put it on the internet so that people can use it. This is the deployment and hosting phase of the process.

To deploy and host your web app, you need to choose a company that provides servers – computers that store your web app and make it available on the internet. Some popular options are AWS, Google Cloud, and Heroku.

Once you’ve chosen a server provider, you’ll need to upload your web app’s files to their servers. This can be done using tools like Docker and Ansible that help simplify the process.

After uploading your web app, you’ll need to make it available on the internet by registering a domain name (like www.yourapp.com) and configuring your server settings so that your app is accessible to anyone who visits your domain. This can be done through a process called DNS configuration.

Once your web app is deployed and hosted, you can make improvements to the app’s performance by monitoring how it performs and making necessary adjustments.

Step 10 – Monitor user feedback and engagement for improvements

Now that your web app is live, it’s important to gather feedback from users and monitor their engagement with the app. This helps you identify areas for improvement and make data-driven decisions that enhance the app’s user experience.

Start by setting up analytics tools such as Google Analytics. These provide data on user behavior and demographics, including the number of visitors, page views, and session duration. Use this data to identify areas where users are dropping off or spending less time. Then make changes to improve those areas.

Additionally, encourage users to provide feedback through surveys, user testing, or social media. This feedback can help you identify issues that you may not have been aware of, as well as new features that users would like to see.

Make sure to prioritize user feedback and engagement in your development process, and continuously make improvements to the app based on the data and feedback you receive. This ensures that your app stays relevant and valuable to your users.

Web Apps vs. Mobile Apps: What’s the Difference?

While web apps and mobile apps share similarities in terms of functionality, there are some key differences between the two that are worth noting. Understanding these differences can help you determine which type of app is best suited for your business needs.

Web apps are designed to run on web browsers—like Google Chrome or Safari, and they’re accessible on any device with an internet connection. Web applications are typically developed using HTML, CSS, and JavaScript. 

Arguably the most significant standout of web applications compared to mobile apps is that web apps do not require installation on the user’s device. This makes web apps easy to access and maintain. It also eliminates the need for users to update the app manually.

On the other hand, mobile apps are designed to run natively on a mobile device—such as an iOS or Android smartphone. They are installed directly on the user’s device from an app store. 

Mobile apps are developed using specific programming languages and frameworks, and they have the ability to access the device’s hardware and features. This includes things like the device’s camera, microphone, and GPS.

While both web apps and mobile apps have their advantages and disadvantages, the choice of which to use largely depends on the app’s purpose, functionality, and target audience. 

For example, if your app requires access to the device’s hardware or needs to work offline, a mobile app may be the best choice. However, if your app is primarily content-based or requires frequent updates, a web app may be a better fit.

At BuildFire, we offer mobile app development solutions that help businesses build mobile apps that engage their audience and drive results. Our platform allows businesses to create and deploy mobile apps quickly and easily—without the need for extensive development experience. With BuildFire, businesses can leverage the power of mobile apps to enhance their brand and reach their goals.

Final Thoughts

Building a web app requires careful planning, design, development, and deployment. By following the steps outlined in this guide and continuously monitoring and improving your app, you can create a successful and engaging web app that provides value to your users.

While web apps and mobile apps have their differences, both are valuable tools for businesses to engage with their audiences. At BuildFire, we offer mobile app development solutions that allow businesses to create mobile apps that reach and exceed their business goals.

Whether you’re building a web app or a mobile app, one constant key to success is focusing on your users. Your app must provide a valuable and engaging experience that keeps them coming back. By prioritizing user feedback and engagement and continuously making improvements to your app, you can create a successful and thriving app that helps you achieve your business objectives.

No-code development is one of the hottest buzzwords in tech right now. No-code platforms are rising in popularity, and the use cases for no-code development are continuously mounting. 

With that said, there’s still a lot of confusion about no-code development—especially for beginners who are new to the concept. 

Some of you might be evaluating a particular no-code platform. Others might be comparing no-code development to other software development options. Whatever the case might be, you’ve come to the right place. 

This in-depth guide will explain everything you need to know about no-code development, answering all of your questions once and for all. You’ll find out what it is, how it works, the advantages of no-code platforms, and use cases for no-code application development. 

What is No Code Development?

As the name implies, no-code development is a software development method that doesn’t require any coding. No-code development is made possible with the help of no-code solutions for rapid application development.

By eliminating code from development, it drastically changes the entire development process. You don’t need to hire developers or outsource your project to an agency. Anyone can use a no-code platform to create an app without any technical skills, programming languages, or technical knowledge. 

No code development is commonly used for mobile app development, web app development, website builders, business process management, backend automation, and more. 

How Does No Code Development Work?

While every no-code platform has slight variations, the basic concept remains constant across this space. 

The entire development process is made possible through visual building blocks and graphical user interfaces. Rather than writing code for functionality, you’re simply telling the platform what you want to accomplish through a drag-and-drop interface or WYSIWYG (what you see is what you get) editor.

All of the elements have already been pre-coded by the platform, and the technical components are handled behind the scenes. Then it’s just a matter of saying, “I want an image here” or “let’s change the color on this screen.”

For mobile app development, you can easily add functionality to your app by installing or enabling plugins or extensions. For example, let’s say you want to add videos to your app. You can simply install a YouTube or Vimeo plugin. Or maybe you want the app to give users directions to your business. This can be accomplished by adding a maps plugin. 

No-code platforms focus on getting critical inputs from the user through visual builders. 

As you make changes through your no-code platform, you’ll be able to see those changes in real time through an emulator. So you know exactly what you’re building and how your software will look from an end-user perspective. 

Benefits of No Code Development Platforms

No-code platforms have significant advantages compared to traditional development. We’ll take a closer look at the top benefits below.

No Code Tools Simplify App Development

No code dev eliminates the complexities associated with creating mobile and web applications. 

Traditional app development requires coding skills to build apps. But there are so many redundant tasks that developers need to follow for every app. 

When you think about it, the vast majority of mobile apps share so many of the same core functionality on the backend. There are just slight variations and functionality differences that make the app unique. For example, refer to all of the ecommerce apps you’ve used in your life. They’re virtually identical, except for different products and branding. 

No-code tools have all of those similar components pre-built on the backend. You just have to enable which functions and advanced features you want in your app. Then you can customize everything else based on how you want the app to look or feel. 

Anyone Can Use a No Code Development Platform

Since you don’t need to write code, anyone can use no-code software to create an app.

This empowers citizen development in the business world, and it offers DIY entrepreneurs a simpler path to launch. No code software bridges the gap between non-technical users and software development. 

You don’t need any coding skills, technical knowledge, or specialized training to get started. Everything is very straightforward, and you can figure it out within an hour or two of basic trial and error. The only learning curve is getting used to the interface of the platform you’re using. 

Hiring developers and designers to build your app is no longer necessary. You can start with a pre-built template and just move things around to your liking. All of the heavy lifting is done for you. 

Additional Reading: How to Make an App — The Ultimate Guide

No Code Development Platforms Are Affordable

No-code app development is a cheap alternative to traditional development. 

If you’re going to hire developers or an agency to create your software, you can expect to pay upwards of $10,000 to $20,000 per month in labor costs alone. These high price points historically made app development only accessible to larger businesses with big budgets. 

But no code development platforms are affordable for any budget. For just a few hundred dollars per month, you can build a high-quality app for your business—and nobody will know the difference. 

The final product is still a fully functional app. Only you’re getting it for a fraction of the cost. Here’s an example of some app builder pricing so you can see what I mean:

You’re just paying for a software subscription—and that’s it!

It’s also much easier to budget for your app development project if you’re paying in quarterly or annual installments. So you won’t have to come up with $20,000 or $50,000 upfront like you might if you’re going the traditional dev route. 

Check out our guide on the hidden costs of software development. You’ll be able to avoid these fees if you use a no-code app builder instead of hiring developers. 

No Code Platforms Speed Up the App Development Process

With a no-code development platform, you can launch your app in days or weeks instead of months or years. 

That’s because all of the core components are built for you. You’re just deciding what you want to include and customizing the app with your own content and branding. 

For example, let’s say you’re a gym owner that wants to create a mobile app for personal training subscriptions. Your development timeline is solely based on your content creation. It’s not like you’re creating backend functionality components for home screens, user registration, and design. All of this is already done for you.

You’re simply uploading the videos and training programs to the app, and deciding who can see them based on their subscription level. 

Getting paid through your app is as easy as enabling a payment feature. You don’t have to manually write code for a custom gateway or anything like that. 

If you want to launch an app fast, no-code development is your best bet. 

Who is No Code Development For?

There are so many different use cases for no-code application development. No code tools are used for mobile apps, web apps, websites, business process automation, internal communication apps, integration apps, and more. 

To see if this software development method is right for you, we’ll take a closer look at the types of people who can benefit the most from no-code platforms. 

Small Businesses

Small business users can use no-code platforms to modernize their businesses. We’re living in a world where everything is trending mobile, and consumers expect all businesses—even small businesses—to have a mobile app. 

But most smaller companies don’t have an extra $50,000 or $100,000+ laying around for app development. 

No-code platforms offer a simple and cost-effective alternative to anyone who falls into this category. For just a few hundred dollars per month, small businesses can have apps that compete with Fortune 500s—for a fraction of the cost. 

Citizen Developers

Citizen development is at an all-time high, with no signs of slowing down. These are internal apps used for business processes and similar functions.

Historically, internal business apps required an IT department with specialized skill sets. But now, any mid-size business can empower its employees to create an app without having to code from the ground up. 

This is a cost-effective solution for businesses, and it’s an easier development method for citizen developers. 

Enterprise Grade Applications

No-code and low-code development platforms can also be used by larger organizations that want to create enterprise-grade applications. 

You may not be signing up for the same subscription as a small business user. But you can still get advanced features from a no-code tool without having to code everything from scratch.

For example, enterprise users may want domain-restricted login access, custom terms and conditions, and SSO (single sign-on) capabilities. They might also want advanced analytics related to app performance and users. Some may even require industry-specific compliance features or advanced integrations.

All of this can be accomplished through a no-code app builder. 

Entrepreneurs

Anyone with an app idea can use a no-code platform to bring their idea to life. 

You can do this without having to hire developers or raise capital from investors. All you need is a no-code platform that fits your needs, and you can create the entire app on your own without any help.

This is also a great opportunity for people who already have a brand identity or online presence. For example, if you’re an influencer, YouTuber, or have a podcast, you can easily expand your presence by creating your own channel for content distribution. 

Your mobile app can be a way to share exclusive content with your audience by charging a subscription fee for access. 

Professional Developers

Even professional developers who have the coding skills and programming knowledge to create apps from scratch can use no-code platforms to simplify the development process. 

Rather than coding all of the redundant lines for each project, you can get a huge head start by leveraging the power of an app builder. 

If you find a no-code platform that’s also developer friendly—like BuildFire—then you can also create custom functionality that can’t be found through the plugin marketplace. 

80% of the app will already be built for you. Then you just need to code that extra 20% to make it unique for your clients. 

You can also rely on BuildFire’s backend infrastructure and servers to maintain the app. So you won’t have to go out and configure all of this on your own. Custom features can be added on top of our existing platform and ecosystem. 

Agencies and Resellers

No code development is the best way to make money selling apps—even if you have zero coding skills. 

There are two main ways to go about this process.

First, you can offer app development services to your clients. This is great for existing agencies that want to expand their service offerings or anyone that wants to start a new app development business from scratch. 

Then you can create the apps for your clients using no-code software and maintain them post-launch. 

Alternatively, you can simply white-label an existing no-code tool and pass it off as your own. All of your branding will be on the platform, and your customers will never know the difference. You’re basically giving them the power of an existing app builder and charging a subscription to use the service. 

You can learn more about BuildFire’s reseller program here. 

What’s the Difference Between No Code and Low Code Platforms?

Low-code development platforms are intended for professional developers. They require coding experience and technical knowledge to create apps, but they drastically speed up the development process. 

Many low-code platforms come with a pre-built architecture and backend development infrastructure. So repetitive features that you’ll find across most apps are already built for you. All you need to do is enable or disable those functions before building the custom features.

No-code platforms are made for non-technical users and don’t require any technical expertise or specialized training. They bridge the gap between software development and the average user. 

Most no-code platforms operate on closed systems, meaning you’re relying strictly on pre-built plugs or extensions. Low-code platforms are open source, meaning you can reuse code from other systems or projects. 

Getting Started With No Code Development For Mobile Apps

The first thing you need to do is find the right no-code solution for your specific development needs. Check out our list of the best app building software as a starting point. 

BuildFire is the ultimate no-code solution for iOS and Android mobile app development. 

It’s the most powerful app builder on the market today due to its limitless customization and scalability. The platform is easy enough for anyone to use but powerful enough for developers to create custom features and plugins. 

You can use BuildFire to create an app quickly and for a fraction of the cost compared to traditional development. Best of all, you’ll have the full support of BuildFire’s team at your disposal if you need any help or assistance throughout the project. 

We’ll even help get your app live on the Apple App Store and Google Play Store once it’s done, and manage updates for you post-launch. 

Use this guide on how to build an app without coding for step-by-step instructions on getting started and launching your app. 

You can also sign up for a 14-day free trial of BuildFire to try it out and get your feet wet with no-code development. 

Final Thoughts

No-code development is the future. 

It’s a simple way for anyone to create apps on a tight budget. No code solutions make it easy to get your app to market quickly and don’t require any technical skills or coding knowledge. 

The vast majority of apps can be built using a no-code tool—so there’s a good chance it’s right for you.

If you have any more questions about how this works or specific questions related to your app idea, reach out to our team here at BuildFire for more information. We’re happy to help!

You want to make an app. That’s great! But now what?

If you’re not comfortable building mobile apps on your own, hiring a mobile app development company is the obvious choice. 

But with hundreds, if not thousands, of app development companies to choose from, this can feel like an overwhelming task for anyone going through the process. 

Fortunately, narrowing down the best app development company for your app is much easier when you have a blueprint to follow, which is exactly why we created this guide.

You can use our evaluation criteria below to eliminate options and find an app development company that fits your specific needs. Ready? Let’s dive in!

11 Tips to Find the Best App Development Companies

Use these tips and best practices as a buying guide for mobile app development companies. As you go through each step, your list of qualified candidates will get shorter and shorter, until you’re left with one or two options that can accommodate app ideas.

1. Compare Mobile App Development Companies

Starting from scratch is arguably the hardest part of this entire process. You might start with a Google search for “best mobile app development companies” or “top app developers”—something along those lines. 

The initial search will yield a lot of hits for web apps, mobile apps, hybrid mobile app development, cross-platform app development, and more. But this isn’t enough information to start hiring mobile app developers just yet. 

You need to start with a clear picture of what type of mobile app you want. 

Are you creating a gaming app? A business app for employee communication? An app for your restaurant? The list goes on and on.

Do you need mobile and web apps built by the same custom software development company? Do you need project management assistance? Do you need Android app development, iOS app development, or both?

As you start to answer these questions, you’ll immediately be able to eliminate options from your list. 

You’ll find that some mobile app development companies specialize in niche-specific builds, such as internal apps for business processes. Some are great for AR/VR and gaming apps. Others offer a wider range of custom app development solutions. 

If you need a starting point to work with, check out our complete guide of the top ten best custom software development companies. You can reference this list as you continue through the steps below and eliminate options as you’re qualifying candidates. 

2. Look at Their App Development Portfolio

Now that you have a shorter list of contenders, go through each one to see what types of apps they’ve built for their clients.

You’ll likely see different options like:

• Ecommerce apps
• Gym and fitness apps
• Educational apps
• Apps for events
• Restaurant apps
• Podcast apps
• Religious apps
• Employee communication apps
• Business workflow apps
• Gaming apps

The best app development companies should be able to build anything. But it’s definitely in your best interest to find a company that has experience with the type of app you need. 

You won’t want your project to be an experiment for the company. So this is definitely an important consideration. 

3. Evaluate the App Design Process

App design and development go hand-in-hand. 

The best app development companies work with you through each stage of the design process. This includes wireframing, design concepts, storyboards, prototyping, and more. 

You should be looking for a development company that understands the importance of UX (user experience) design and UI (user interface design). 

Even a highly functional app is useless if the design stinks. That’s the first thing your users will notice when they download and open your app. 

So if the app development company you hire falls short with design, your final product will suffer. 

4. Consider the Experience of Mobile App Developers

App development companies come in all different shapes and sizes. 

You might find smaller boutique firms with one or two developers on staff. There are also large agencies that employ dozens of developers. But most fall somewhere in between. 

Ask questions about who will be working on your app. How long have they been building apps? What types of apps have they built?

An app developer with a history in web development doesn’t always translate to success in mobile app development. The longer they’ve been building apps, the better it is for you. 

For example, BuildFire has built more than 10,000+ apps. That’s a long history of experience that comes with knowledge that can’t be replicated by taking a development course online. Working with a company like this ensures that your developers have seen it all, and they won’t be surprised if something unexpected or tricky comes up along the way. 

FREE Ebook Download: The Definitive Guide to Building an Expert App Development Team

5. Find a Software Development Company That Can Bring Your Mobile App Idea to Life

You need to find a mobile app developer that believes in your vision. 

Some mobile application development services just put out what you tell them to. They listen to your instructions and do their best to create features based on what you want.

But features and vision aren’t the same things. 

It’s really important for your mobile app development company to truly understand your idea. Where do you want your app to be in the short term? What will your app look like in five or ten years? How does your app solve problems for your customers?

If they understand the problem that you’re trying to solve, they can use that information to enhance the app and its features. 

Otherwise, your app will just be a series of different functions that don’t make any sense towards your greater goal or mission. 

For example, look at an app like Uber.

Let’s pretend you came up with this concept and brought the idea to a mobile app development company. You tell them that you need an app for users to book car transportation. The output likely wouldn’t be the Uber we know today.

Instead, you’d have to explain your vision. You want an on-demand ridesharing service that’s a quick and convenient way for anyone to book a ride from their phone. The app connects drivers with riders in real time and offers a safe experience for both parties. In five years, you want the app to expand, giving people the option to order food and groceries from those same drivers.

If the mobile app development company doesn’t have a firm understanding of your vision, then you’re likely going to be unhappy with the final result. 

6. Look for a Consultative Approach

Understanding your idea is just one part of the equation. But you need to look beyond the basic mobile app development services and find an app development company that offers consultancy as well. 

A consultative approach might challenge your ideas. They could make suggestions or improvements to shape the app based on their experience. 

You can even find a mobile app development company that assists with app market research to validate your idea before the build.

Here’s a somewhat extreme example to showcase my point. Let’s pretend you’ve been living under a rock for the last decade and approach an app development company with an idea for a social media platform. But your idea is basically describing exactly what Facebook does.

A good app development company will tell you it’s probably not the best idea to move forward, as there’s no market demand for this idea. 

Instead, you need a way to differentiate yourself—such as an unfiltered social media platform where users don’t have a chance to edit photos before posting or have public comments. This idea describes the Daylyy mobile app, created by BuildFire. 

Your app consultants should also be able to tell you which features to add and which ideas can be eliminated—at least for the initial release. You can always expand and grow your app down the road, and the best app developers understand this. 

7. Assess Your Budget

How much are you willing to spend on app development?

Some agencies might charge upwards of $250,000 and others might charge $25,000 for the exact same app. 

Cheaper isn’t always better. But with that said, paying the highest price doesn’t automatically mean you’re working with a top mobile app development company. 

Instead of looking at the bottom line price, think about the value you’re getting with the service. 

Sure, you could save $50,000 or $100,000 by outsourcing your project to a developer in Eastern Europe. But then you’ll have to deal with time zone changes, language barriers, and other challenges. The final product likely won’t be on par with an app built by a US-based development company. 

But before you hire mobile app developers, you should have a rough idea of your budget. This will give you a chance to automatically qualify or disqualify options based on the total cost. 

We have a complete guide on how much it costs to make an app that can help you with your budget. You can also use our app cost calculator to get a quick estimate based on what you’re looking for. 

If you’re on a really tight budget, an app development company may not be your best option. Instead, you can use a mobile app development platform to create an app on your own without writing code. 

8. Look For Limitless Customization

Custom software development needs to be a priority. Unless, of course, you’re just looking for something basic—like turning your website into an app. 

What limitations are restrictions you have? Is there anything that the company can’t build?

The best mobile app developers should be honest and transparent about this. 

In some cases, this won’t be a dealbreaker. For example, let’s say you come across a quality app development company that doesn’t create games or virtual reality apps. 

If you’re just building an ecommerce app or an app for your barbershop, those limitations won’t make a difference in your development project. 

So while it’s ok to vet app developers with some scrutiny, you don’t automatically need to disqualify candidates if they can’t do one or two things that are unrelated to your idea. 

9. Find Out if They Offer Post-Launch Maintenance and Support

The interaction with your app developer shouldn’t end once your app is built. If the company is simply going to hand you an app, then disappear into the horizon, you’re going to be stuck with a big problem.

You should only be considering mobile app development services that offer post-launch maintenance and support. Here’s why.

Mobile apps are a never-ending project. 

What happens when Apple comes out with a new iPhone in six months, and your app no longer meets the compatibility requirements of a new device or iOS version? Do you have the ability to make those changes?

What will you do if your users discover a bug in the app? Can you fix this on your own?

Apps also require tons of backend infrastructure components to operate smoothly. They need push notification servers, web servers, databases, and security patching—the list is never-ending. 

Unless you have the capacity and internal resources to handle this stuff on your own, it’s much easier to just lean on your app development company.

When you’re ready to expand, add new features, and scale your app in the future, they’ll just be a phone call away and can implement those changes with ease. 

10. Read Customer Reviews and Consider the Company’s Reputation

App development services are like anything else. If you’re going to read online reviews before you buy a $20 razor or a backpack, then you should definitely be reading reviews before you spend tens of thousands of dollars on app development.

Take your time to see what real clients are saying about the company you’re considering. 

Don’t let one or two bad reviews throw you off. There will always be some unhappy customers out there, and if you’re a business owner, this is something you’re already familiar with.

Instead, look for consistency. Are the majority of customers happy?

If you’re looking through reviews and you see dozens of people complaining about the same shortcomings in the service, then it’s obviously going to be a red flag. This is a situation where you should proceed with caution and maybe eliminate that option from your list. 

11. Request a Consultation to Get a Feel for How it Works

Once you have a shortlist of two or three companies that fit what you’re looking for, it’s time to move forward and reach out for more information. 

Don’t rush through the buying process. 

Hopping on a call to talk about your idea and see what types of services can be provided for you will make your decision much easier. You should have a pretty good gut feeling by the end of the call if the app development company is a good fit for your project.

If you don’t know what to ask them, you can use this guide as a reference. 

You can schedule your free consultation with BuildFire here. Our team will provide you with a detailed roadmap of how we’ll bring your idea to life. You’ll also get a price estimate that shows how BuildFire can save you thousands of dollars compared to other agencies on the market. 

Final Thoughts

Comparing the top mobile app development companies can be tough if you don’t know what to look for. My hope is that this guide helped steer you in the right direction, so you can narrow down quality options based on your specific needs. 

Depending on your project, some of these tips will hold more weight than others. But they’re all important to consider as you’re shopping around and exploring your options. 

If you’re ready to move forward, check out BuildFire Plus—our all-inclusive app development service. From strategy sessions through design, development, and post-launch support, we’ve got you covered. 

BuildFire is more than just an app development company. We’re a partner in your success. 

iOS and Android are the two most popular smartphone operating systems worldwide. So if you’re making mobile apps, you need to decide if you’re going to build for iOS, Android, or both.

Most people understand this concept at a basic level—iOS and Android are different. But exactly how are they different?

That’s why we created this guide. 

Whether you’re a prospective developer, entrepreneur, or just a tech-savvy business user that wants to further your knowledge, you’ve come to the right place. We’ll cover everything you need to know about iOS and Android, including a clear explanation of each platform and the key differences between them.

What is iOS Mobile App Development?

iOS app development refers to mobile apps for Apple’s mobile operating system. iOS apps run on iPhones, iPads, and iPod Touch devices. 

Apple has various operating systems for its devices. For example, applications built for Mac computers run on macOS. There is even an iOS variant, iPodOS, that’s specifically for iPads.

iOS development caters specifically to the unique device specifications and security requirements of Apple’s mobile operating system. 

What is Android App Development?

Android app development is the process of making mobile applications that run on the Android operating system. 

Android (developed by Google), has a wide range of devices that run using this OS. The list of brands includes Samsung, Google, Motorola, OnePlus, Sony, and thousands more.

In fact, there are more than 24,000 different types of devices that use the Android operating system, distributed by roughly 1,300 companies. 

11 Key Differences Between iOS and Android Apps

Android and iOS are different in many ways. Below we’ll cover the top 11 key differences between the two mobile operating systems dominating the global market share.

1. Programming Languages

iOS and Android are powered by different backend tech stacks. 

Swift and Objective-C are the two main programming languages used to code iOS apps. Swift is designed specifically for Apple products and is typically not used for anything beyond iOS development. 

Android apps generally rely on Java and Kotlin programming languages. But Java also has use cases that work beyond Android devices. So if you’re a developer that’s familiar with Java, there’s an easier bridge to coding for Android. 

Check out our guide on the best programming languages for mobile app development to learn more about all of these languages and more. 

2. Design Strategy

When comparing iOS vs. Android, you’ll also notice some crucial differences between the way apps are designed. 

Apple favors app content over design. So you’ll see more white space used to highlight app-specific features and clarity. iOS developers should refer to Apple’s Human Interface Guidelines for best practices.

When designing for Android devices, you’ll have a bit more flexibility with color changes, motion, and light. The design guidelines aren’t quite as strict. 
Android developers can refer to the Material Design for Android to learn more about the interaction design and motion between Android devices.

3. Integrated Development Environment (IDE)

Android and Apple both have different IDEs—integrated development environments. 

Android developers can create an Android app using Android Studio, which was initially developed by Google back in 2013.  

This is the official IDE for Android app development. It’s built on IntelliJ IDEA software from JetBrains and available to download on Linux, Windows, Chrome and macOS operating systems. 

iOS developers rely on Xcode.

Xcode is Apple’s official IDE for all Apple software, including iOS. You can use Xcode to build apps for iOS, macOS, iPadOS, tvOS, and watchOS.

Unlike Android Studio, Xcode is only compatible with macOS. So you can’t download it on your Linux or Windows machine. 

We have a complete Xcode tutorial that explains how it works and how to get started with iOS app development. 

So which IDE is better—Android Studio or Xcode?

Each software has its pros and cons. Android Studio is a bit more versatile for developers who already have experience creating apps for other operating systems. But Xcode is easier to set up for beginners.

Both platforms have excellent debugging features, although Xcode might have the edge in this category. Android studio’s advanced code editor and layout design features might be more popular, although some users complain that it takes up too much memory on their devices. 

4. Devices

When it comes to iOS devices, you’re basically just talking about different versions of the iPhone. You can put iPads and iPod Touch devices into this category as well. 

But the list of Android devices is significantly larger.

As mentioned earlier, there are more than 24,000 different Android devices. Since the first iPhone launched back in 2007, there have been less than 40 different versions of this device for iOS.  

5. App Distribution

Each platform has its own app store for distribution.

iOS apps can be downloaded from the Apple App Store, and Android Apps can be downloaded from the Google Play Store. 

For more information, check out our step-by-step guide on publishing your app to the app store. 

Android apps are better if you want to distribute your app to the widest possible audience. But iOS has some cool developer programs for app testing and distributing private apps. 

Additional Reading: How to Distribute an iOS App Without Using App Stores

6. User Base

Android users and iOS users are different.

In the United States, there’s about an even split between the two operating systems. As of January 2022, iOS has a slight edge—controlling 51.2% of the US mobile OS market share. 

But with a whopping 87% market share, Android dominates globally. 

So if you’re on the fence about developing for iOS or Android, one of the first things you need to do is assess your target market. If you’re developing it for people in the US, you’ll likely need to build for both platforms. But if you’re developing for an international audience, excluding the US, you can stick with Android. 

7. Monetization Strategy

Studies suggest that iPhone users earn more money than Android users. In fact, the median household income of an iPhone user is $85,000, compared to $61,000 for Android.

This is important information to consider when you’re looking for ways to monetize your app. 

Since iPhone users may have more buying power, you can factor in things like in-app purchases with iOS development. 

But Android developers may need to focus more on other ways to make money, such as in-app advertising. 

8. App Store Rules and Submission Guidelines

Apple and Android have different processes for vetting apps.

Generally speaking, the Apple App Store is much stricter than the Google Play Store. 

Poor quality apps and apps that aren’t very creative can still be published on Google Play. But Apple prioritizes quality and security. 

For example, you can’t just take the mobile version of your website and turn it into an app for the Apple App Store. Apple requires the app to have distinct features and differences from your website. 

Make sure you check out the App Store Review Guidelines before you submit your app to Apple. It’s a long document, but it clearly outlines all of the rules you need to follow. 

Aside from the rules, your app will appear differently in both stores. This means you may need to have a different app name, description, visuals, and other marketing promos for each store.

We have a guide on app store optimization that explains this in greater detail. 

It’s also worth noting that the Apple App Store approval process typically takes a few days, while Google Play only takes a few hours. 

9. App Security

The Apple App Store is generally safer than the Google Play Store. This is directly tied to Apple’s strict standards for submission and scrutiny of apps that don’t meet the standards. 

There are significantly more apps with malware on the Play Store vs. the App Store. 

That’s why it’s so important to have a secure app development method. This will not only protect your business, but also your users. If you create your app with BuildFire, you can rest easy knowing that everything is secure on the backend—regardless of the app store it’s on.

10. App Development Timeline

Generally speaking, Android development is more complex than iOS development. This has a direct correlation with the total development timeline.

Android developers need to account for a wider range of devices and screen sizes. Whereas Apple is much more limited.

Aside from having to adjust the graphics for more devices, Android developers also have to run tests and catch bugs on more devices. This is a time-consuming process.

While it obviously varies based on the type of app you’re building and the features you want, most Android apps take about 30% to 40% longer to launch than iOS apps.

Additional Reading: How to Launch an App Fast

11. Total Cost of Development

Longer timelines generally translate to higher costs. 

That’s why it usually costs more money to create an Android app vs. iOS app.

But again, there are lots of factors at play when you’re thinking about your app budget and total cost of development. 

As you can see from the graph above, the average cost of a complex app using developers in Eastern Europe would be cheaper than creating a basic app using developers in North America.

The average cost of iOS developers in North America is about $150 compared to $168 for Android. Both of those numbers drop to about $35 per hour when outsourced overseas. 

Using BuildFire for iOS and Android App Development

BuildFire is the ultimate solution for cross-platform apps. Rather than developing two separate apps for iOS and Android, you can use BuildFire to create both with a single build.

As a no-code app builder, BuildFire makes it possible for anyone to create an app without any technical skills or programming knowledge.

This helps you get your app to market as quickly as possible and for a fraction of the cost compared to traditional development. 

Unlike other app builders on the market, BuildFire is developer-friendly. This means you can create custom functionality and scale limitlessly, so you’ll never outgrow the platform.

BuildFire also offers in-house development services. So if you want to outsource the project completely or just outsource a few custom features, we can handle whatever you need.

Final Thoughts on iOS Apps and Android Mobile Apps

Android and iOS development are very different. 

But most of you need to have an app available on both platforms. Rather than learning how to write code in multiple languages and navigate the difficult waters of platform-specific IDEs, you can just use a no-code app maker like BuildFire to simplify your project.

Sign up for a 14-day free trial to get started today, or reach out to our team for more information. 

The terms low-code and no-code are often confused with each other. While both low-code and no-code have some similarities, they’re actually two completely different solutions for app development.

With that said, some low-code development platforms also offer no-code capabilities. Other platforms that are branded as no-code tools have some low-code options built in. (It’s no wonder that even savvy business users confuse these terms).

If you need help distinguishing the difference between low-code and no-code platforms, you’ve come to the right place. 

This guide covers everything you need to know about low-code vs. no-code, including a clear definition of each, the differences between them, the pros and cons of no-code/low-code, and the best no-code/low-code platforms for development. Let’s dive right in. 

What is Low Code?

Low-code makes it possible for professional developers of varying skill levels to quickly build applications with minimal hard-coding efforts. 

Using no code to create software can best be compared to traditional development. The only difference is that no-code platforms offer different shortcuts that streamline the process. Rather than spending time coding repetitive tasks from scratch, low-code platforms have basic software elements and infrastructure already built. 

Low-code platforms follow a rapid app development (RAD) approach that includes things like automated code generation through drag-and-drop interfaces, pull-down interfaces, and other visual building blocks. 

Developers can focus the majority of their efforts on writing code for the smaller parts of the application that make it unique compared to other apps on the market. But all the boilerplate and repetitive code is handled by the platform. 

As a developer, you can still write custom code over the automated code provided by a low-code tool. 

What is No Code?

No-code is exactly what it sounds like. It enables anyone, regardless of technical knowledge or programming experience, to create applications without writing a single line of code. 

The possibilities of no-code development stretch far and wide. They’re trusted by citizen developers to create apps for business processes, entrepreneurs launching new websites, and business owners building mobile apps to expand.

Similar to low-code, no-code development also uses a RAD approach. But it’s completely hands-off when it comes to coding and programming.

No-code platforms are 100% dependent on using visual tools, plugins, modules, and drag-and-drop builders to create an app. 

In simple terms, anyone can use no-code platforms without any specialized skills or training. If you know how to browse the web, you can create an application using a no-code app builder. 

Some of you might have experience building websites with platforms like Wix or Squarespace. Both of those tools fall into the no-code category. 

What’s the Difference Between Low Code and No Code?

There are definitely some similarities between low-code development platforms and no-code app makers. But at a granular level, you’ll see that there are major differences between low-code and no-code when you look at the details.

Let’s take a closer look at these differences below:

End-User

Low-code solutions are made for professional developers. These users need to have a background of programming and development to use a no-code tool. But they’re just looking for a shortcut that doesn’t require 100% custom code from scratch.

Anyone can use a no-code platform, including average business users who don’t have any development experience. While professional developers could technically use a no-code tool, most would prefer a low-code system—as it allows them to use their unique skills.

Open vs. Closed System

Low-code leverages open systems that allow users to add functionality to an application by writing code. For example, developers can create a custom plugin or feature on an open system and then re-use that code later for another project. 

Traditional no-code platforms are closed. This means that you’d need to rely on pre-built plugins and templates for functionality. There’s no manual code written that can customize anything beyond the platform’s capability.

With that said, there are some no-code platforms that do offer custom extensibility through an open system. 

For example, BuildFire is a no-code app development tool that’s also developer friendly. So if you want to create a custom feature for an app that isn’t available through a plugin, you can have a developer make it for you with the BuildFire SDK. 

Other no-code platforms don’t offer this type of flexibility and customization, which is why BuildFire is the best app building software on the market today. 

Speed

Low-code requires more time, training, and onboarding to get a project through development and deployment. It’s still significantly faster than traditional development, but the specialized skill requirements won’t get the application to market as fast as no-code.

No-code tools are all about plug-and-play. 90% of the work is already done—it’s just a matter of customizing a few details to make the app your own. 

You won’t have to worry about too much time testing your app either since there are fewer chances of errors that would traditionally be introduced into an app through manual coding. 

If speed is your top priority, check out this guide on how to launch an app fast. 

Use Cases

Both low-code and no-code development can be used to create a wide range of different software and applications. 

With that in mind, low-code is often the preferred choice for apps related to business process management, business workflows, internal business apps, and software for custom integrations. It’s a reliable choice for professional developers working on creating custom solutions for their employers.

No-code development can be used to create almost anything. It’s great for education apps, health and fitness apps, internal communication apps, event apps, ecommerce apps—the list goes on and on.

The main idea with no-code is that you’re taking advantage of as much pre-built functionality as possible. For example, every ecommerce app is going to offer the same basic features. The app will have products, a shopping cart, a payment portal, and some type of user profile. Making the app your own is just about adding your specific products and customizing the content and design to match your branding. 

It’s also worth noting that neither low-code nor no-code tools are ideal for graphics-intensive apps, AR/VR apps, or games. If you’re looking to create the next Facebook or YouTube, low-code and no-code probably won’t get the job done either. These situations are better suited for traditional development. 

What is a Low Code Development Platform?

A low-code development platform relies on visual tools and process modeling techniques to define different parts of the software, including rules, workflows, and user interfaces. 

All of these visuals are converted to code on the backend thanks to the low-code system. 

Developers seek out a low-code platform when they want to automate the basic and generic elements of coding, so they spend the bulk of their time on customization. 

Low-code platforms provide the architecture and infrastructure required for development. Certain databases and repetitive features that are common across all apps are included already—it’s just a matter of enabling or disabling them to your liking. 

90% of the code can be generated automatically using the tool. Then low-level code can be written from scratch to customize the remaining 10%.

How Do No Code Development Platforms Work?

Unlike low-code platforms, the no-code development process does not require any coding skills. A no-code platform relies solely on visual building on the front end. 

You’ll start with a template, and then you can add content in plain text, change the colors, add videos, and control your design from a visual editor. 

Adding functionality is simple. You just need to install a plugin or enable a function. 

For example, let’s say you’re a personal trainer and using a no-code app builder to provide mobile training to your clients. 

There’s a good chance you’ll want to add videos to the app that demonstrate how to properly do various workouts. You can add these with ease by installing a YouTube or Vimeo plugin to your app. Then it’s just a matter of selecting which videos you want to include and where you want them.

Maybe you want the app to have a booking feature for clients to schedule appointments. There’s a plugin for that too. 

Or maybe you want an interactive map that shows clients how to get to a nearby gym where you work. That’s just a click away.

The functionality for all of these scenarios is already pre-built. While those functions aren’t included in the app when you’re first getting started, they’re already available on the no-code platform. You just need to add the ones you want to make your app unique. 

Follow our step-by-step guide on how to build an app without coding for more information on how this works. 

Pros and Cons of Low Cow Code Development Platforms

Let’s take a closer look at the advantages and drawbacks of using low-code tools for app development:

Low-Code Pros

• No-code solutions make it possible to build apps simultaneously for multiple platforms.
• For large projects, you won’t have to wait for other developers to finish building parts of the app since most of the basics are already coded for you.
• There’s less risk involved with low-code development because they don’t require as many resources.
• Fewer risks mean less money, which both translate to a higher ROI.

Low-Code Cons

• You need to have development knowledge to use a low-code platform.
• Scalability for enterprise apps isn’t always possible.
• Making major changes within the platform itself may not be easy.

Pros and Cons of No Code Platforms

No-code software development is growing in popularity for varying use cases. But keep the following considerations in mind before you get started:

No-Code Pros

• Low barrier to entry into the world of app development.
• Anyone can use a no-code platform, and no coding skills are required.
• No-code is the fastest and easiest way to create an app.
• No-code development is the most cost-effective way to make an app.
• You don’t have to hire a development team.
• No-code apps can be built for both iOS and Android.
• You can deploy your app to both App Stores with a single click.

No-Code Cons

• Depending on the platform you’re using, some no-code tools restrict your growth.
• Complete customization isn’t always possible with low-grade app builders.
• Not ideal for games, AR, VR, or unicorn apps (like Facebook, Tinder, or Uber).

Best Low-Code/No-Code Development Platform For Mobile Apps

BuildFire is the best low-code/no-code development platform for iOS and Android. It’s the most powerful no-code development tool on the market today, but it also provides developers with the tools they need to code custom functionality from scratch.

Where traditional no-code app builders fall short, BuildFire fills the gaps with its truly unlimited scale and customization options. 

With BuildFire, all of your app infrastructure and backend services are handled for you. You won’t have to worry about securing servers or managing databases on the backend to manage your app.

Just use the no-code visual editor to customize your app and see the changes in real-time through our app emulator. 

The platform is completely web-based. So you don’t have to install anything to your computer to make an app with BuildFire. Adding features is simple. Just choose from one of the 150+ pre-built plugins from the BuildFire marketplace.

Need something that you don’t see in the form of a plugin? No problem.

BuildFire’s SDK empowers your developers to create custom plugins and features using low-code technology. If you don’t have developers and don’t want to hire any, that’s not a problem either. You can just reach out to BuildFire, and our in-house development team will create it for you.

When it comes to no-code/low-code app development, there’s truly nothing else like BuildFire on the market today. 

Final Thoughts

Gone are the days when you needed to rely on hard coding from scratch to create software.

Low-code/no-code app development solutions make it easier for professional developers, citizen developers, and the average person to create an app with ease. There’s no need to spend a fortune, and it won’t take a year to deploy your app either.

These tools allow you to launch an app in weeks or months and for a fraction of the cost compared to traditional development. 

With all of this in mind, it’s worth noting that low-code and no-code development aren’t the same. The technology does have some similarities, but they’re both very different at the end of the day.

If you’re unsure whether no-code or low-code is right for you, try BuildFire. BuildFire is the best of both worlds, and it’s trusted by business users with no coding experience and professional developers alike.

Sign up today to start your 14-day free trial. 

iOS app development can be a lucrative venture. It allows you to reach the one billion people who use iPhones globally. 

Existing businesses and new entrepreneurs alike recognize the opportunities associated with iOS mobile app development. But getting started is often the biggest hurdle, and that’s why we created this guide. 

Continue below to find out everything you need to get started with iOS app development. We’ll even show you a shortcut to success. 

What is iOS App Development?

iOS app development is the process of making software to run on Apple iPhone, iPad, and iTouch hardware. Like any software project, the iOS app development process has unique requirements to ensure the application is compatible and meets the specifications for Apple devices.

iOS applications can be deployed on the Apple App Store for users to download. 

Apple has specific developer guidelines for iOS apps. These guidelines contain the rules and best practices for iOS app development, including what it takes to get your app published to the Apple App Store. 

Prerequisites to Develop iOS Apps

There are certain requirements you need to have in place before you start developing iOS apps. 

Most of these are technical requirements that provide you with the tools and resources for development. We’ll take a closer look at each one below and link out to some other helpful resources that you can use to learn more about the topics. 

Integrated Development Environment (IDE)

The first thing you need for any mobile app development project is an integrated development environment—better known as an IDE. 

An IDE is essentially software that enables developers to build applications. IDEs combine a range of