Tag Archive for: iOS

iOS Development Tools To Build Better Apps

/0 Comments/in , , /by

Apple’s ecosystem is great for developers, especially with the many powerful iOS development tools at their disposal. The first tool that comes to mind is Apple’s Xcode integrated development environment (IDE). But Xcode alone isn’t enough to create the quality apps that users expect today.

There are several third-party tools that every developer should have in their toolbox. These include analysis, debugging, libraries, plugins, and UI design tools. So, what benefits do these tools bring forth? Firstly, they enhance the developer experience by filling the gaps where Apple’s tooling falls short. And secondly, they help developers build apps quicker and more efficiently than before.

1. Xcode IDE

One of the most crucial iOS development tools you should have installed is the Xcode IDE. And that’s because it’s the most up-to-date IDE for developing cross-device apps on Apple’s platforms. It will allow your team to develop apps using either Objective-C or its more modern counterpart — Swift.

Also, it’s a fantastic tool for code analysis, debugging, and UI design. And since it’s an official Apple product, you’ll have easy integration of the latest SDKs that your iOS apps need. If your team is more comfortable programming in other languages, consider CodeRunner. It has a comprehensive list of features and allows developers to code in C#, Go, Java, JavaScript, and Python, to name a few.

2. Swimat

One way to make Xcode even more versatile than it already is — is by installing plugins. There are many great plugins to choose from, and one that immediately comes to mind is Swimat. And what makes Swimat so handy is how rapidly it formats blocks of code.

As we all know, code often becomes messy the longer it gets, resulting in readability and maintainability issues. And even the most organized programmers can sometimes write sloppy blocks of code. But Swimat will reformat and reindent sections when necessary.

3. SwiftUI Inspector For Figma

How good your app’s UI design turns out will depend on the talent of your designers and the tools they use. Figma is a powerful UI design tool that can create impressive UIs in the right hands. It’s capable of producing basic shapes, color styles, components, drop shadows, frames, layout stacks, and text labels. But to integrate your creations into your SwiftUI workflow, you’ll need the SwiftUI inspector for Figma.

4. Hero

Perhaps your team is pressed for time but still needs to build the app’s interface and controller transitions. They’ll use Apple’s UIKit, which isn’t the most intuitive framework and may further slow things down. That’s where Hero comes in, a library that sits on top of UIKit’s more complex transition APIs. Thus, allowing your team to create eye-catching animated transitions quickly and efficiently.

5. Raygun

The built-in debugger and application performance analyzer in Xcode help developers monitor and improve their apps. And these are good enough for smaller and rudimentary applications in most cases. But professional developers will need more robust iOS development tools, such as Raygun. It’s a cloud-based solution that monitors application health and user sessions in real-time and delivers in-depth insights.

The Bottom Line

If you’re developing apps for Apple devices, then you’ll need the most effective iOS development tools. Fortunately, many good third-party tools and plugins can extend the functionality of Xcode. But there are also tools not dependent on Xcode, which also enhance the development process. Contact NS804 today to learn how we can help you create better iOS apps.

Cross-Platform Mobile Development: Pros And Cons

/0 Comments/in , , , /by

Cross-platform mobile app development has taken the world by storm. But is it that great, or are you better off focusing on native app development? It’s not a question we can answer right away, as there are many considerations. 

Depending on the tools you use, you may experience a challenging or smooth development experience. Then, there’s the matter of how adaptable you and your team are at deploying to more platforms. And let’s not forget about the costs involved in using some of the leading cross-platform tools in the market today. We cover all these matters in more detail below.

Cross-Platform Versus Native App Development Environments

It’s tricky attempting cross-platform development, especially if you’ve been developing native apps for a single platform. And you may be wondering if it’s worth the additional costs and challenges. Will you find success developing for multiple platforms? Or will you get burned out dealing with a more bloated development environment and new technical requirements?

Pros:

  • Advances in cross-platform technology: There was a time when cross-platform tech stacks couldn’t compete with native solutions. But the performance gap has narrowed significantly, especially with the introduction of Xamarin.
  • Integrated Development Environments (IDEs): Having access to several of the world’s best IDEs is a huge boon. All serious app developers should have Android Studio, Visual Studio, and Xcode installed on their machines.
  • Single codebase: There’s no longer a need to write in multiple programming languages. Today’s cross-platform tech stacks make it possible to maintain a single codebase entirely in C# or JavaScript.
  • Transferable skills: If you’re already a competent Android developer, making the jump to iOS should be a quick process. Most mobile development skills transfer from one platform to another easily.

Cons: 

  • Additional hardware: If your studio only has Windows or Linux PCs for development purposes, you won’t be able to target iOS. So you’ll need to purchase at least one Apple Mac and various iOS devices to develop and test your apps.
  • Higher difficulty curve: Targeting multiple platforms is far more challenging than native app development. While cross-platform tools promise a ‘write once, run anywhere’ experience, this isn’t always the case. Sometimes it’s necessary to write user interface (UI) code for each platform. 
  • Worse performance: One of the benefits of native app development is the better performance it brings to the table. Even the best cross-platform tools and languages don’t quite match native solutions. 

Creating Cross-Platform Mobile Games

The popularity of mobile gaming continues unabated. Moreover, the gaming market is massive yet fragmented since it encompasses PC, console, mobile, and the web. So, savvy game developers will want to target most if not all of these platforms. But there are several factors to consider before heading down this road.

Pros:

  • Development tools: There’s no shortage of excellent game engines and frameworks facilitating cross-platform development.  
  • Device ownership: Most users own multiple devices and will likely play games on all of these at one point or another.
  • Esports: The phenomenal growth of mobile eSports presents new opportunities. Given the multiplayer nature of eSports, it’s only natural that Android and iOS users will want to compete against each other. 
  • Reaching new audiences: Releasing simultaneously on Android and iOS ensures that your mobile games reach as many users as possible. But it doesn’t have to end there when the web and desktop platforms have millions of potential new users.

Cons:

  • API integrations: The more platforms and storefronts you target, the more APIs you’ll integrate. Thus, increasing costs and time to market (TTM).
  • Different audience expectations: iOS users have different expectations from Android users. Creating mobile games that appeal to both groups will prove challenging.
  • Maintenance and updates: You will need additional team members to maintain and update your game on two or more platforms. And this is especially true if you’re creating live service games or rely on subscriptions and in-app purchases. 
  • Profiling and testing: It’s a lot easier to profile and test a mobile game when targeting a single platform. With cross-platform development, you’ll use additional tooling to test across devices with different CPUs, GPUs, displays, and memory.

Consider The Costs Of Your Development Tools

Targeting multiple platforms is not cheap, especially when weighing the costs of the development tools. Let’s start with the good news, both Android Studio and Xcode are free to use. Even Microsoft offers the community edition of Visual Studio for free. But now — the bad news — several cross-platform tools and game engines can get offensively expensive. 

And many of these tools are only available via subscription. Thus, you’ll need to consider how long you plan on using these tools to determine their costs. But be forewarned, it’s never a good idea to cancel a subscription after completing an app. You still need access to these tools as long as you’re maintaining and updating the app. So, make sure that you’ve planned for this eventuality. 

Now, let’s take a look at several popular cross-platform tools that could drive up your development costs considerably:

  • Embarcadero Delphi 11: It’s a mobile-first IDE aimed at developers comfortable with the Delphi language, which natively compiles to the target platform. The professional edition costs $1,599 for the first year with a $399 renewal.
  • Unity: As the most popular tool for mobile game development, Unity has garnered a massive community thanks to its free personal version. But professional studios and teams will opt for the pro edition costing $1,800 per year and per seat, or the enterprise edition costing $4,000 per month and for 20 seats. 
  • Xamarin: For small indie developers that want to write their apps in C#, Xamarin offers a subscription for $25 per month. Professional studios will likely opt for the enterprise edition, which costs $1,899 per year.

Open Source Solutions Are Viable Options

If you’re a startup, you may not be able to afford the steep prices of proprietary development tools. However, not all is lost as there are several good free and open-source tools for your cross-platform development needs. We’ll briefly look at several of the more popular solutions:

  • Flutter: It’s a versatile framework for creating apps for embedded devices, desktops, mobile platforms, and the web. It uses the Dart programming language, which developers coming from a mobile or web app background will pick up quickly.
  • Godot: As a close competitor to Unity, Godot has made significant strides in becoming the game engine choice for indie developers. Furthermore, it’s an indispensable and lightweight tool for creating augmented reality (AR) apps, virtual reality (VR) experiences, and mobile games. 
  • Ionic: Web developers should feel at home with Ionic since it utilizes CSS, HTML, and JavaScript. It facilitates rapid development and can deploy mobile apps and even Progressive Web Apps (PWAs). 
  • React Native: Like Flutter, React Native is a framework targeting many platforms and devices, including Windows Universal Platform (UWP). But the best part is that it allows developers comfortable with the JavaScript language to create impressive-looking mobile apps.

In Conclusion

If you’re considering cross-platform mobile app development, then there’s never been a better time to pursue this avenue. And the wide range of excellent paid and open-source tools make this path a lot more accessible. Contact NS804 to learn how we’ll help you deploy phenomenal native apps on Android and iOS. 

Android Or iOS: Which Is The Better MVP Platform?

/0 Comments/in , /by

Deciding between Android or iOS for your upcoming minimum viable product (MVP) project can be daunting. Both platforms are massively popular and have generated billions of dollars in revenue. So the answer should be simple, right? Why not release on both platforms? Yes, but only if it’s financially feasible and in line with your goals. 

But you could be wondering why financial feasibility plays a role at all. Aren’t MVPs supposed to be cheaper and quicker to develop than full-fledged apps? Unfortunately, that’s a common misconception when considering the funding and work required to complete MVP projects. 

There’s still a considerable cost involved, between $5,000 to $35,000 if you hire a company. It’s best to be prepared from the get-go to ensure that the project won’t run out of funding during development. Furthermore, it’s vital to understand what the development process entails and what you’ll need to consider when deciding on an MVP platform. 

1. Choosing The Most Feasible Platform For Your Project: Android or iOS

In the mobile development space, there are only two choices worth considering. That’s either Android or iOS, the two platforms that have redefined smartphones for more than a decade. And even with the emergence of Linux-based smartphones, these are too niche to make a dent in the market.

But must you choose between these two market leaders? Ideally, you should develop for both platforms for maximum reach. The benefits of making your app available in both the App Store and Google Play are immense. Both digital storefronts are established, organized, and quality-driven. Moreover, both facilitate the efficient and safe distribution of apps to over two billion users globally.

And while it’s wiser to release on both platforms, we understand that’s not always possible. Your team may not have the capabilities or resources to release on both platforms simultaneously. After all, cross-platform mobile app development costs could easily exceed your budget. Or perhaps, you’re developing a custom enterprise app that only needs to be made available on one platform.

However, it’s not necessarily a bad idea to target one platform when commencing a project. And this is especially true if you’re planning on developing an MVP. Your team may want to test an idea and deliver it to a territory where one platform enjoys market dominance. For example, your upcoming video chat app will do much better on Android if you’re targeting the Indian market.

Market forces will almost always play a primary role when deciding on a platform. However, there are other factors that you should also consider before coming to a decision. 

2. Apple’s Flagship Programming Language Saves Development Time

In most cases, your mobile app development costs will directly correlate with the amount of time it takes to complete your project. And if you’re a startup, it’s crucial to keep costs down to remain feasible in the long haul. So, you’ll want to target the platform that facilitates a speedy development process. But does one platform offer this distinct advantage over the other? Well, the answer is not as clear-cut as we’d like it to be, but we’ll aim to provide one.

Several years ago, you’d be hard-pressed to choose Android over iOS if development time was at a premium. And there’s a good reason for this, given how well-thought-out Apple’s ecosystem and development tools are, compared to its rivals. With Swift, Apple’s flagship programming language, developers can craft impressive native apps in record time. The language is modern and slick, making it easy for developers accustomed to object-oriented languages to pick up quickly and be productive.

And when compared to Java, the language commonly used for Android development, Swift seems like a breath of fresh air. That’s because Java feels cumbersome since it’s an older, more complex, and verbose language. Thus, Java developers often need to write more lines of code than their Swift counterparts to achieve similar results. From a productivity and time standpoint, the clear winner is Swift. At least, that was the case until now.

3. Google Moves Beyond Java

At Google’s I/O ’17 developer conference, the company announced that it would officially support Kotlin for Android development. And in 2019, Google took things further by announcing that Kotlin would become the preferred language for Android development moving forward. Undoubtedly, this news was met with much fanfare by Android developers, who welcomed the introduction of a more modern language.

And Kotlin is indeed a great alternative to Java because it’s far more expressive and allows developers to achieve similar results with less boilerplate code. Not only that, Kotlin is similar to Swift in that it offers an easy-to-learn syntax, plenty of built-in features, and a more functional feel. Moreover, both come with excellent declarative UI toolkits: Jetpack Compose and SwiftUI for building native UI quickly and efficiently. 

Ultimately, this means that the time and productivity gap between creating an Android or iOS app has narrowed significantly. The introduction of Kotlin has been a game-changer, and Android developers no longer need to lag behind their iOS counterparts. Therefore, choosing one development environment over the other is more a matter of preference than enjoying real productivity gains.

4. The Challenges Of Testing And Deploying On Multiple Devices

While Kotlin makes life easier for Android developers, they still have to jump through hoops when testing, profiling, and deploying on multiple devices. Unlike Apple, which produces a limited range of iOS devices and models, the Android ecosystem is an entirely different beast. A few brands that come to mind include Google, Huawei, Motorola, Nokia, Samsung, and Xiamoi. Yet the actual list of manufacturers is much longer than that, pushing the range of Android models to the tens of thousands.

Undoubtedly, Android developers have their work cut out of them. It’s a Herculean task to test and deploy when so much device fragmentation exists. Furthermore, this can increase mobile app development costs significantly if not handled diligently. And the hard truth is that no developer will have access to every Android device in the marketplace for testing purposes. Fortunately, there are tools available that make testing and profiling possible without having all these devices on hand.

Android Emulator, Android Virtual Device (AVD), and Genymotion make it easy for developers to set up and run virtual devices of any specification available. And while these aren’t the perfect solution, they’re incredibly accurate at emulating real Android hardware. But this doesn’t mean that developers should skimp on testing on actual hardware, regardless of platform. Nevertheless, iOS is the better platform for a quicker and more hassle-free testing and deployment experience.

5. Deciding On An MVP Platform Based On User Engagement

Before settling on an MVP platform, you should consider a crucial factor, namely, user engagement. The level of user engagement of your app will play a critical role in its success. If too few users engage with your MVP regularly, it means that they don’t find it interesting enough to warrant extended use. And, you won’t achieve the goals and return on investment (ROI) that your MVP was supposed to deliver.

Therefore, you must minimize risk by focussing on the platform that has the most engaged users. In this regard, iOS is the clear winner with an overwhelming difference. iOS users are not only incredibly engaged, but they’re big spenders too. According to AppleInsider, the App Store earned a whopping $72.3 billion in 2020 — almost double the revenue generated by Google Play. And games performed impressively, managing to generate $47.6 billion throughout the year.

Also, iOS is the better performing platform for apps offering registrations, subscriptions, in-app purchases, and one-time purchases. But you may want to consider Android if your MVP is an anti-virus, utility, or performance app, as these often do better on the platform. And while both Android and iOS users love discovering new content, iOS users engage and purchase more of it. So, keep these factors in mind when deciding on an MVP platform that best serves your goals.

In Conclusion

Choosing to go with either Android or iOS for your next project will be a vital decision. It’s necessary to consider your goals and what your MVP is supposed to achieve before concluding. In many cases, choosing iOS seems like the obvious choice, given the benefits the platform brings to the table. Its tightly integrated development tools, limited range of target devices, and high-quality users make it a platform you can’t ignore. 

But Android is no slouch either, boasting a rapidly improving developer experience and an ever-growing user base. It’s also worth considering if you want to create an antivirus or utility app, which Android users download in droves. Whatever your decision, do consider teaming with a professional development studio for the best results. Contact us today to learn how NS804 can help you develop a phenomenal MVP on Android or iOS.

How Much Does It Cost To Build An App Like Waze

/0 Comments/in , , /by

Nowadays, many drivers plan their daily routes using apps such as Waze. And it’s easy to see why that is, considering how much it enhances the driving experience. A few of Waze’s features include enhanced Google Assistant integration, lane suggestions, and traffic notifications. All these give drivers an accurate visual representation of their trip, how long it will take, and when they’ll encounter traffic.

If you’re considering a real-time navigation app as your next project, Waze can serve as inspiration. But developing such an app is also complex and costly, which we’ll cover in more detail below.

A Brief History Of Waze

Waze has roots dating back to 2006 as a community project known as FreeMap Israel. The project introduced a free-to-use digital database and map of Israel. And its enthusiastic and growing community of users contributed significantly to its early success. In 2008, Waze was established as a company to commercialize the project.

The company then raised $25 million in 2010 and $35 million in 2011. And after updating the app, it presented users with curated points of interest in real-time. And in 2012, Waze offered advertisers and resellers the opportunity to advertise via a web interface. It also extended this opportunity to news networks in the US and Brazil.

All that hard work and growth did not go unnoticed. In 2013, the GSM Association awarded Waze the Best Overall Mobile App. But the good fortunes of the company didn’t end there. In June 2013, Google acquired Waze for the princely sum of $966 million. 

The acquisition drew attention from the United States Federal Trade Commission (FTC) due to the similarities between Waze and Google Maps. However, the FTC did not challenge the acquisition, and it went through successfully. 

Key Features Of Waze

What makes Waze stand out is its effective collection and dissemination of crowdsourced information. However, it doesn’t rely solely on the information provided by users but also from the relevant state agencies. 

So what type of information is reported to Waze? Usually, information about construction work and traffic events, likely to hinder travel. In some cases, users may report the locations of traffic monitoring cameras to warn other drivers. Furthermore, registered users may alter map data using the app’s built-in editor. 

But the range of features has grown significantly over the years. It’s possible to choose a navigation app voice from celebrities such as Arnold Schwarzenegger, DJ Khaled, and Kevin Darnell Hart, to name a few. Users can also record their voices to serve as navigation prompts. 

Moreover, Waze introduced trip suggestions, lane guidance, and specialized routes. The app isn’t limited to car drivers but also accommodates motorcyclists and those using carpools. 

More importantly, Waze has partnered with popular apps, media networks, and services. Users enjoy additional functionality due to Waze’s integration with the following: 

  • Android Auto
  • Apple CarPlay
  • Deezer
  • Google Assistant
  • iHeartRadio
  • NPR One
  • Pandora
  • Scribd
  • Spotify
  • Stitcher
  • TuneIn
  • YouTube Music

Similarities And Differences To Google Maps

Google Maps and Waze are both owned by Google and may seem very similar. But given the strong branding and market positioning of Google Maps, most users will opt for this particular navigation app. However, we need to look at both apps in more detail to appreciate what makes each unique.

  • Advertising: Waze displays banner ads every time drivers come to a stop. These ads tend to distract and not to everyone’s tastes. Alternatively, Google Maps takes a more subtle approach by displaying small square icons on the map of businesses that have paid to advertise. 
  • Data collection: Both apps collect a plethora of data about road conditions and traffic events. But Waze relies on user-submitted information, whereas Google Maps taps into a wider pool of information, including historical data.
  • Navigation: Waze always tries to find the most efficient and quickest route to the destination. Alternatively, Google Maps will suggest the most eco-friendly and safest route instead.
  • Public transportation: Waze caters to drivers and not those using public transport. On the other hand, Google Maps greatly helps public transport users, cyclists, hikers, and pedestrians.
  • Road hazard and traffic notifications: An area where Waze truly shines is notifying drivers about upcoming road hazards and traffic. As long as enough users have reported these incidents, Waze will find the best route around them. However, Google Maps seldom provides a similarly time-saving route.
  • User interface (UI) design: Since both apps are Google products, they have good UI design. Waze has a cartoony appearance with a simple UI since it’s aimed primarily at drivers. Google Map’s UI is a bit more complex as it doesn’t only cater to drivers but also businesses. 

Cost Of Development

It’s possible to start creating a compelling navigation app with several core features and the right development partner, such as NS804. Here’s what features you’ll need to have basic functionality:

  • Authorization and user profile: It’s crucial to allow users to log in via their emails and social media accounts. Thus, it’s necessary to implement an integration pipeline with the Facebook SDK and Twitter Kit, at the very least.
  • Camera functionality: The app must work flawlessly with the cameras and file systems on both Android and iOS. Users will want to take photos of traffic incidents and store them on their devices or share them with other users.
  • Chat and user reviews features: Users will want to chat with other users, leave reviews and ratings about rides, and share road trip information with others on social media. All these features will require backend development to store and retrieve data on a server. Additionally, further social media integrations will be necessary.  
  • Geolocation mapping and navigation: Geolocation determines a user’s location, while navigation allows the user to pick the destination. It’s essential to integrate with Apple Maps (iOS only), Google Maps, and Mapbox Maps SDK to make this work.
  • Voice assistant: It’s potentially dangerous for drivers to look at the navigation map while driving. Therefore, it’s better to offer navigation coordinates by voice with API.AI, Google Cloud API, and Google Maps Directions API.

The cost of a basic navigation app with the above features will range between $40,000 and $60,000 and take four to six weeks to develop. But you’ll likely need additional features such as machine learning (ML), ridesharing, planned driver, Spotify, and ad integrations in the long run. As you add these features, expect development costs to reach $150,000 and beyond.

Development And Maintenance Considerations

Developing and maintaining a navigation app is a massive undertaking. After all, it relies heavily on data collection and sharing relevant data in real-time. And it must allow users to post photos of traffic jams and other road incidents. But it must also integrate with social media and a wide range of apps to increase its functionality. 

Then, to drive further engagement, the app may need gamification features. Waze offers a ranking system, incentivizing users to score points and gain a high position on the scoreboard. Thus, users can compare their level and score with their friends and other Waze users.

Since app development is an ongoing process, it won’t be necessary to roll out all features from day one. But it’s crucial to maintain and update the app at a regular cadence for the best results. As we’ve seen with Waze, it was a project that started life over 15 years ago and then gradually introduced new features and partnerships. 

The Bottom Line

Waze is a prime example of how indispensable and life-changing the navigation app is in people’s lives. It’s not cheap to develop and maintain such an app, but it’s a worthwhile endeavor for developers and appreneurs that see the big picture and how lucrative it can be in the long term. Contact NS804 to find out how we can help you develop phenomenal navigation apps that will empower your users.

Android or iOS Development – Which Costs More?

/0 Comments/in , , , /by

A report by Top Design Firm states that almost two-thirds of enterprises that developed a mobile app for less than $30,000 (63%) were exclusively for android applications, compared to 41% of companies that developed IOS apps. Top Design Firms surveyed managers and small businesses to determine the cost of developing both the IOS and android applications. The data shows that it is cost-effective and way cheaper to develop for Android than IOS. In addition, it was cheaper to outsource the app development services than to conduct in-house development.

The exact cost of android or IOS app development varies significantly based on each enterprise location and needs. Dawei Lei who’s the outsourcing director for Aloa.com states that developing for android provides massive cost savings while IOS apps have better inclusion in the App Store.

Below we examine why android and IOS app development costs differ and their respective cost drivers.

IOS Development

Apple’s flagship and iconic mobile operating system has inherent benefits. Granted, due to its reputation in the US and across Europe, your business can leverage returns on investment in these regions. The spending habits of this demographic guarantees a higher ROI.

Premium value

With IOS development, you take a bite of that juicy apple and enjoy a western audience. And while you’ll enjoy the value and thrill of a reputable brand, you’ll also be expected to spend substantially more on this inner circle. IOS apps can be written in Objective-C or Swift which both come at a premium cost. In some cases, IOS mobile app development costs can reach 15% more than their java counterparts.

Top minds

In every mobile app development exercise, skills are a must, together with tight app development requirements and considerable restrictions on what you can or cannot add to the IOS environment. Developers will need specialized software such as XCode. Not only does this app come at a premium, it runs exclusively on Mac. App software is such that if you’re looking to develop for iPhones, you will need another piece of technology to support this addition. So, IOS apps are considered well-crafted by highly skilled specialists.

Skilled but manageable condition

IOS has strict operating conditions but is possible to manage. As a first-time developer, you can face redevelopment costs when carrying out app launches due to errors in the production criteria. Missed production criteria can be due to Apple App Store’s tendency to reject applications deemed unusable or irrelevant. The benefit is that there is a limit to the number of software updates. With IOS irregular updates, it’s possible to gain traction with your creations and develop an app that’s relevant for a long time. Apple tends to reject support for old software, meaning that new apps must respond to the emerging needs of new users – nothing archaic!

Limited customization

IOS can present limitations in terms of how many updates it can support and how many features it can add. IOS can also present issues on the ability to customize an application’s interface. In this case, it’s impossible to apply additional features if they need interaction with third-party software. Ultimately, these unwanted limitations can be beneficial, which can shorten development time considerably.

What will you get with IOS app development?

  • Exploring western and US markets – If your business has a special interest in European and the US markets, IOS apps will be a clear winner here.
  • Monetization based on direct charges – IOS device users statistically spend substantially more than android users. If you’re planning to create a paid app or to monetize your app through in-app purchases – IOS is ultimately the winner. App Store’s revenue is much higher than Google Pay even though Google Play triumphs twice in app downloads.

Android Development

Android is the most popular mobile application and it spans the whole world, in any language. Among its most popular markets in Australia, Africa, and Asia. Android allows you to explore a wealth of opportunities worldwide, with flexibility and convenience in the world’s genuinely affordable OS.

Universally affordable

New mobile applications are developed using Kotlin, with Java still famous for carrying out long-running development projects. However, even long-running projects are migrating to Kotlin as transitions are difficult to undertake. With Kotlin, developers are expected to pay a one-time fee of $25.

Average expertise

Expertise is needed in android-supported applications, but without diving into complex projects. The versatility of working with android is thanks to the wide availability of free-to-use information, which keeps cost to a minimum. Google offers an extensive knowledge base to developers, including interactive materials, practical exercises, and the entire training modules for every level of developer.

Highly flexible

Kotlin and Java are versatile programming languages supported by Linux, Windows, and Mac OS. This allows developers to execute Android apps regardless of their machine’s OS. However, as there is a wide range of Android endpoints in circulation, you can encounter compatibility issues for specific technical functions. For example, apps designed with fingerprint scanners may not be featured in the device of end-users.

It’s important to note that this flexibility presents serious issues to some legacy systems. With Android offering support for software versions ranging back to 2012, your application may need adjustments to work with a long list of problematic software versions. This way, the cost of app development may go up as the need for continuous development arises.

Easy customization

Android extends a world of personalization to programs, thanks to market ubiquity. Android changes are due to the multitude of devices using Android. The drawbacks of this are a diverse set of specifications across multiple handset brands. With different screen sizes from different manufacturers, developers must support a list of consumer segments.

What will you get with android app development?

  • Dominates Africa, Australia, and Asia – Android holders outnumber IOS holders worldwide, heavily dominating in Asia, Africa, and Australia.
  • Monetization is based on advertising – Android users have a lesser will to pay for mobile applications, partly because of overall income levels and payability. If you plan to design a free app and you want to monetize your application by advertising – Android is a solution here.

Android vs. IOS – Final Cost Verdict

While IOS offers a sleek development environment replete with rules of engagement, it has far less customization. Precisely, the skill set required raises development expenditure. However, later development stages can lead to lower expenses in the medium term, as the development environment is less prone to complications.

Android app development presents lower entry barriers, unlimited personalization options, and a wealth of development information. These factors are what keep the costs down especially in the immediate term. Where expenses diverge from the IOS, they can emerge in later development phases, involving re-development and testing to attain its substantial user segment.

Ultimately, both operating systems work out to be effectively the same. Each aspect accounts for the labor and time costs involved in developing the application. When looking to optimize costs, consider outlining your app’s objectives early and budgeting your time well. You may not be able to change your IOS or android app but your approach needs to be more proactive and profitable.

 

Intro to Android App Development

/0 Comments/in /by

Android is a reputable computing platform that is based on the popular Linux operating system. The initial android version hit the market in 2008 in the form of a mobile phone platform, at a time when the most popular mobile phone was a Blackberry, when Apple was making waves across different sectors.

For over ten years since it was first released, Android has effectively earned the most popular operating system by several measures. Despite the flashy brand and unmatched capabilities of the popular iPhone platform, Android global shipments meaningfully outpace Apple’s offerings – a clear indication of the potential of Android in the OS market.

Learning Android app development may seem like a daunting undertaking, but it can bring a world of possibilities, especially if done well and diligently. You can create the next “hit app” that will change the way we interact or work. By learning android app development, you could gain some skills that could land you a great job, or develop a tool that you can use to improve your workflow.

So, let’s jump right in on how you can develop an Android app.

  1. Download the tools you need for android app development

Firstly, you need to create your development environment. This is to ensure your desktop and workstation set-up support your android app development goals. For that, you will require Android SDK and Android Studio. Luckily, the two come packaged as a single download, and you can always access it anytime.

Android Studio is an integrated development environment IDE. This is essentially a platform where you can enter your code (primarily Kotlin or Java). It’s where you access all the necessary tools for development. Android Studio allows you to access APIs and libraries from the Android SDK, thereby giving you unlimited access to native development functions of the Android OS.

  1. Start a new project

Once you have successfully installed Android Studio on your desktop, now it’s time to initiate a new project. While this is a straightforward process, you will need to make some serious decisions that will impact your android app development journey going forward.

Go to File>New>New Project you will select a Project Template. The template defines the UI elements and the code present in your application when it loads.

  1. Kotlin vs. Java

One of the critical decisions you’re going to make as an android app developer is whether you will learn Java or Kotlin. Both languages are officially supported by Android and Google Studio, but they have some distinct variations. Google has supported Java for the longest time. It’s what developers have been leveraging to craft Android apps for decades.

  1. Minimum SDK

Additionally, you will need to consider your minimum SDK. This refers to the lowest version of Android that you want your app to support. The lower the SDK, the highest number of audiences or users that your app will target. Kindly keep in mind that there is a relatively lower adoption rate for the latest Android versions, so sticking to the latest Android version will prevent many users from trying your android creation.

  1. Familiarize yourself with the files

You’ll be baffled by the large number of files when you try android development. When you load Android Studio, you will be surprised at just how many different types of files there are. There are different files, multiple code layers, folders, and many more. This new realization would be miles away from the single blank file you’re used to working with QBasic or Python.

  1. Test your app

The first thing to do when familiarizing yourself with any new programming language is to create an application that says, “Hello World.” Thankfully, this is an easy step in any development exercise. If you look at the XML, you’ll notice a small label that reads: Hello World!

Learning Android App Development

When embarking on your first android app development project, remember that the key is not to learn all of Android app development but to set your sights on a realistic first app development project. You will keep learning as you add new features and as you try new things. Having a goal will keep your learning process focused and structured. And before you know it, you’re an expert.

Which Programming Language Is Right For Your iOS App?

/0 Comments/in /by

Choosing a programming language for your upcoming iOS project may be an easy or difficult decision. If your team already has a tried and true workflow using one or more programming languages, then it’s a no-brainer. For example, your team develops exclusively for Apple devices and uses Swift and Objective-C on an ongoing basis. And since they’re so experienced in these languages and deeply embedded in Apple’s ecosystem, they may have little need to explore alternatives.

But what if your team wishes to target multiple platforms or develop mobile games? Well, it’s possible to do this using Swift or Objective-C, but it’s not an ideal solution. You’ll need to use cross-compilers and translation tools to target non-Apple platforms. Furthermore, there are few game development engines and tools that support both these languages.

So if you want to forge ahead with iOS app development without these limitations, you do have plenty of good options available. A quick look at the TIOBE Index reveals a plethora of languages that are way more popular than either Swift or Objective-C. And while you should never judge a programming language by its popularity, it’s still important to ascertain how well it’s adopted and supported by the industry. Below, we reveal the languages that you should consider and their use case.

1. Swift

The development of the Swift programming language is a collaboration between Apple and various open-source contributors. It’s a powerful multi-paradigm language that’s block-structured, functional, declarative, and object-oriented. Introduced in 2014 as an alternative to Objective-C, Swift has gradually surpassed its predecessor in popularity. And unlike Objective-C, the primary focus of Swift is on safety and a dot-notation style using namespaces, bringing it closer to other object-oriented languages such as C# and Java.

While Swift massively improves on Objective-C while retaining its core concepts, it’s not without its shortcomings. As stated earlier, it’s an excellent language for iOS app development. But game developers will feel limited with the frameworks and tools available for Swift. Apple’s SpriteKit may be handy but not on par with tools available for other languages. 

2. C#

Introduced by Microsoft in 2000, C# was designed by Anders Hejlsberg, the original author of Turbo Pascal and chief architect of Delphi. C# shares many similarities with those two languages and also closely resembles Java. To run, it requires Microsoft’s .NET that consists of a rather elaborate series of frameworks, runtimes, and SDKs. For newer developers, the .NET ecosystem is undoubtedly complex, with a steep learning curve. Furthermore, C# programmers must learn to tame the .NET garbage collector (GC) for optimal results.

Over the past decade, C# has become the darling of indie and mobile game developers. Several excellent cross-platform game engines and frameworks, such as Unity, Godot, MonoGame, OpenTK, Stride, and Wave Engine support C#. Another good framework for cross-platform development is Xamarin, which offers near-native performance even when targeting iOS.

3. Java

Java is one of the most mature and battle-tested object-oriented languages out there. Designed by Jamie Gosling and introduced in 1995, Java has become a stalwart for enterprise developers worldwide. It’s also widely used by Android developers, even though Google is moving ahead with its successor — Kotlin. And as of September 2021, the language comes third in the TIOBE Index rankings, which is a testament to its popularity.

Moreover, Java is renowned for its verbosity, which may dissuade developers accustomed to more streamlined languages. But that doesn’t stop it from being a good option for Android-first developers that also wish to target iOS. It’s a more convoluted process since Apple doesn’t allow for dynamic code generation, which Java outputs via its just-in-time (JIT) compiler. Thus, developers will require several tools, such as a Mac build system, Xcode, OpenJDK, Zero interpreter, libffi, and libfreetype, to support iOS devices.

4. C++

First appearing in 1985, C++ quickly became adopted by programmers requiring a powerful language for creating resource-intensive applications. It was created by Bjarne Stroustrup, primarily as an expansion to the C programming language with the addition of classes. And similarly to Java and Swift, C++ is multi-paradigm and object-oriented, meant for several use cases. 

But where it truly shines is in its performance, which is second to none given the language’s close-to-the-metal approach. Unlike other languages that require an interpreter or virtual machine (VM), C++ interacts directly with the hardware, giving it a tremendous speed advantage. While it’s not necessary or advisable to develop an ordinary iOS app using C++, it’s ideal for developing games. It’s possible to create impressive 3D mobile games and virtual reality (VR) experiences with Unreal Engine, which utilizes a C++ scripting component.

5. JavaScript

If there’s one language that’s impacted web development, then it’s none other than JavaScript. Introduced in 1995 and created by Brendan Eich, JavaScript is an event-driven, high-level, and multi-paradigm language. Furthermore, it’s part of the C-family of programming languages and uses a curly-bracket syntax. Many browsers come equipped with a JavaScript engine, allowing code to run on a user’s PC or smartphone. 

Initially, JavaScript served as a client-side and website programming language but eventually became adopted as a server-side language after the introduction of Node.js. And with the advent of frameworks such as Apache Cordova, NativeScript, and React Native, JavaScript programmers can target mobile devices too. So, if your team has a web development background, nothing is holding them back from developing an iOS app. But you’ll unlikely achieve equivalent results to a natively developed app from a performance and UX design perspective.

6. Python

Designed as a beginner-friendly language and released in 1991, Python was the brainchild of Guido van Rossum. And while it enjoyed minimal fanfare upon release, it currently ranks second place in the TIOBE Index. The language utilizes an interpreter and relies on indentation for easier readability. Thus, it’s a good option for Rapid Application Development (RAD) and smaller projects. And in recent years, data analysts and scientists have adopted Python for its excellent machine learning (ML) capabilities.

But the question you should be asking is — is Python a good choice for iOS app development? Well, that largely depends on the type of app you want to make. If you set out to create a minimum viable product (MVP), you’ll benefit from the quick turnaround that Python facilitates. And cross-platform frameworks such as BeeWare and Kivy make such an outcome possible. Also, Python is an excellent choice if you plan on implementing machine learning in your upcoming app.

However, it may not be the right choice for creating a complex app or an intense 3D mobile game. While Python has many positives, it’s not as performant and robust as Swift, Java, and C#. And many frameworks and tools for the language come from the open-source community. That’s not entirely a bad thing, but it’s more reassuring to receive support for your development tools from a reliable and registered company.

Always Choose The Programming Language That Best Fits Your Needs

No programming language is a silver bullet. Your team may have a favorite language, but that doesn’t mean it’s right for every type of application. That’s why it’s crucial to have exposure to a wide range of programming languages and tools. And then, choose those that best fit the criteria for your upcoming project.

Apple’s development tools are great and should be your first port of call when targeting iOS. But never ignore the many excellent programming languages, tools, and frameworks available elsewhere. Contact us today to learn how NS804 can help you create phenomenal iOS apps with the most up-to-date technologies.

A Quick Intro To iOS App Development

/0 Comments/in , /by

Many aspiring appreneurs need to have an understanding of iOS app development. Fortunately, Apple has made it relatively easy for novices and experts to develop for their key platforms. With powerful tools such as Xcode and the Swift programming language, there’s never been a better time to create unique apps for iOS.

1. The Many Faces Of iOS App Development

While the Apple ecosystem may be pretty cohesive, this isn’t necessarily true for app development. And what we mean by this is that there’s no one-size-fits-all approach to developing apps for iOS. Quite frankly, this isn’t a bad thing, as developers often require more than one toolchain or methodology to complete their projects.

Now, for most projects, Apple’s proprietary Xcode IDE and Swift programming language are good enough. And this is especially true if you plan on developing native-only iOS apps. Furthermore, utilizing Apple’s development tools and closely following their guidelines will allow you to create high-quality and performance-oriented apps, which would be difficult to achieve using third-party or cross-platform tools.

But what if you’re a small team with a limited budget that wants to support both iOS and Android? Then, you have two options that you should consider carefully. Option one: develop the native iOS app in-house and seek the assistance of a professional studio, such as NS804, to handle native development for the Android version. And option two: use a cross-platform framework such as React Native or Xamarin to develop for both platforms entirely in-house. We firmly believe that you’ll achieve better results with the first option.

2. Beyond The Standard Toolchain

As we mentioned earlier, Xcode and Swift will suffice for most purposes. However, your iOS app development needs may vary, and you may require an additional or more powerful toolchain. Perhaps, you’ve decided to create an augmented reality (AR) app or a mobile game. And then, quickly discover that Xcode isn’t the most efficient tool for the job. What then?

Luckily, there’s no shortage of excellent frameworks and game engines to help you achieve your goals. One of the most popular solutions for developing AR, VR, and mobile games is Unity. And if you require the best possible visual fidelity, you may want to consider Unreal Engine. But do keep in mind that both engines are bloated and heavy on system resources, especially Unreal. So, if your project doesn’t require the latest 3D rendering techniques and particle systems, then you’re better served elsewhere.

For example, if you’re developing a simple 2D game, you may want to use an open-source framework, such as MonoGame. This framework offers developers the bare-essential functionality and integrations with APIs to make fun games for iOS and several other platforms. But if you require a full-fledged engine that’s also lightweight and open-source, then consider Godot. A key benefit of Godot is that it regularly receives updates and optimizations from its vibrant developer community.

3. Understanding APIs And Why They Are Necessary

For better or worse, APIs (Application Programming Interfaces) are essential components in developing apps. Fortunately, Apple’s APIs are among the best in the industry and help make the development process a lot easier.

But what exactly is an API, and why should you care? In a nutshell, an API acts as a messenger or intermediary between various hardware components and software instructions. We may have an API that generates graphics on the screen based on draw calls in a computer program. And we may also have an API that transfers user data from a smartphone to a server. Thus, developers can accomplish various complex tasks, as these APIs handle most of the heavy lifting.

APIs bring forth many obvious cost and time-saving benefits, and you should use them when necessary. Apple has wisely introduced several useful APIs that every iOS developer should familiarize themselves with:

  • Apple Music API – Geared towards apps that require data about albums, artists, chart rankings, music videos, playlists, ratings, reviews, songs, and user-generated content. Also, developers may utilize Apple Music API when creating Android apps and websites.
  • Metal – An API that facilitates 3D rendering and data-parallel calculations by utilizing the GPUs (Graphics Processing Units) on Apple devices. It’s used extensively for games, visual-oriented apps, and extensive scientific calculations.
  • StoreKit – For developers that need to support in-app purchases in their apps. StoreKit also integrates with Ad Network Attribution, Apple Music, and Recommendations and Reviews in the App Store.
  • SwiftUI – A powerful and developer-friendly UI (User Interface) suite, which uses AppKit and UIKit. It allows developers to create modern-looking apps with as little code as possible.

4. The Bare Minimum Requirements For iOS App Development

It’s essential to own at least one Apple Mac computer, which you’ll use to develop your iOS app. Preferably, it should be a recent model for quicker compile times and better compatibility with newer versions of Xcode. You should also own at least one iPhone and iPad to test your app on, even though Xcode provides a simulator. As good as the simulator may be, it’s always good practice to test your app on actual hardware.

After you download Xcode, take the time to familiarize yourself with the integrated development environment (IDE). And if you have prior experience with Objective-C or a similar programming language, the transition to Swift should be easy. But developing for iOS isn’t just about learning Swift, as you’ll also need to comprehend the iOS Software Development Kit (SDK). This SDK consists of several APIs and frameworks, which are essential for your app development journey.

You’ll also want to register an Apple Developer account and become a member of the Developer Program. A key benefit of joining this program is that you’ll gain access to resources that will help you with deployment. Furthermore, you may want to sign up for the Xcode Cloud, a continuous integration and delivery (CI/CD) service. Xcode Cloud will allow you to automate your workflow, build in the cloud, and initiate parallel testing.

5. Become Acquainted With The App Store

As an appreneur, you’ll eventually release your app on the App Store, as that’s where your potential customers congregate. But before you launch, you’ll need to understand the ins and outs of the App Store for maximum success. You’ll need to research your target audience and craft an app and marketing message to appeal to these users.

And if you’re releasing on both the App Store and Google Play, you’ll need to understand the differences between these two stores. After all, you’re dealing with two different audiences that have very different expectations. iOS users tend to earn higher incomes and are more willing to pay for apps that show promise. Android users, on the other hand, prefer free apps that are mostly monetized by ads.

Final Thoughts

iOS app development can be fun and very rewarding with the right approach. In most cases, you’ll want to utilize Apple’s proprietary tools, such as Xcode and iOS Software Development Kit (SDK). But you can always integrate an additional toolchain when necessary. Contact us today to learn how NS804 can help you create phenomenal iOS apps.

iOS App Design Ideas: How To Improve Patient Care

/0 Comments/in , /by

Healthcare presents fertile ground for implementing some of your best and most innovative iOS app design ideas. Today’s pandemic era has caused a greater need for solutions that only technology can provide. And moving ahead, we can see a bright future ahead for mobile medical apps given their growing popularity. According to Statista, the worldwide size for this market segment will reach $11.2 billion by 2025. So, it may be time to reevaluate your iOS app development goals to take advantage of the flourishing patient care industry.

1. Managing Treatments On The iOS Platform

The iOS platform provides users with a plethora of quality apps, including those geared towards patient care. Several useful apps help physicians make informed decisions about prescriptions and medical procedures. For example, Epocrates makes prescription easy thanks to its powerful drug interaction checker, pill identifier, and Rx and OTC monographs. Then, there’s SeamlessMD, which helps hospitals track patient recovery during post-surgery.

2. Make Scheduling And Contacting During An Emergency Easier

Many iOS app design ideas have the potential to become compelling applications. But in the medical field, where saving lives is crucial, your iOS app development endeavors should facilitate such outcomes. Thus, consider creating an app that enables patients to schedule appointments with their health care providers. And make it easy for patients to contact an ambulance or a personal doctor when necessary.

3. Allow Symptom Tracking For Improved Diagnosis

Apple’s iOS platform encompasses iPhones and iPads, but also the Watch series of wearables. These utilize watchOS, which is an operating system based on iOS. For developers already accustomed to iOS app development, supporting these wearable devices has never been easier. Furthermore, wearables serve as the ideal platform for patients that need to track symptoms and diagnose their current condition.

4. Provide Notifications For Better Patient Care

One of the most powerful features you can implement in your patient care app is notifications. Popup notifications can appear whenever the patient needs to take their meds, schedule a new appointment, or stop eating before a blood test.

The Bottom Line

Whether you’re planning on implementing appointment scheduling, electronic prescribing, or symptom tracking, you’ll want to tap into a well of compelling iOS app design ideas for your patient care projects. Contact us today to learn how NS804 can help you create cutting-edge apps for the healthcare industry.

How To Choose The Best Tech Stack For Your App

/0 Comments/in , /by

One of the most important choices you can make as a developer is opting for the right tech stack. The right technologies allow you to complete your apps on time and within budget. However, the wrong choices will derail your projects and make you miss milestones. Below, we reveal several of the best tools for developing compelling enterprise apps and when to use them.

1. Understanding The Different Types Of Mobile App Development

Mobile app development is a complex beast that requires foresight. And the reason for this is that both Android and iOS are fundamentally different. Each platform has its own unique Application Programming Interfaces (APIs), development tools, and submission guidelines. Thus, targeting both platforms presents a plethora of challenges to even the most seasoned developers. 

So before embarking on a mobile app project, it’s essential to choose the right tech stack for the job. And what a tech stack brings to the table is a suite of tools, which usually consist of a database, back-end and front-end tools, frameworks, and programming languages. In the case of game studios, they’ll often use an off-the-shelf engine, such as Unity or Unreal, that handles cross-platform development.

However, when choosing a tech stack, it’s also critical to understand the different types of apps you can develop:

  • Native Apps – These applications offer the best app store distribution, performance, and user experience. Developers will use programming languages and tools that specifically target Android or iOS.
  • Cross-Platform Apps – Apps made for Android, iOS, and even the desktop offer reasonably good performance and a user experience. However, these will still lag in terms of speed and performance to their native counterparts.  
  • Hybrid Apps – These rely on web-based technologies and utilize a native app shell to run on mobile and desktop devices. They make it possible for web developers to target multiple platforms but at a significant integration, performance, and speed penalty.

2. Choosing The Right Tech Stack 

Before choosing a development solution, carefully consider whether you’ll be making a native, cross-platform, or hybrid app. Then, take a hard look at your team’s capabilities and available resources. 

For example, you may want to develop a native app to provide customers with the best possible user experience. But you don’t have enough team members, or they’re not skilled enough to handle native development for both Android and iOS. Your team may have proficiency in Apple’s Xcode and the Swift programming language but lack experience in Android Studio and Java or Kotlin.

Now, you could seek the services of native development specialists, such as NS804, to bring about the desired result. But if that’s not an option, you could use a cross-platform suite, such as Flutter, React Native, or Xamarin. However, your team’s success with these tools will largely depend on how proficient they are with their respective programming languages, namely: Dart, JavaScript/TypeScript, and C#.

If you’re still uncertain of which cross-platform tech stack to choose, then consider the following aspects. Flutter is a good option for fast development and comes with a wealth of widgets. But it’s still a relatively new tool with limited functionality and libraries. Alternatively, there’s React Native, which offers excellent mobile UI and modern features yet won’t deliver a native-like look or performance.

Then, there’s Xamarin that’s capable of accessing native APIs and providing near-native performance. On the downside, it’s not the most popular cross-platform solution, and since it’s part of Microsoft’s .NET stack, developers must understand its complex framework and runtime.

Finally, there are hybrid app technologies such as Apache Cordova and Ionic Framework. These are the perfect solutions for budget-conscious developers proficient in JavaScript, CSS, and HTML but willing to sacrifice performance and a native-like experience. 

3. Using The Right Tools For Making Enterprise Apps

If you’re developing enterprise apps, you’ll need to use tools that are best in class. Quite often, these are the very same tools provided or recommended by the platform holders. In Apple’s case, they want developers to use their Xcode Integrated Development Environment (IDE) for creating apps for all their devices. And in Google’s case, they prefer that developers use Android Studio and associated software development kit (SDK).

Furthermore, Apple’s Swift is a powerful statically typed programming language ideal for modern application development. And since it’s a type-safe language, the result is cleaner and safer code that’s less prone to runtime crashes. Also, Swift handles memory exceptionally well thanks to its Automatic Reference Counting (ARC) memory management. What this means is that it’s an excellent language for developing performant and secure enterprise apps.

And in the Android camp, Google has been encouraging developers to switch over to Kotlin from Java. While Java has been a stalwart programming language in the enterprise space since the mid-90s, it’s verbose with a steep learning curve. Kotlin, on the other hand, offers developers similar features to Java, but it’s easier to learn and allows for both object-oriented and functional programming. With such flexibility and power, developers can release polished enterprise apps far quicker than before.

You’ll likely need a database for your application, and there are several good options available. Both Android and iOS developers can implement the SQLite relational database to manage data. But if you’re seeking a more modern and scalable solution, then consider Realm. What makes Realm so compelling is that it integrates seamlessly with React Native and Xamarin. And if you prefer to work with Google’s tech stack, you may want to take advantage of Firebase.

4. When To Build An MVP

Building complex enterprise apps presents developers with plenty of risks and high development costs. There’s no knowing if it will achieve significant download numbers, engage users, and perform adequately. 

So, the only way we’ll know if a project holds promise is if we test the market without investing heavily in a finished product. Instead, we focus our efforts on a minimum viable product (MVP), which includes the bare minimum functionality of the app we envision. Once the MVP gains traction with users, then we can proceed to scale. 

5. Consider How Your Tech Stack Affects The Cost Of Development  

The type of tech stack you use will affect the cost of development considerably. If you’re embarking on native development, you’ll need to have developers on your team capable of programming for both Android and iOS. Furthermore, you’ll need to maintain two codebases, which will only increase your development costs.

Don’t forget to account for the cost of your development tools. After all, it’s easy to forget about this with so many open-source and free options available nowadays. Many IDEs are available for free and primarily aimed at indie developers, open-source projects, and students. 

But if you’re a professional developer or a company, you’ll need to purchase a license, either as a subscription or a one-off cost. Similarly, there are different pricing tiers for other tools, such as automated testing suites, back-end cloud services, and databases.

The Bottom Line

Choosing the right tech stack for your app will allow you to complete it on time and within budget. In an ideal world, you’d opt for tools that facilitate native app development. But if that’s not feasible, consider the alternatives or work with a professional developer. Contact us today to learn how NS804 can help you develop amazing apps with the best-in-class technologies.