Tag Archive for: Android

Android Gaming: 6 Most Popular Mobile Game Genres In 2024

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Android gaming offers the most accessible way for users to enjoy trailblazing games without requiring expensive hardware. Unlike PCs and consoles, low-spec and mid-tier Android devices are powerful enough to run most hit games on the platform. And if you’re a mobile game developer, publisher, or investor, that’s a compelling reason to build your next game for Android. 

With over 3 billion devices running the Android operating system (OS) in 2024, your potential worldwide market is enormous. Moreover, you’re not limited to smartphones and tablets since Android games run on Android TV devices, Chromebooks, and PCs. Then, there are many app stores where you can publish your games, like Google Play, Galaxy Store, Huawei AppGallery, F-Droid, Itch.io, Aptoide, and Amazon Appstore. If you plan to release in Asian markets, your app store choices increase substantially. 

All these digital storefronts make Android gaming incredibly ubiquitous. But you’re probably wondering what mobile game genres are truly popular with Android gamers in 2024. If you’re itching to create your first or next masterpiece, you already have many exciting ideas. You may want to make a boomer shooter with rogue-lite elements or a racing game with a level-up system. 

But are such ideas feasible, or should you be less enthusiastic about their potential success? It’s difficult to predict the next big genre or hit mobile game. Yet, it’s possible to gain some valuable insights by delving deeper into the genres that Android gamers enjoy playing.

And given the dynamism of the Android platform and the Google Play store, game genre popularity seldom remains static. Thus, we’ll focus strictly on the genres that remain profitable, popular, or are trending upward in 2024. Below is our list of six genres that you should consider for your upcoming Android game. 

1. Role-Playing Games (RPGs)

Dungeons and Dragons, the world-famous tabletop RPG series created by Dave Lance Arneson and Ernest Gary Gygax, set the groundwork for all computer RPGs to follow. Initially, RPGs served a small but dedicated following who loved the high fantasy settings, heroic exploits, and detailed narrative of the RPG genre. A few other draws of the genre are the ability for players to customize their party of heroes and engage in turn-based or action-oriented battles against numerous monsters and unforgettable larger-than-life bosses.

Another reason why players enjoy RPGs is due to their longer-than-usual play lengths. Older RPG titles could take 10-20 hours to complete, but newer titles can reach or exceed 300 hours. And that’s significant because the longer play time ensures that developers interested in creating RPGs will enjoy a high average revenue per user (ARPU). It’s realistic for RPGs targeting the Android gaming community to hit an average ARPU of $7.22, far higher than many other popular genres. 

While that figure makes RPGs worth pursuing, they’re expensive and time-consuming to develop due to the large amount of content required. Furthermore, you’ll have to compete with established RPG developers from China, Japan, and South Korea. Several of the most successful and highest-earning Android mobile RPGs come from Asia and include the following: 

  • Genshin Impact (miHoYo / Shanghai Miha Touring Film Technology Co., Ltd.)
  • Fate/Grand Order (Lasengle / Delightworks / Aniplex)
  • Dragon Ball Z Dokkan Battle (Akatsuki / Bandai Namco)

2. Simulation Games

Simulation games offer players a more cerebral and slow-burn Android gaming experience than most genres. Similarly to turn-based RPGs, simulation games seldom require quick reflexes or force players to make hasty decisions. Instead, players will build and manage cities, factories, or farms. But the genre is near-limitless in scope, as business scenarios are also popular, as in Sid Meier’s Railroad Tycoon and the many other titles it influenced. 

The genre rose in popularity on the PC due to how well the platform’s mouse and keyboard make control and navigation intuitive. Fortunately, the touch controls found on all modern mobile devices allow for a fluid gaming experience. And that’s helping with growth on Android devices, as the simulation genre trended upwards by 7.27% on Google Play over the past year. 

But does this mean you should tackle a simulation game as your next Android project? Simulation games are much cheaper to develop than RPGs, making them ideal if you have a limited budget and staff. But they’re challenging to make, especially if you don’t have any prior experience in the genre. If that’s the case, consider partnering with an established studio like NS804 to help you with the development process.

Another upside of releasing a simulation title is that you won’t have to limit yourself to Android (or even iOS). Due to the genre’s substantial traction on the PC, you can port it for additional revenue. Some of the most popular and profitable simulation games on Android include the following:

  • Stardew Valley (ConcernedApe)
  • My Time at Portia (Pathea / Nuverse)
  • Game Dev Tycoon (Rarebyte / Greenheart Games)

3. Arcade Games

Traditional arcade games hit their stride in the late ’70s and rapidly became the primary way electronic gaming gained mass appeal. Arcade titles like Atari’s Asteroids, Namco’s Pac-Man, and Taito’s Space Invaders became massive global hits — ultimately influencing the wider culture. A combination of addictive gameplay, accessible controls, and bold graphics led to the success of these titles and many more.

While these older arcade games seem archaic, they still appeal to retro gamers and those who grew up with these titles. So, it’s unsurprising that updated versions of older arcade games have hit Google Play to scratch that omnipresent nostalgia itch. Perhaps a few of the lower-quality titles in the arcade genre are shameless cash grabs, but there’s no denying that Android gaming enthusiasts can’t get enough of these action-packed titles.

So, how popular is the genre on Android nowadays? It’s one of the most popular genres, with over 56,000 arcade games on the Google Play store, comprising 9.81% of downloads globally. Since many arcade games are relatively easy to develop compared to other genres, many smaller indie developers prefer to focus on these.

However, easy-to-develop doesn’t mean you can pump out arcade titles and find immediate success. Arcade games require plenty of play testing, tweaking, and game balancing to satisfy the demands of Android gamers. 

Furthermore, Google Play’s recent app policies require that new developers who plan to publish on the platform have their apps or games tested by a minimum of 20 people. If you want to compete in this genre, you must release a game that meets or surpasses the standards of the following titles: 

  • Downwell (Moppin / Red Phantom Games / DevolverDigital)
  • Golden Axe Classics (SEGA) 
  • Geometry Dash (RobTop Games)

4. Action Games

Android gaming is synonymous with the action game genre. Several of the most impactful titles on the platform deliver fast-paced gameplay, intense set-pieces, and phenomenal graphics. The player often assumes control of a heroic character that can pull off moves like jumping, wall running, and hand-to-hand combat.

It’s common for action games to adopt a shooting element, often straddling the fine line between the action and shooting genres. However, if a game relies on a third-person perspective (TPP), it falls squarely in the action genre. Most shooters (apart from top-down or horizontal-scrolling shooters) are in the first-person shooter camp, popularized by Doom and its many clones.

Hack-and-slash titles, where game characters wield swords, lances, or other piercing weapons — are also part of the action genre. While these can be mistaken for fighting or beat ’em ups due to some gameplay similarities, there are notable differences. Most fighting games offer duels between two combatants, whereas beat ’em ups often adopt a belt scroll side view to display the action.

Action games can be 2D or 3D, but most modern gamers prefer 3D TPP games due to their more realistic blockbuster movie-like presentation. They can also be single-player or multiplayer, with the latter increasing in popularity due to better bandwidth on recent Android devices. And their popularity doesn’t end there, as there are currently over 34,000 action games in the Google Play store, comprising 15.2% of downloads globally. A few of the leading titles in the action genre for Android include the following: 

  • Overdrive II: Shadow Battle (GEMMOB Adventure)
  • Grimvalor (Direlight)
  • PUBG Mobile (Lightspeed & Quantum / PUBG Corporation / Level Infinite)

5. Racing Games

As one of the oldest video game genres, the racing game has been a mainstay of the games industry for at least five decades. In 1973, Atari released the world’s very first racing game, known to all as Space Race. It was an incredibly rudimentary title that caused Atari’s Japanese rivals like Namco and Taito to offer players more improved and refined alternatives.

But the racing genre truly wowed players when Sega released Out Run (often written as OutRun) in arcades in 1986. Sega had incorporated advanced super scaler technology into its arcade boards, which left the competition in the dust. These boards could create convincing 3D visual effects by scaling and manipulating 2D bitmaps at jaw-dropping speeds. 

Super scaler graphics remained in vogue for several years, but the industry shifted to actual 3D polygon rendering technology in the early ’90s. It’s also the decade that defined and set the groundwork for modern racing games. Stylish racing titles like Wipeout by Psygnosis and Ridge Racer by Namco helped sell PlayStation (PS1) consoles to the masses.

Fortunately, much of the fun and spirit of these early 3D racing games remains intact today. Today’s Android gaming enthusiasts have embraced the genre due to its high-speed thrills, stunning presentation, and cool factor. In a way, it’s as if the PS1 era of racing games never went away due to the continued support from Android users. 

Moreover, racing games trended upwards by 2.93% on the Google Play store over the past year and received 2.6 billion downloads in the US market alone. A few good examples of the genre for Android devices include the following:

  • Horizon Chase (Aquiris Game Studio)
  • Riptide GP2 (Vector Unit)
  • Rally Horizon (GRAYPOW)

6. Hyper-Casual Games

We can’t talk about Android gaming without covering the hyper-casual genre. Casual games have always enjoyed prominence due to their accessibility. And that’s because the average mobile user prefers to play titles that offer fun in short bursts and have simple controls — the simpler, the better!

In fact, many casual titles are so simple that they offer players a passive-like experience. Search the top-trending titles in the Google Play store, and you’ll find many idle games in dominant positions. A typical idle game only requires simple actions from the player, like tapping on an icon continuously to generate currency. 

Quite often, it’s not necessary to tap at all, as the game will play itself while it runs in the background. But to add depth, the game may offer the player additional ways to generate income at incremental intervals. These options often come in the form of farms, factories, and rental buildings — giving the idle game a more simulation-oriented gameplay loop. 

However, this additional depth doesn’t make the idle game genre appealing to hardcore gamers or those seeking something more substantial. But don’t let this discourage you, as the hyper-casual genre remains in the lead in the US with over 16.4 billion downloads. While this sounds good, you must avoid releasing a hyper-casual title in an oversaturated subgenre.

We mentioned idle games earlier, but you may want to pursue more diverse subgenres and themes. Creature collection, survival, and dress-up games appeal to hyper-casual gamers seeking something different. A few outstanding hyper-casual games available on Android devices include the following: 

  • Antistress – relaxation toys (JindoBlu)
  • Hyper Trainer: Gym Games (GenI Games)
  • Kick the Buddy: Second Kick (Playgendary Limited)

The Bottom Line

Android gaming is one of the most enthralling segments of the games industry now. If you plan on making your dream game that will be momentous for the industry, then there’s no better platform to target. But choose your genre wisely by considering all the aspects we covered above. If you’re a small startup or tackling your first game project, it’s best to keep things more manageable by focusing on an arcade or hyper-casual title. Also, don’t forget to build a prototype or minimum viable product (MVP) to test the validity of your game idea. Contact NS804 today to learn how we’ll help you create the next Android gaming hit!

Android App Development Trends 2024

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The year has barely begun, and we’re already seeing significant shifts in the mobile app space. Moreover, 2024 promises many exciting Android app development trends that will turn heads. But how can we be so confident that notable changes will occur on the Android platform this year? We see a stronger emphasis on quality, a greater adoption of artificial intelligence (AI), and a higher number of foldable smartphones hitting the market.

The Android platform has matured and is no longer the avenue to push out low-effort cash grabs. Recently, Google updated their app testing requirements for all developers with new Android personal accounts. These requirements force developers to take the production and testing of their apps a lot more seriously before submitting them for publication. 

While these requirements will help increase the quality of upcoming Android apps, it’s not the only significant trend of 2024. Apps powered by large language models (LLMs) will hit the market with more ferocity this year. 

In 2023, ChatGPT and other LLMs managed to amaze, excite, and even scare many with their near-otherworldly capabilities. But in 2024, many developers will capitalize on these LLMs by integrating them into their Android apps. Some of the mystery and hype surrounding LLMs has diminished, so there’s a greater focus on their practical use in mobile apps.

Another trend that will further impact Android development is the rise of foldable phones. While these are not new, they’re enjoying wider adoption, so developers can no longer avoid developing apps for these devices. Of course, Android app development trends don’t end here, so we’ll delve deeper into what you should expect in 2024 below. 

 

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Low-Code and No-Code Solutions Will Enjoy Rising Popularity

If you’ve dabbled in Android app development, you’ve come face-to-face with a high learning curve in building apps for the platform. And that’s because Java and Kotlin are complex programming languages that require several months of your time to learn the basics and years to master. But the challenge doesn’t end there since building, testing, and deploying to a wide range of Android devices is a nerve-racking experience. 

Fortunately, Google has made Android app development a bit easier with their latest tooling. Yet, even these tools won’t diminish the need to gain competency in Java or Kotlin to build quality apps. As a studio that builds native Android apps in these languages, we highly recommend you take the time to learn these languages. Alternatively, consider partnering with a studio like NS804 to create your Android app that will comply with Google’s best practices and guidelines. 

If you can’t hire a studio when your team doesn’t have the necessary coding skills — what then? You can rely on the myriad of low-code and no-code development platforms that have hit the market in recent years. Platforms like BuildFire, GeneXus for Super Apps, and Moxly help developers build cross-platform mobile apps rapidly. 

But will you enjoy the same results as that of native-built apps? While these platforms promise impressive results, it’s unlikely that they’ll deliver the performance, consistent user experience (UX), and scalability of their native peers. Therefore, we only recommend you use these solutions if you have tight budget constraints or plan to build a prototype or a minimum viable product (MVP).

Stricter Requirements Will Bring About Better Quality Apps

One of the Android app development trends that will massively impact the Android ecosystem may have caught many developers by surprise already. Google Play and many third-party Android app marketplaces have become inundated with buggy, low-quality apps that hurt the user experience. Given the accessibility and low bar of entry to develop Android apps, many freelancers, hobbyists, and unscrupulous developers have pushed out apps of dubious quality onto Google Play.

Google has identified and addressed this issue by introducing new app testing requirements. All personal developer accounts created after November 13, 2023, must comply with these new rules. And one of the most controversial requirements includes an elaborate closed testing process. Thus, it’s now necessary to test an app with over 20 users who have opted-in for the closed test for no less than 14 continuous days. 

Only once developers meet this requirement can they submit their app for production access. It seems like an extreme measure, but one that we’ll welcome if it means that better and more secure apps will reach Google Play from now on. It forces newcomers to recruit and engage with testers and no longer treat the testing process as an afterthought. Furthermore, developers who comply with these requirements will significantly reduce low ratings and bad reviews. 

AI-Powered Android Apps Will Proliferate During 2024

If you followed the news in 2023, you probably felt overwhelmed by all the hype and fear-mongering surrounding AI. Either AI will bring forth a golden age where humanity no longer has to do any drudge work, or AI will inevitably take over most jobs and make us redundant. The latter is a scary thought but a plausible outcome if governments don’t implement regulations to limit the damage AI may have on job markets. 

Fortunately, we’re still in the early stages of the AI cycle, which inevitably presents numerous opportunities for savvy Android developers. While AI-powered apps are not new, LLMs are still novel in the mobile app space. But Android users love their LLM apps, with ChatGPT enjoying over 50 million downloads and a rating of 4.8 at the time of writing. Other popular alternatives include Bing, Chat AI, and Perplexity. 

But are LLMs only appropriate for chatbot functionality? This functionality is only the tip of the spear, with writing, image generation, and code generation enjoying wide adoption within a short span of time. You can build all types of generators and analysis tools with ChatGPT and other similar LLMs. Then, you’ll train your AI models using your own datasets, images, and code to avoid litigation from the original copyright holders. 

After you’ve trained your AI models, you should test these thoroughly via an internal testing process. Once you’re happy with the results, integrate these into your Android app via ChatGPT’s (or your preferred LLM) application programming interface (API). The process is involved but will make your app more engaging and profitable since users can generate text, images, and music that exceeds their capabilities.  

Deploying Android Apps To PCs And Chromebooks

What makes the Android ecosystem so compelling is its sheer dynamism and versatility. Most users engage with Android apps on their tablets, smartphones, and via Android media players and TV boxes to a lesser extent. But lately, more users enjoy the same apps on their PCs and Chromebooks.

Microsoft and Samsung’s close working relationship helped integrate Samsung’s devices with Windows. That’s a wise move because many of Samsung’s flagship mobile devices are used extensively in enterprises.

Furthermore, Amazon Apps, which are Android apps — can run on Windows 11 PCs via the Windows Subsystem for Android. And recently, Google launched Google Play Games (beta) for PC users who want to enjoy their mobile gaming fix on their desktops. So, one of the hottest Android app development trends is ensuring your Android apps or games make their way to the PC.

Don’t stop there, as there’s another growing market that you can no longer ignore. Google’s ChromeOS and Chromebook laptops have already captured much of the US education market and even the small business community. As of December 2023, ChromeOS has penetrated 3.13% of the North American market and overtaken Linux, a far older operating system (OS). 

You can deploy your Android apps to supported Chromebook devices. There’s some setup and tweaking involved, especially if you need to deploy your app across multiple devices in your organization. But once done, you have a secure pipeline to deploy custom business apps that must run on mobile devices and Chromebooks in tandem.

More Affordable Foldable Smartphones Will Hit The Market

Android foldable phones have been around for several years, but they’ve always been pricey for most consumers. It’s not uncommon to pay between $1,800 – $2,000 for a flagship foldable device nowadays. That price point is acceptable for executives and power users who require a powerful yet compact computing device for productivity. But for the average consumer, that’s way too expensive when lower-end smartphones under $500 offer adequate functionality and performance.

However, the foldable smartphone market is growing and maturing, leading to a greater diversity of products. More manufacturers are offering budget foldables like the Motor Razr at $700, which makes it affordable enough for the average US-based Android user. So, one of the defining Android app development trends of 2024 is a focus on apps designed for foldables. 

It’s crucial to create apps that run perfectly on single-screen devices and utilize the additional screen real estate of foldables. These apps must make the most of adaptive and responsive design to adjust the user interface (UI) and screen page for every type of screen size. Moreover, it’s essential to offer multi-window support so that users can run multiple apps on their foldables since this is one of the core features of these devices.

Of course, if you plan to target ChromeOS, you’ll have additional screen sizes to consider. But making your apps run smoothly across multiple devices and screen formats will expose your app to a higher number of Android users. And if you add a cloud component to your app, you make it easy for users to switch between the foldable and ChromeOS versions without losing their work. Thus, they always stay productive and satisfied with your app and won’t seek alternatives that offer this functionality.  

Android Mobile Game Development Beyond Unity

Most Android mobile game developers use Unity to create their eye-catching hit games. Unfortunately, their overreliance on this game-making software wasn’t a smart move, especially after Unity Technologies announced their runtime fee late last year. The fee drew the ire of game developers and forced Unity Technologies to backpedal and revise their pricing policy. Developers weren’t willing to pay possibly business-crippling fees accrued by each installation of their games. 

But even with Unity Technologies making concessions to their users, many developers lost trust in the company. There was a sudden exodus of developers to competing game engines like Construct 3, Godot, and Unreal Engine. The biggest winner of the three was Godot, which enjoyed a sudden spike in users and even received a $100,000 donation from Re-Logic, the developer of Terraria. Also, cross-platform game frameworks like FNA and MonoGame received funding soon after the Unity installation fee controversy. 

Apart from FNA, you may use any of the engines mentioned here to develop Android mobile games. And since Godot and MonoGame are open-source with liberal licensing agreements, you don’t have to pay anything or risk facing litigation.

But what if you want to avoid complicated cross-platform game engines and want to develop exclusively for Android? If you have C or C++ coding skills, you may opt for Google’s Android Game Development Kit (AGDK). It consists of tools and libraries that integrate with Visual Studio via the Android Game Development Extension (AGDE). It also integrates with existing popular engines like Cocos, Unity, and Unreal Engine if you prefer to take that route.

 

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Passkeys Will Make Android Apps More Secure In 2024

Ordinary passwords are no longer safe, and two-factor authentication (2FA) isn’t hack-proof. Nevertheless, we always recommend you secure your apps and websites with 2FA as a minimum precaution. So, what should you do to offer a significant protection layer for your users? The good news is that Google has partly solved this issue by introducing passkeys for Android and Chrome. 

If your apps run on Android 9 and higher, as they should, then you’ll have passkey support via the Credential Manager. The Credential Manager offers users multiple sign-in options and is available as a Jetpack API. We recommend you become acquainted with this API to understand its safety features and prerequisites. 

Users no longer have to sign in by inputting complex passwords they’ll likely forget. Instead, they can sign in via the biometric sensor, pattern, or smartphone PIN. It’s a far more seamless method for signing in that will keep your users returning to your app, even if they’ve forgotten the password.

Android App Development Trends That Will Define An Entire Year

We’ve covered some of the most significant Android app development trends you’ll encounter in 2024. The Android market has matured but has not peaked yet, with many unique and innovative apps still to appear on the horizon. 

Many of these apps will have some LLM implementation, while others will offer advanced features geared towards foldables. But there will also be a greater emphasis on security, which passkeys will solve to a certain extent. Contact NS804 today to learn how we’ll help you with your Android app development goals!  

Mobile App Development 101: 13 Steps to Take

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Mobile apps are growing by leaps and bounds, forcing entrepreneurs and enterprises to adopt new solutions in digital commerce. From communication, customer response, online payments, online ordering, and online shopping, mobile apps provide unlimited capabilities to enterprises.

Why Invest in a Custom Mobile App?

Beyond communication, customer service, and online payments, here’s why you should invest in a custom mobile app:

  • Security. Nowadays, customers are showing an inclination to online shopping, warranting the protection of their data, including personally identifying information and financial data. Doing this requires a secure solution to store and protect your consumers’ data.
  • Accessibility. Mobile apps are accessible because they’re available 24/7. Everyone owns a smartphone, making mobile apps the go-to option when shopping, paying, or conducting online transactions.
  • Customer service. Mobile apps are a great way to bolster your customer service, ensuring you connect and respond to your customers’ needs anytime and anywhere.
  • Competition. Customers are using mobile apps to shop and pay for services. This means that lacking a mobile app solution denies you countless opportunities to enterprises with one. In addition, enterprises with mobile apps stand to attract and retain more customers than those without.
  • SEO. Your mobile app improves your SEO rankings, leading to your brand’s growth and discoverability in platforms such as Bing, Google Ads, and Yahoo.

The above benefits underscore the importance of an app in the contemporary business landscape. Although developing a custom mobile app remains a priority to many enterprises, very few businesses know how to approach the mobile app development exercise.

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13 Steps to Developing a Custom Mobile App

In this article, I will walk you through the thirteen steps to take to develop your first mobile app.

1. Idea formulation

The first step to developing any meaningful app starts with a simple idea. This idea is sparked by a need. When faced with problems, we create solutions. Your mobile app development must start with a simple idea that will gradually develop into a fully-fledged solution to an existing problem. This idea will be your app idea, it will help you envision the type of app you want to develop, its features, and associated benefits.

2. Competitive market research

The second step to developing your app is doing extensive market research. The market research must focus on knowing your competitors, understanding your market positioning, knowing your competitors’ products and services; and what makes them unique. Competitive market research helps you identify positioning factors; these are factors that will set you apart from the competition. It’s only by knowing what your competitors have that you can build a competitive positioning.

3. Define your app features

When developing your mobile app, understand that fast and light apps are significant for a wide range of devices – smartphones, laptops, tablets, and even wearables. Fast apps refer to apps with a higher response rate while light apps refer to simple, lean apps that do not contain a whole load of features.

When defining your features, it’s important to pay attention to the following aspects:

  • Define the core features of all the competing apps
  • What are the specific features unique to each of the competing apps?
  • What features are missing from other apps?
  • Are there any specific features users find unique or exciting?

Answering these questions will help you pinpoint the specific features your app should have.

4. Create a wireframe for your app

A wireframe refers to the general strategy, layout, or plan your app will follow. From an app’s conception to its completion, the wireframe defines the strategy that will be followed. It’s a way of laying down your thoughts, feelings, and attitudes towards your app. It’s a way of communicating the specific feelings or values your app will convey.

To create a wireframe for your app, follow the following steps;

  • Configure a mobile frame. Choose a mobile frame with the features you’re planning to incorporate into your app. As a natural inclination, the structure should prevent you from packing too many features in a single screen.
  • Employ design patterns. Remember the primary priority in UX user design is familiarity. Users are likely to draw on previous interactions with a new product when they notice a recognizable user interface.
  • Scalability. Verify scalability by asking whether an iPhone 15 will display your app well. Scalability is the ability of your app to adapt to different screen types and screen orientations without losing its quality.
  • Develop a minimum viable product. A minimum viable product is a prototype of the actual product. It helps you test and evaluate your app’s product features before investing in the final product.

The wireframe helps you define technical specifications, including key functionalities and tools your apps will capture to deliver that superior user experience.

5. Choose the right platform and technologies

Two main factors will determine which platform to select – your target audience and your budget. Each operating system has its unique set of advantages and disadvantages you must consider when selecting.

  • For instance, building for iOS is a great choice if you’re looking for a platform with a broader appeal. However, iOS is more expensive than other platforms.
  • Android has over 2 billion users making it the most widely used operating system in the world. Creating for Android will give you better visibility and allow you to target a larger audience.

Selecting the right platform will save you money and allow you to target the right audience.

6. Developing the minimum viable product (MVP)

Now it’s time to start building your app immediately after you understand your target audience. When designing, consider a few key features:

  • Functionality: Check whether your app has all the key features and functionalities listed in the description, including social media functions, in-app purchases, and other features accessible through the website.
  • Speed: Your app’s user experience starts here. Ensure your app is as quickly as possible. You’ll lose 60% of your customers if your app takes more than 3 seconds to load.
  • User experience design: All software must have outstanding designs. However, having a beautiful app is not enough, your app’s user experience is critical. Your users must feel empowered to use your app. Make navigation easy, set clear graphics, appealing features, and an intuitive design.

The minimum viable product will help you identify specific features your app must capture.

7. Include animations and visual components

What distinguishes your app from the competition are the visual elements and animations. The visual graphics that appear in your app are the visual components. The movement and alteration of these visuals is what is called animations. You must include a few components in your app to make it stand out from the competition.

Some of the components to include are:

  • Branding: Your app must communicate your company’s identity. Ensure the imagery and theme of your app matches your brand’s identity and the color of your website.
  • Navigation: Your navigation should be simple, intuitive, and easy to use. Your users must locate what they’re seeking and finish their jobs without issues.
  • Social media: It must contain a social media interface to enable users to share their experiences with friends and followers on social media. If your app has a social component, ensure it has all the integrations required for different social media channels.

Incorporating these features will ensure your app stands out in a pool of apps.

8. App testing

App testing is the process used to examine an app’s usability, consistency, and accuracy. Please ensure to test your app before going live. Apps optimized for popular mobile OS configurations function better, allowing for a smoother user experience across different platforms.

Follow the following stages to test your app:

  • Documentation testing: This step of mobile app development starts with screen design, navigational components, and other crucial elements of an app. Before the app design begins, this step allows developers to correct any inconsistencies in the overall design, layout, and component selection.
  • Functional analysis: Functional analysis helps you test how your mobile app responds to the market standards. Keep the following components in mind when conducting functional analysis.
  • Usability evaluation: This evaluation step examines whether the user interface aligns with the industry standards. Usability testing allows comfortable browsing, ensuring your app users seamlessly use the app without any navigation issues.
  • Security examination: This step of testing examines whether your app’s security conforms to the security standards set by authorized bodies. It examines your app’s stance towards user privacy and security.
  • Certification testing: Certification testing examines whether your app conforms to industry standards, terms of use, licenses, and agreements. It also looks at whether the app adheres to all technical specifications of stores like Google Play, Windows, and App Store.

Testing allows you to map technical features and other specifications before launching the final product.

9. Deploy the beta version online

Every version can attract early adopters. Deploying the beta version allows your app to be discovered, which is a crucial step in making your app popular. Early adopters offer a wealth of insightful commentary on the advantages and disadvantages of your app. This allows you to make progressive changes and improvements based on user feedback.

10. App launch

After correcting any anomalies in the beta version, you can proceed to officially launch your app. In your app launch, target potential consumers, partners, and potential stakeholder groups (media, government, and private sector). Once you’ve launched your app, it’s time to debut it in the Google Play Store or Apple’s App Store, depending on the operating system you selected for your app.

11. Marketing Plan

Your app won’t be discovered unless it’s advertised and marketed to the relevant audiences and through the right platforms and channels. After the app launch, you can proceed to put together a small team of talented marketers, social media influencers, and advertisers. Design a marketing plan carefully detailing your marketing objectives, user goals, and overall adoption tactics. Remember to partner with influencers or celebrities to create visibility and attract new users.

Your marketing plan must incorporate the following steps:

  • Start with market research to understand similar apps in your market and their features.
  • Proceed to the target audience, identifying their needs, motivations, values, and user preferences.
  • Identify relevant market strategies, identifying approaches likely to work.
  • Set realistic and measurable goals and objectives, measuring your app’s performance and overall adoption and usability.
  • Select specific media channels and identify specific tactics, identifying which approaches are likely to work and which ones are likely to fail.
  • Set a budget and a realistic plan. The budget must incorporate the expenses for different marketing activities.
  • Collect metrics, including user behaviors, adoption trends, and feedback.
  • Develop a content plan and schedule, identifying which content you’ll post on specific days.

The marketing plan allows your prospective users and target market to discover your app, providing you with much-needed visibility, adoption, and retention.

 

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12. Constant improvements

After you’ve vigorously marketed the app to different audiences and platforms, now it’s time for constant improvements. The app development lifecycle allows for gradual, progressive improvements in the app’s overall design and functionality. Incorporate improvements, ensuring you scale your app depending on new improvements or new feedback in the market.

13. App maintenance

You must constantly check your app for bugs and outdated versions of product features. For instance, you may want to deploy a remote team of experts to assess and evaluate your apps. App maintenance prevents unprecedented attacks, enhancing your safety and that of your users. App maintenance helps you identify improvement opportunities while acting as a security safeguard against unprecedented cyber threats.

NS804 – Simplifying Your Mobile App Development

NS804 offers custom-built apps for enterprises of different sizes and industries. Whether you’re in hospitality, government, retail, manufacturing, or finance, we provide custom-built mobile app solutions.

Our expertise spans both iOS and Android with proficiency in different operating systems. We provide efficient, trusted, and transparent mobile app development solutions tailored to your needs.

In addition, our services cover both an app calculator and a minimum viable product, allowing you to accurately estimate how much it will cost and how precisely your app will function or perform before you invest in it.

Contact us today for custom-built Android and iOS apps.

The Ultimate Guide For Android Mobile App Development Basics

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Mastering the Android platform as a developer always starts by comprehending the mobile app development basics. And that’s because the Android development ecosystem is incredibly dense and complex. Consider that it’s necessary to know two programming languages for this platform: Java and Kotlin. And while some programmers may scoff at the idea of familiarizing themselves with both languages, it’s a necessary step.

But why should programmers go to such lengths when it’s possible to develop Android apps if they only know one of these languages? That’s because it’s good practice to update apps regularly. And after a certain period, it’s essential to modernize apps, which may include moving from a dated programming language to a current one. Thus, developers planning to update Android apps should have the knowledge and skills to port these from the older Java code to the newer Kotlin codebase.

Sometimes, it’s necessary to know additional languages, such as C#, JavaScript, or even Python, for cross-platform development. And with such a large variety of programming languages, developers also have to deal with many integrated development environments (IDEs) and software development kits (SDKs).

Then, the types of apps developers make will impact tooling choices. For example, making a short-form video app like TikTok will require a different toolchain to a battle royale game such as Fortnite. And if developers wish to include networking features, considerations regarding backend and integration systems become paramount.

With so many considerations, Android development seems harrowing, especially for newcomers. That’s why we’ve compiled this handy guide to help aspiring and even seasoned developers understand Android mobile app development basics. 

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Android Mobile App Development Basics: Choosing The Right Development Environment

So you’ve taken the time to research the market and are now busy planning your mobile app strategy. However, you’ve yet to pick your development environment, which will play a crucial role in determining the overall development experience. It may even impact the success or failure of your upcoming app project, so research all the development environments thoroughly before settling on one.

But what do you even pick with so many Android development tools available? If you’re planning on making a native app, then Android Studio is a great choice. It’s Google’s official and recommended IDE and features the Jetpack Compose user interface (UI) designer, Android Emulator, and intelligent code editor. Also, you’ll need to download the Android SDK, NDK, and Java SE Development Kit (JDK).

But if you’re planning on making a cross-platform or hybrid app, you may want to consider another development environment. There’s Visual Studio with Xamarin for cross-platform apps with native performance. And then, there’s Flutter and React Native for making impressive-looking hybrid apps.

If you decide to make a mobile game, you’ll want to use a game engine such as Unity or Unreal Engine. Both engines provide their own asset content pipelines and tooling for creating animations, levels, and visual effects. However, Unity and Unreal recommend and offer a download pathway for the Visual Studio IDE for coding.

Gaining Programming Language Proficiency 

If you’ve picked Android Studio, you’ll need to gain proficiency in both Java and Kotlin. But if you’re a new developer, start with Kotlin since it’s a more modern language with a better and more streamlined syntax. If you already have experience in Java or any object-oriented language from the C family, it should only take several weeks to learn Kotlin.

But it’s also crucial to become proficient in JavaScript Object Notation (JSON) and Extensible Markup Language (XML). JSON is a file type based on an open standard used for parsing and storing data objects. XML can also parse, structure, and manage data but can’t perform computing calculations.

For the majority of Android app development scenarios, Java, Kotlin, JSON, and XML should suffice. But what if you already have C or C++ proficiency and want to develop Android mobile games? The good news is that Google offers the Android Game Development Kit (AGDK) for developers with C/C++ skills. It’s a comprehensive suite of libraries and tools with easy integrations for game engines, such as Unity. 

And on the subject of Unity, if you opt for this engine, you may want to use the C# programming language. If you already know Java or Kotlin, C# is easy to pick up and start making simple games within days. Moreover, Unity provides many in-depth tutorials and programming resources to help newcomers become proficient with C#, the game engine, and mobile app development basics.  

How To Structure A Basic Android App’s UI With Jetpack Compose

Google recommends that developers use the Jetpack Compose UI framework for making modern Android apps. And that’s because it simplifies the creation of UIs with dynamic animations, styles, and themes. Its composable functions make it easy to change states and add images, texts, lists, grids, and scrollable columns. 

A few neat features of Jetpack Compose, which should also excite UI/UX designers, are its Material Design and Material Theming. These allow designers to make their apps more accessible and attractive to a larger demographic of users. Designers can alter all aspects of an app’s UI, from its typography to its colors. 

And some of the more advanced features of Jetpack Compose allow smooth navigation between screens, navigation across multiple screens, and passing of data between screens. With the proliferation of foldable Android smartphones, designers must take advantage of the additional screen real estate as efficiently as possible. 

One way to do this is by creating an adaptive app featuring dynamic navigation. This approach allows the app’s UI to transform elegantly and fluidly for any screen size, orientation, form factor, and device type. Moreover, there’s no loss or degradation of usability of the app, regardless of these changing factors.

Understanding Persistent Data On Android

It’s necessary to read, store, and manipulate data between an app and a relational database, such as SQLite. And that’s because you’ll need to store all kinds of app and user data and do so securely. But setting up a database and dealing with so much data can be difficult, especially for those getting to grips with Android mobile app development basics.

However, one of the most useful Kotlin APIs for this purpose is Room, which is part of the Jetpack library. It acts as an abstraction layer for configuring SQLite databases and reading, manipulating, and querying stored data. 

Sometimes, it’s more sensible to store user data and preferences on the device instead of a relational database, especially if the app will predominantly operate offline. DataStore is yet another Jetpack tool but meant for smaller datasets, such as typed objects or key-value pairs. Another benefit of DataStore is that it performs asynchronous operations but can also perform synchronous operations. This helps deal with legacy codebases designed for handling data and disk I/O operations in a synchronous manner. 

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In Conclusion

The Android platform offers new and seasoned developers a rich and dynamic app development ecosystem that’s worth exploring. But before you embark on this journey, it’s best to internalize a few of the key points that we’ve covered in our guide about Android mobile app development basics. Contact NS804 to learn how we’ll help you create engaging Android apps using the best practices and industry-leading technologies.

Android vs. iOS: Choosing The Right Mobile App Strategy

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Every development lead must comprehend the pros and cons of the most popular mobile platforms. Therefore, it’s common to engage in lengthy and strenuous deliberations regarding the age-old Android vs. iOS debate. And yes, this may sound passé considering how firmly established both platforms have become and how often the fanboys on both camps have had to eat humble pie. 

But we’re not talking about fanboyism here, as that’s detrimental for any app developer. After all, the best app developers and publishers don’t pick favorites but focus on tangible results. And there’s no point in favoring Android over iOS, or vice versa, in an era when both platforms satisfy billions of users globally. 

Therefore, the wisest option is to target both platforms if that fits the budget and capabilities of the development team. But we do want to stress that it’s crucial to implement a different strategy for each platform. And that’s because Android and iOS each serve specific markets and demographics better than others. 

For example, Android is the mobile gaming heavyweight and has a far larger global audience. Thus, it makes good business sense for game developers to focus their efforts more on Android vs. iOS in most cases. These efforts could involve the game assets, code, testing, marketing, and ad campaigns. 

On the flip side, iOS users love apps that enhance their photos or help them edit videos. That makes sense, considering that iOS devices are known for their excellent cameras and are used extensively by content creators and social media influencers. Understanding these differences allows every development lead to stay on top of the Android vs. iOS discussion and even steer it toward a fruitful direction.

But What Is A Mobile App Strategy?

A mobile app strategy encompasses the early planning stages, development phase, marketing efforts, and release. Ultimately, it serves as a roadmap for bringing your app to fruition. Without a mobile app strategy, your team will have scattered goals and priorities, and your project will fail.

And this is a problem because too many small indie developers treat mobile app development as a feel-good endeavor. They watch several YouTube videos, then read some articles and Reddit posts, which convince them that app development is fun. 

And while app development is indeed fun, professional studios always focus on delivering results. That means the fun and excitement of app development take a back seat to work within the parameters of a carefully conceived plan instead. Clients who partner with studios such as NS804 expect high-quality apps that meet their requirements. Therefore, there’s no room for aimless “what if” scenarios or raw experimentation, which indie and freelance developers may embrace.

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Android vs. iOS: A Mobile App Strategy That Applies To Both

As we mentioned earlier, you’ll likely target both Android and iOS platforms for your apps. Therefore, when you start putting together your mobile app strategy, you’ll have to consider the following for both platforms: 

  • Research the marketplace to determine whether other apps already solve this problem. And if they do, can you implement a feature that innovates or improves on what existing competing apps offer users? If you cannot forge ahead with a better alternative, reconsider your app idea before entering a market with an oversupply of similar apps.
  • Conduct a SWOT analysis to identify the strengths, weaknesses, opportunities, and threats your app business will likely face.
  • Draw up user profiles of the types of users who will likely embrace your app. Consider several demographic examples about these users, such as their age, sex, location, occupation, education, salary, and interests.
  • Define the capabilities of your app in detail, even if some of these don’t make it into the end product. Also, create a wireframe to prototype the user interface (UI) to show all stakeholders involved in the project.
  • Document all the data accessibility and management systems you’ll use for your app. And don’t forget to design your privacy and security protocols early on. Moreover, be sure your team’s up to speed with the General Data Protection Regulation (GDPR) if you’re releasing your app in Europe.

Android vs. iOS: When Your Mobile App Strategy Will Differ

The primary areas that impact your mobile app strategy for each platform relate to the app stores, marketing, monetization, and tech stacks. Let’s take a more detailed look at these factors below:

  • App stores: The App Store (iOS) and Google Play (Android) are where most users will download their apps. But given Android’s more open philosophy and a wider variety of device manufacturers, there are way more stores to download Android apps. However, all these stores have their own app store optimization (ASO) requirements and user expectations that developers and publishers must meet. A one-size-fits-all approach won’t work, but a different strategy for each app store leads to success.
  • Marketing: Brand positioning, public relations (PR), outreach programs, pre-launch promotions, sales offers, and even post-release strategies will impact the success or failure of your app. Also, ensure you tailor your marketing messaging specifically for Android and iOS users and your app’s potential user demographics.
  • Monetization: iOS attracts more affluent users, and they’re more likely to spend money on apps than their Android counterparts. Therefore, an iOS app can make money with in-app purchases, subscriptions, or even as a paid app. But an Android app will likely generate more income via advertisements. So, a completely different monetization strategy for each platform will work best.
  • Tech stacks: Apple provides its proprietary Xcode integrated development environment (IDE), the Swift programming language, and platform-specific application programming interfaces (APIs). And Google offers its Android Studio IDE & App Tools and the Kotlin programming language. Developers should use these two tech stacks, especially if they develop native apps for each platform.

Additional Mobile App Strategy Considerations

It’s not uncommon for app developers to utilize cross-platform tools and other handy tools that aid productivity. For example, a developer may use the Visual Studio IDE, the C# programming language, and Xamarin for cross-platform development. And such a tool allows the developer to focus on a single codebase while enjoying the benefits of native performance. 

But what would this do for the mobile app strategy? It would simplify it somewhat, as the developer won’t have to deal with the complexities and costs of maintaining two codebases. But the developer should still consider a contingency plan in case Xamarin is sunset during development or any similar scenario, even if it seems unlikely.  

Another factor that will seriously impact productivity and development costs is cloud infrastructure. It may save company resources to use a cloud-based testing service to run unit tests, especially for a startup. And even a more established developer may benefit from additional security and scalability offered by a good cloud service. 

Understanding the pros and cons and associated costs of all tooling ahead of time is a huge boon. But it’s equally important to document all these within the mobile app strategy from the get-go. Furthermore, it’s essential to detail when Android and iOS strategies will be similar or different.

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The Bottom Line

The days of getting into heated Android vs. iOS debates should hopefully be over. But that doesn’t mean that the development lead should ignore the core differences between these two platforms. In fact, it’s essential to understand these differences intimately and draft a mobile app strategy that works flawlessly for Android and iOS specifically. Contact NS804 today to learn how we’ll help you craft a strategy to bring your best app ideas to the market! 

Android Studios: Are There Any Experienced Mobile App Developers In Charlotte?

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If you’ve been feverishly searching for experienced Android studios in Charlotte, North Carolina — you’ve come to the right place! Not only is NS804 one of the leading lights of the mobile app development world in the Queen City, but we’ve also received many accolades. 

And while we pride ourselves on being one of the most prominent Android studios in this dynamic city, we’re experts at cross-platform native app development. That means that we know both Android and iOS platforms intimately and are renowned for creating engaging and performant apps for either platform.

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However, you may not be interested in iOS and only care about targeting Android for your upcoming project. Or you’re thinking of releasing an iOS version of your app at a later stage but want to focus on Android for now. Whatever scenarios you’re currently contemplating, we’re here to help you make the right choices and accomplish your goals.

But now you may be wondering what to expect from one of the most prolific mobile app developers in Charlotte. And if you’re embarking on your first app project, we understand you’ll have many questions. Also, we know there isn’t enough information available about what Android studios can offer their clients. 

So, to make things easy for you, we’ve prepared this in-depth article to demystify a matter that may seem obscure. Read on to learn more about what one of Charlotte’s most talented Android studios can do for you!

The Best Android Studios Go Native 

We’re now living in the era of powerful cross-platform development frameworks. These include the likes of Flutter, Ionic, and Reactive Native. While the latter framework promises native performance, it’s still fundamentally a hybrid development toolkit. Furthermore, it requires a significant degree of optimization to create performant apps. 

Now there’s nothing necessarily wrong with using these platforms, especially for startups on a tight budget. Cross-platform hybrid frameworks make app development cheaper and faster but not necessarily better. And by better, we mean that hybrid-developed apps seldom reach the quality and performance levels of native apps.

However, if you’re targeting a single platform, especially Android, there’s little to no reason to opt for hybrid app development. And the best part is that Google offers exceptional native development tools to create engaging Android apps. 

They offer the Android Studio integrated development environment (IDE) and several robust tools free of charge. Furthermore, these include well-written documentation, tutorials, and even training videos to help anyone commence their app development journey. 

Therefore, there’s no excuse not to take advantage of all these free resources. But if app development seems too complex or beyond your capabilities, consider partnering with NS804 to complete your Android project. Our deep knowledge and expertise of Google’s entire Android development stack put us in a position to deliver apps according to your exact specifications.

Creating The Perfect Android User Interface (UI)

There are considerable differences between the UIs and gesture navigation systems between Android and iOS. Yet many cross-platform mobile app developers attempt to make them similar when targeting both platforms. Unfortunately, this is a massive oversight that worsens the experience for users in the general sense. 

That’s why we continuously stress the importance of native app development, as it impacts the overall quality of an app. It’s not just about performance but also how the app looks and feels. That’s why it’s crucial to have an experienced UI/UX designer on the team with intimate knowledge of Android’s native UI. 

Moreover, this designer should feel at home with Jetpack Compose — the official Android UI development toolkit that integrates fluidly with several Kotlin application programming interfaces (APIs). And what makes Jetpack Compose so powerful is that it helps designers make engaging UIs for small and large screens. 

Let’s not forget that the Android ecosystem is larger and more varied than iOS. When targeting Android, you must consider the multiple screen sizes of smartphones, tablets, foldable devices, smartwatches, smart TVs, notebooks (Google Chromebooks and Windows 11 PCs), and vehicle dashboard systems (Android Auto). 

But the most experienced Android studios know how to create responsive UIs that work with any device flawlessly. They can foresee when and where issues may arise while working on an early wireframe UI or prototype. Then, implement the solutions to deal with any bottlenecks to avoid costly and time-consuming workarounds that may occur later on.

 

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Working With Firebase

Without any doubt, you’ll likely need a backend developer for your upcoming Android project. You may need to store client credentials on a database, authenticate users, or even keep track of scores on a leaderboard if you’re creating a mobile game. In most cases, you’ll use either an SQLite or NoSQL database and work closely with the backend developer.

But you may want a more elegant cloud-based solution that minimizes the need for a backend developer. In that case, you may opt for Google’s Firebase solution, which includes several powerful analytics tools. Therefore, you can spend most of your resources working on and improving your app without worrying as much about the backend elements. 

Another reason why you’d want to use Firebase is for its Crashlytics feature, as it’s a lightweight crash reporting tool. It will give you real-time reports with in-depth insights into the health of your app. And it’s possible to conduct A/B testing and remote configurations via Firebase, which means you’ll cut down on tools for these additional tasks. 

Of course, if you’ve partnered with one of the leading mobile app developers in Charlotte, you won’t have to go it alone. You can rely on NS804 to integrate Firebase into your app development toolchain.

Making Mobile Games For The Massive Android Market

In 2023, Android ranks as one of the largest and most important gaming platforms. It also overshadows iOS significantly, even though Apple Arcade has made great strides as a game subscription service. Nevertheless, Android dominates, with 75% of all smartphones and tablets in the world powered by this operating system (OS).  

Then, there are Android gaming smartphones available in the marketplace, such as the Asus ROG phones. And devices such as the Nvidia Shield Android TV Pro gives gamers a console-like experience at an affordable price. Moreover, Microsoft’s Windows 11 OS can run Android apps and games from the Amazon Appstore. Thus, there’s no shortage of devices capable of running Android games, making it a truly all-encompassing platform.

And the world’s most popular game engines and tools vendors have responded in kind. Construct, GameMaker, Godot, Unity, and Unreal Engine all offer Android export modules. And Unity takes things several steps further by having the capability to run and export to Chrome OS (Google Chromebooks). A key benefit of Chromebooks is that they can run Android, Linux, and Windows apps and games. 

Making games is hard enough, but supporting all these devices requires the expertise of a professional studio. While an Android game should run on all these devices without issues — this seldom happens. It’s not uncommon for mobile games to run great on specific devices and perform poorly on others. However, the most effective Android studios know how to optimize mobile games for a wide range of devices, even those not commonly used.

In Conclusion

There are several mobile app developers in Charlotte, yet NS804 stands apart due to experience and reputation. Furthermore, we’re one of the top Android studios in Charlotte but also have a notable presence in Denver and Richmond. Contact us today to learn how NS804 can help you create Android apps that engage users on Google Play and beyond!

3 Signs Your Mobile Android App Development Strategy Needs Improvement

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We cannot stress enough that mobile Android app development isn’t easy. It still stands as one of the more challenging platforms to develop apps for, even though Google has gone to great lengths to simplify the development process. And if you’re a seasoned developer or appreneur, you probably know this already. 

But that doesn’t change the fact that Android remains one of the biggest and most crucial platforms. So, deciding to forego mobile Android app development to make life easier isn’t an option for most. However, this doesn’t mean it can’t be made easier with the right strategy. Here’s what you need to do to look out for and fix if your Android projects are becoming unmanageable! 

1. Your Android App Suffers From Poor Performance

When running and testing your app, you may encounter serious performance issues. Never ignore these, and instead, proceed to fix them immediately. Your first step is to check that you’re running your app in release and not debug mode. While debug mode helps to detect problems, it introduces a significant performance overhead. 

If necessary, switch to release mode that uses the R8 compiler by default. The compiler will remove all unneeded code from your app, giving it a performance boost.

And if you use Jetpack Compose, you need to know that this library tends to slow down an app on startup when run for the first time. To mitigate this issue, you need to define baseline profiles. These profiles will include the necessary classes and methods within your APK. Once installed, only the most mission-critical code will undergo ahead-of-time compilation, speeding up your app’s launch times. 

But it’s not always possible to define a baseline profile that works as intended. Thus, we recommend that you get in the habit of writing Macrobenchmark tests regularly. The results of these tests should give you a clear picture of whether or not your baseline profiles are delivering the desired results. If not, you’ll need to revise these accordingly.

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2. Poor Choice Of Mobile Android App Development Environment

There are many third-party cross-platform development tools on the market today. And if you’re developing for Android, iOS, and several other platforms, you may want to use these cross-platform tools. However, many of these tools are a poor substitute for Android Studio, Jetpack Compose, and the Kotlin programming language. 

If you want native performance, a coherent user interface (UI), and all the latest operating system and mobile device features, Google’s official suite of development tools is the way to go!

3. Failure To Follow Google’s Guidelines And Best Practices 

Google’s mobile Android app development portal offers plenty of information to create robust and performant apps. We advise that you follow Google’s guidelines and best practices closely, especially if your project is languishing in development hell.

Learn how to implement the Jetpack Compose library in existing apps and use it in conjunction with other libraries. Furthermore, learn how to design systems and layouts for your Android app. And when and where to use animations, images, text, gestures, and other interactions. While there are many sources for this type of information online, much of it is outdated and may not follow best practices.

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The Bottom Line

While mobile Android app development may challenge even the most competent developers, a sound strategy will always yield favorable results. It’s essential to set up the right development environment, run your app in release mode, write Macrobenchmark tests, and follow Google’s best practices and guidelines closely. 

But if you have any questions and need the assistance of a professional studio, contact NS804 to learn how we’ll help you develop phenomenal Android apps today! 

5 Android App Development Myths, Debunked

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Whether we like it or not, development myths surround the Android platform. In a way, the Android platform is a victim of its own success, given its vast popularity. As the world’s leading mobile operating system (OS), it has evolved rapidly over the past 14 years. And with so many changes and new features introduced regularly, Android app developers have their work cut out for them.

It’s also necessary for developers to create apps that work well across a wide range of devices from various manufacturers. And there’s a need to test on more devices and spend additional time fixing bugs and patching apps.

These hoops that Android App developers have to jump through have led to several myths. One of which is that it’s far harder to develop for Android than iOS. And while there’s some truth to this, few realize that Android app development has become easier with the introduction of Kotlin and the Jetpack libraries.

But there are many more Android app development myths that we need to discuss. Read on to learn more about these myths and why we’re about to debunk them!

Myth 1: Android App Development Is Highly Profitable

During Android’s early years, many developers came on board to capitalize on this exciting new platform. And many of these developers found success, and much hype ensued about the Android platform. So much hype, in fact, that software developers specializing in other fields decided to pursue mobile app development. 

But as the platform matured and Google Play became inundated with an abundance of apps, Android app development became less profitable and far riskier. As of September 2022, the Google Play Store had over 2,6 million apps. But that’s significantly lower when the store peaked at 3,6 million apps in March 2018. 

So what does that bit of information tell us? It reveals that the golden age of Android app development has long passed. Developers and publishers have learned that it no longer makes sense to push apps onto the store on a whim. And that’s because the most successful and sustainable apps solve a problem and are high quality.

Ultimately, the Google Play Store still remains viable for those developers willing to go the extra mile. But newcomer Android developers will unlikely strike it rich with their first few apps. While there’s been a decline in apps available in the store, it’s still heavily saturated. Thus, it’s best to avoid being blindsided by claims on the internet about Android’s vast earning potential.

 

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Myth 2: The Android App Development Environment Is Inferior To iOS

That’s completely false and may even be the other way around. Google has gone to great lengths to improve the Android app development experience, and they’ve largely succeeded. Android Studio and the accompanying App Tools truly empower developers to make some amazing apps.

And if we’re to make a quick comparison between Android Studio and Apple’s XCode, we often find Android Studio’s code editor and layout designer more useful for handling larger projects. Some developers even seem to prefer Android Studio overall, but that’s also a matter of preference.

The only major downside of Android Studio is that it consumes far more memory than it should. Furthermore, it’s often a chore to configure and deal with the Android Emulator Hypervisor Driver. And this can get rather complicated if you’re using a system with an AMD processor. But once the Android Emulator is up and running, it truly gives you a feel of how your app will run on a wide range of devices.

Myth 3: You Need To Own A Wide Variety Of Test Devices

Preferably, yes, but it’s not necessary to own many test devices. The hard truth is that you probably don’t have the resources to own a large number of devices. Moreover, it doesn’t make sense to keep a bunch of older devices with deteriorating lithium-ion batteries in your studio, as that’s a potential fire hazard.

Instead, you’ll rely on the Android Emulator to give you a broad picture of how your app will run on devices made by various manufacturers. But you’ll still need to test on actual hardware, so you’ll use all the Android smartphones and tablets your team owns. And you can take things a step further by running an invite-only beta program where users with different devices can test your app.

You’ll implement analytics in your app to collect device and performance data. And you may also run a survey where you’ll ask your users questions related to the performance and smooth running of your app. Thus, you’ll gain a clearer picture of your app’s performance on a wide variety of devices. You’re also able to pinpoint the Android versions, manufacturers, models, and configurations that impact the performance of your app long before its official launch.

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Myth 4: You Need An Engine Such As Unity To Make Android Mobile Games

While Unity is a great choice for cross-platform mobile app development, you do have other options. There’s Unreal Engine if you need to create high-fidelity 3D games and AR/VR experiences. Then, there’s GameMaker and Godot if you want to make addictive pick-up-and-play 2D games.

However, if your team has the necessary skills, you may forgo a game engine. And instead, use tools and libraries such as Google’s Android Game Development Kit (AGDK). The AGDK libraries consist of the Android Frame Pacing library, Android Performance Tuner, and C/C++ game libraries. 

The latter libraries allow developers more comfortable with C or C++ instead of Kotlin or Java to create Android mobile games. And since many legacy games have been programmed in C and modern games have been programmed in C++, porting these to Android becomes a lot easier.

Myth 5: You Can Easily Release Your Android Apps On Windows 11 

Microsoft surprised everyone when they announced that Android apps would make their way to Windows 11. But it’s also one of the biggest app development myths to think this is as straightforward as it sounds. And that’s because Windows 11 users need to access the Microsoft Store and then download and install the Amazon Appstore. They’ll also need to sign in to their Microsoft Account (if necessary) and Amazon account.

That’s a very inconvenient process to gain access to Android apps only available on the Amazon Appstore. From a developer’s standpoint, it’s additional work to put an Android app onto the Amazon Appstore if it’s already on Google Play. It’s necessary to comply with Amazon’s guidelines and implement the Appstore SDK. Also, Amazon only accepts Android apps and not iOS apps, which may disappoint developers that support both platforms.

And while it’s possible to sideload Android apps on Windows 11 with Windows Subsystem for Android (WSA), it’s a complicated process. Most non-technical users will likely struggle with this; thus, the Amazon Appstore will remain the more convenient option. However, it’s a straightforward process to run Android apps from the Google Play Store on Chromebooks.

Android App Development Myths And Misconceptions

The Android platform remains exciting while offering developers the opportunity to reach over 2.8 billion users. But the popularity and overall success of the platform has led to various app development myths and misconceptions. We’ve debunked several of these, but we expect many more to make the rounds. Contact NS804 today to learn how we’ll help you create phenomenal Android apps that will reach mythical heights! 

Questions About Android App Development? 9 Answers You Need To See

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Every appreneur or forward-looking business leader wants to know about Android app development. And that’s because Android dominates the mobile OS market, at a whopping 71% as of November 2022. With such a massive market share, it makes good business sense to push your apps onto this vibrant platform. 

And while Android plays a significant role in the mobile market, it’s also a platform that many don’t properly understand. That’s because it’s a platform that will run with Google Play Services or without if a user wants to DeGoogle their phone. In some markets, such as Russia and China, Google services are no longer an option without a VPN. 

Furthermore, Android doesn’t only run on mobile devices but also computers, game consoles, IoT devices, TVs, vehicle entertainment systems, and wearables. And since it supports such a wide range of devices, Android comes in various flavors, not dissimilar to the Linux ecosystem. While this is great and a testament to the versatility of Android, it also complicates things. 

The hard truth is that Android isn’t locked down like Apple’s iOS platform. So, there’s no simple one-size-fits-all approach here. Not that’s necessarily always the case with iOS, but it’s far less open-ended than Android. 

And given Android’s open-ended nature, this presents many challenges and opportunities. Ultimately, this will cause some to ask many crucial questions about Android app development, which we’ll answer in more detail below.

1. When Did Android Debut?

Android 1.0 launched on September 23, 2008, and was made available on the T-mobile G1/HTC Dream phone. Surprisingly, it was feature-rich at such an early stage. It featured Bluetooth, Wi-Fi, a browser, a camera, Gmail, Google Maps, YouTube, and several other applications and features.

2. Is It Similar To Linux?

Android isn’t only similar to Linux but sports a repurposed version of the Linux kernel combined with other open-source components. Google releases Long Term Support (LTS) versions of these kernels under the Android Common Kernels (ACKs) name. 

But that doesn’t mean Android apps will run on Linux and vice versa. Users will need a tool such as Anbox, which will set up a container on Linux to run Android apps. And while it’s possible to run certain Linux apps made with Java on Android, it’s a messy process that often requires cross-compilation. Understandably, this isn’t a practical solution for most Android users. 

Furthermore, not all Linux app developers will use Java but another programming language instead. So their apps will only run on an Android device via a Linux emulator, but there are no guarantees that they’ll run smoothly, fast enough, or at all. The optimal solution is for these developers to port their apps to Android and take advantage of its touchscreen functionality.

3. Is It Better Than iOS?

No. Only fanboys, platform holders, and some tech publications and journalists play favorites. As an appreneur or business leader, you only need to care about the potential of each platform. In this regard, Android offers a massive user base and a mature ecosystem that has already outpaced iOS. But that doesn’t mean you should ignore iOS, either.

4. What Tools Will I Need For Android App Development?

You will require a recent Windows, macOS, Linux, or Chrome OS computer capable of running the latest version of Android Studio. You will also need at least one test device — preferably running the latest version of the Android OS. While it’s possible to test your app using the Android Emulator (part of the Android SDK), you’ll still want to run it on an actual device.

Furthermore, you should download and install the Android SDK, Android NDK, and Java SE Development Kit (JDK). You can download Android SDK & NDK directly from Google’s Android developer portal and the JDK from Oracle. Read through the documentation thoroughly to configure all of these SDKs properly. 

While it’s possible to use other IDEs, Google recommends and officially supports Android Studio. And if you’re planning on developing native Android apps, then it’s best to stick to Android Studio in the long term. Consider using other IDEs, such as Visual Studio, if you’re developing cross-platform apps or mobile games.

5. Which Programming Languages Should I Use?

For native Android app development, choose either Kotlin or Java. But it’s preferable to go with Kotlin since Google officially supports and recommends it for modern app development. However, if you’re a cross-platform developer, you may want to go with C/C++, C#, Dart, JavaScript, or Python.

6. Which Engine Should I Use For Mobile Game Development? 

We recommend Unity since it’s the most popular, versatile, and well-supported engine for mobile game development. Also, it’s a good option for 2D & 3D game development, augmented reality (AR), and virtual reality (VR) experiences. But if you require a more heavy-duty engine for creating games with high-fidelity visuals, then you’ll need to go with Unreal Engine.

Either way, you’ll likely use Visual Studio as your IDE or each engine’s visual scripting component. If you want to use Android Studio for game development, you’ll need a game framework instead. One of the best frameworks for native Android game development is libGDX.

7. Will I Need Any Additional Tools For Game Development?

If you’re developing an intensive 3D game, you’ll probably put plenty of stress on the Graphics Processing Unit (GPU). Thus, you’ll need a way to analyze draw calls and monitor your game’s performance frame-by-frame. Luckily, most mobile GPU manufacturers and even ARM offer graphics analyzers and profilers for these purposes.

While it’s possible to ship a mobile game without using these profilers, you risk shipping it with undetected graphical issues. And given that your game needs to run equally well on devices that support different graphics libraries, such as OpenGL ES, OpenCL, EGL, and Vulkan, it’s wise to profile your app before release.

8. Should I Only Focus On Google Play Store?

The beauty of the Android platform is that you have plenty of options besides the Google Play Store. If you’re willing to acquaint yourself with the requirements and Application Programming Interfaces (APIs) of other stores, you’ll find many more avenues to reach new audiences. 

After the Google Play Store, you should consider the Amazon Appstore, which runs on Fire OS devices and even on Windows 11. And don’t forget that large smartphone manufacturers such as Samsung and Huawei have their own app stores, and both have sizable audiences.

9. How Do I Get The Most Out Of My Android App?

One of the best things about Android app development is the free tooling that’s available. And one of the best free tools is none other than Google Analytics for Firebase. The Firebase SDK will give you access to a reporting suite that allows you to monitor up to 500 pre-defined events. Moreover, its analytics reports will give you a clear picture of your app’s performance, your marketing endeavors, and user behavior.

In Conclusion

Android app development is worthwhile even though it’s complex and sometimes plagued with difficulties. But it has become easier thanks to the introduction of Kotlin and an ever-improving Android Studio and tooling. Contact NS804 if you have any more questions about Android app development and how we can help you create outstanding apps. 

Troubleshooting Play Store Downloading

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Android is one of the most popular operating systems with over a billion users spanning over 100 countries. In 2021, Google Play users downloaded 111.3 billion apps from 78 billion in 2018. Play Store, Google’s leading app marketplace, continues to enjoy a significant reputation among mobile app users, especially owing to its ability to offer free and paid apps.

So, if you’re a play store user and are stuck when downloading an app or your Google Play Services keeps stopping, here’s a basic troubleshooting guide.

1. When you can’t open the Play Store on your phone

If your app can’t load or crashes when it opens, check whether you have a strong network connection. You can also check your storage space and whether there are any Android system updates.

2. Troubleshoot problems with only one app

In most cases, you’ll be dealing with one app at a time. So, when faced with an app bug or problem, uninstall and reinstall the app. Firstly, check whether the app is available for your device, then install it. A simple uninstalling and reinstalling will do the magic.

3. Force close the Google Play

Sometimes force closing the Google Play Store app is all you need to get an app up and running. You can force close your Google Play App by swiping away on the multitasking app switcher. You can also do this through the settings.

  • Open app settings app
  • Go to apps
  • See all apps
  • Tap on Google Play Store
  • Hit Force Stop
  • Okay

Force closing the Google Play App is an effective troubleshooting technique if your Google Play Services keep stopping.

4. Turn on Airplane Mode

Turning the airplane mode on and off can get an Android app up and running. This is not a complicated process and it’s safe. So, next time your Google Play Services keep stopping, try turning on airplane mode.

5. Restart your router

You’ve fixed a Wi-Fi issue once or twice by simply restarting your router. While it may not make sense, give it a try and you may fix an app issue if your Google Play Services keep stopping. Restarting your router gives your phone a refreshed internet connection, allowing all apps to download and operate seamlessly.

6. Restart your phone

Something as simple as rebooting your phone may do magic. Restarting your phone may solve some serious smartphone problems and may only take a minute or two. So, next time you’re facing a serious app issue when play store downloading, try rebooting your phone and installing and reinstalling the app. This trick will automatically fix the problem.

NS804 – Fixing Play Store Downloading Problems

NS804 provides custom mobile app development solutions for both Android and IOS. We strongly believe that one of the most common problems with apps is poor design and poor implementation. That’s why NS804 is interested in individual developers, aspiring app owners, and businesses to deliver trusted app solutions.

So, if you own an app and you’re experiencing a problem, look no further. At NS804, we provide custom mobile app fixes, allowing your app to answer your customers’ most pressing challenges.

Contact NS804 for time-to-value Android mobile app development solutions.