🎮 How to Make a Game on Mobile in 2026

To learn how to make a game in mobile, start with a small idea, choose a touch-friendly game maker, and build one playable feature at a time. You can create a real Android game without coding, though a computer can make larger projects easier to manage.

A tap-to-dodge game, tiny platformer, or one-screen puzzle is a better first project than the sprawling adventure already forming in your imagination. We’ve seen the same pattern repeatedly: beginners make faster progress when they finish a simple game, test it with someone else, and improve from actual feedback.

Your phone can help you plan, build, test, and even prepare a game for release. The trick is choosing tools that can export your project and checking Google Play’s current requirements before you publish.

Key Takeaways

  • Start small: Build a simple game with one core mechanic before adding levels, features, or elaborate art.
  • Choose the right tool: Mobile-friendly editors like Max2D and visual game makers like GDevelop can help you begin without coding.
  • Test on a real phone: Check touch controls, readability, performance, and bugs on the device your players may use.
  • Use AI as an assistant: It can help draft ideas, art, and logic, but you’re responsible for testing and polishing the game.
  • Plan for publishing early: Confirm your editor’s export options and follow the latest Google Play policies and submission requirements.

Table of Contents

Quick Tips and Facts

  • Yes, you can make a playable mobile game using only an Android phone. A touch-friendly editor can handle a small 2D project from idea to prototype; for more complex production, a computer offers a faster workflow and broader tooling.
  • Start with one mechanic, not a sprawling dream. A one-screen puzzle, tap-to-dodge game, or short platformer is easier to finish, test, and improve.
  • No coding required? No problem. Tools such as Max2D and GDevelop offer visual or event-based workflows. Coding remains useful for custom systems and fine control.
  • AI can speed up protyping, but it does not replace design or testing. Treat generated scenes, art, and logic as a first draft, not a finished game.
  • Test on the phone you’re building for. Touch controls, text size, battery use, and performance can feel very different on a real device than in an editor preview.
  • You can work offline in some mobile editors, but downloading assets, using AI features, syncing projects, and sharing games generally require internet. Check each app’s current requirements.
  • Publishing is separate from making. A game can be exported from a phone, but Google Play still requires a developer account, a compliant app bundle, store materials, and review. See Google Play Console’s official requirements.
Quick question Short answer
Can I make a game on Android? ✅ Yes, especially small 2D games and prototypes.
Do I need to know programming? ❌ Not to begin; visual logic can handle many beginner projects.
Can I publish a phone-made game? ✅ Yes, if your tool exports a supported build and you meet store requirements.
Is AI enough to make the whole game? ❌ AI can assist, but you still need to test, refine, and make design decisions.
What should I build first? A tiny game with one clear goal and a satisfying core action.

📱 The Game Studio in Your Pocket: What You Can Make on a Phone in 2026


Video: How To MAKE a ROBLOX GAME on MOBILE…








The first thing we tell new developers at Stack Interface™ is that “making a game” can mean anything from a five-minute prototype to a polished commercial release. Your phone can be a perfectly good starting studio for a compact 2D game; it is less comfortable as a full replacement for a desktop production pipeline.

If you want the broader game-development journey—from idea and design to playable release—see our guide on how to make video games.

Can You Make a Real Game Using Only an Android Phone?

Absolutely. A real game does not need a sprawling map or a cinematic trailer. It needs a playable loop: player actions, rules, feedback, and an outcome. Build a character that jumps over hazards, a puzzle with clear rules, or a racing game with a finish line, and you have a real game.

Phone-first tools such as Max2D focus on visual editing and mobile-friendly 2D creation. GDevelop offers a visual event system and can target multiple platforms. These options reduce the need to type code, though they do not eliminate the need to think carefully about game rules.

One competing guide describes the phone as the studio itself for 2D development. That is a useful perspective for small projects, but it can overstate how comfortable phone-only work is for larger ones. We agree with the spirit: the device is capable; the project scope is the constraint.

What Mobile Game Projects Are Best for Beginners?

A good first project is small enough to finish and rich enough to teach you something.

Beginner project What you’ll learn Why it fits a phone workflow
Tap-to-dodge game Input, collision, score, restart One screen and simple controls
Mini platformer Gravity, jumping, level design A few short levels are manageable
Matching puzzle Rules, UI, animations Works well with touch input
Endless runner Spawning, speed, difficulty Reusable obstacles keep scope contained
Clicker or idle game Progression, feedback, saving Mostly UI and simple game logic
Top-down maze Movement, walls, goals Small tile-based layouts are easy to edit

A useful rule of thumb from phone-based development is: if the game works one screen at a time and plays well with taps or swipes, it is a strong mobile-editor candidate. That is a starting filter, not a hard technical limit.

Phone-Only Game Development: Benefits and Limitations

Area Phone-first development Desktop or laptop development
Getting started ✅ Low setup friction; edit where you are ❌ More setup and tool installation
Touch testing ✅ Test on the target device directly ⚠️ May need device connection or emulator
Editing precision ⚠️ Small screen can slow detailed work ✅ More room for timelines, code, and panels
Large projects ⚠️ File management and iteration get cumbersome ✅ Better suited to complex assets and builds
Learning curve ✅ Visual editors can ease the first steps ✅ More documentation and professional tools
Best use Prototypes, 2D games, small releases Larger games, complex code, team workflows

Our recommendation: make the first prototype on the device you have. If the project grows beyond the phone’s editing comfort, move the project to a computer when your tool supports it. The game idea does not care which screen you used to start.

🕹️ A Short History of Mobile Game-Making Apps

person using silver iPhone X

Early mobile game creation often meant writing code on a computer and transferring builds to a phone for testing. Modern engines and creator apps increasingly provide visual editors, templates, touch-friendly workflows, and cloud-based services. That shift has made protyping more accessible, though professional-scale development still often uses desktop tools.

The broader engine landscape includes Unity, Godot, GDevelop, and lightweight Android-focused creators such as Max2D. Each makes a different trade-off between ease of use, portability, customization, and export options.

A useful distinction: a game-making app is not always a game engine, and a learning app is not always a creation tool. For example, Learn Game Development by Programming Hub is presented as a learning app with lessons and coding practice. It can help build understanding, but you should verify its current features before assuming it exports a finished game.

🧰 Choose Your Android Game-Making Tools


Video: You Can NOW Create ROBLOX GAMES on MOBILE!








The right tool depends on what you want to build, how much code you want to write, and where you want to publish. Don’t pick an engine because somebody made a spectacular trailer with it. Pick one you can actually use to finish your first game.

Best Game Engines and Apps for Making Games on Android

Tool Best for Coding required? Strengths Trade-offs
Max2D Phone-first 2D creation No-code/visual workflow Built for touch editing; approachable protyping Scope and export options depend on current app capabilities
GDevelop No-code 2D and selected 3D workflows No-code events; JavaScript extension available Visual events, tutorials, multi-platform publishing options Some workflows may be easier on a larger screen
Godot Flexible 2D/3D projects Usually yes, with visual options available through extensions Open-source engine; powerful 2D tools Full development is more comfortable on desktop
Unity 2D/3D projects and broad ecosystem Usually yes, commonly C# Large ecosystem, documentation, platform support More setup and learning overhead
Programming Hub: Learn Game Development Learning concepts and code Learning-focused Bite-sized lessons and practice features described by the publisher A course app is not necessarily a game export tool

A competitor’s guide calls Max2D a free way to build, test, and share 2D games on Android. That may be useful for a phone-only workflow, but app features, export availability, and subscription or account conditions can change. Check the app listing and current in-app terms before committing a project.

GDevelop’s official site describes a no-code event system and publishing options for web, desktop, and mobile. Its “one-click” language refers to a simplified export workflow, not a promise that every project will pass every store’s technical and policy checks. Those are separate steps.

Free Game Makers for Android: What You Can Do at No Cost

Many tools let you begin without paying, but “free” can refer to different things:

  • Free to download, but with optional paid features.
  • Free to create, with limitations on cloud services or exports.
  • Open-source software, with separate costs for hosting, assets, or distribution.
  • Free tutorials, but no game editor included.

Before building a serious project, check:

  1. Export formats: Can it produce a web build, APK, Android App Bundle (AB), or another format you need?
  2. Ownership and licensing: Who owns your project, and what terms apply to included assets?
  3. Offline use: Which tools work without a connection?
  4. Account requirements: Can you save locally, or must you sign in?
  5. Update history and support: Is the app actively maintained?

Best AI Game Makers in 2026

AI-assisted game tools can turn a plain-language request into a rough scene, starter logic, or draft artwork. That is useful for getting unstuck. It is not magic, and “generate a game” can produce a prototype that still needs substantial design and testing.

AI-assisted task Helpful use What still needs your judgment
Generate a scene or level Quickly sketch a playable layout Pacing, fairness, readability
Draft game logic Explore a mechanic or event structure Bugs, edge cases, performance
Create concept art Test color and character directions Consistent style and asset rights
Suggest code Learn implementation patterns Verify correctness and security
Write store text Generate a first draft Accuracy, policy compliance, honest claims

Use AI as a junior collaborator, not an autopilot. Review every asset and mechanic, test generated code, and confirm the tool’s terms allow your intended use. For more on this area, explore our AI in Software Development coverage.

How to Choose Between No-Code Tools and Game Engines

Choose a no-code tool when your priority is getting a small playable idea working quickly. Choose a full engine when you need deeper control, custom systems, or a workflow that can grow with the project.

  • No-code or visual events: Best for beginners, prototypes, and simple 2D mechanics.
  • Visual scripting plus code extensions: Best when you want an easier start but room to customize.
  • Code-first engines: Best when you want programming practice or precise control over game behavior.

A coding learner may pair an editor with a course app such as Programming Hub, but lessons alone do not replace hands-on building. The quickest way to understand a mechanic is still to implement it, test it, break it, and fix it.

🧠 Plan Your First Mobile Game


Video: How to Start Mobile Game Development – Full Tutorial for Beginners 2026.








Before placing a single sprite, decide what the player does again and again. That repeated action is the game’s core loop. If the loop is dull, shiny menus will not rescue it. If the loop is fun, simple art can carry a surprisingly good first release.

Pick a Small, Achievable Game Idea

Use this scope test:

  • Can you explain the game in one sentence?
  • Does the player have one main action?
  • Can you build a playable version with one level or screen?
  • Can you test the central mechanic before creating all the art?
  • Can you finish a first version without a large team?

For example: “Tap to change lanes and avoid incoming obstacles for as long as possible.” That gives you a control, a challenge, and a scoring opportunity. It does not yet require a 40-level campaign, a pet system, or a lore encyclopedia. Your future self will thank you.

Write a Simple Game Design Document

A first game design document can fit one page:

Prompt Example
Game idea A one-screen lane-dodging game
Player goal Survive as long as possible
Core action Tap to switch lanes
Challenge Obstacles arrive faster over time
Win/lose condition Collision ends the run
Feedback Sound, screen flash, score update
First version One character, three lanes, one obstacle type
Test question Can a new player understand the control in seconds?

Write down what is not in the first version too. That list protects your project from feature creep.

Choose Your Game Genre, Art Style, and Controls

Design for the actual screen:

  • Portrait orientation suits one-handed play, vertical puzzles, and endless runners.
  • Landscape orientation suits platformers, racing games, and broader action layouts.
  • Tap controls are simple but may limit precision.
  • Swipe controls are expressive but need generous input zones.
  • On-screen buttons can be familiar, but they use valuable screen space.

Use large touch targets and readable text. Google’s Android accessibility guidance offers useful principles for making interfaces easier to operate. A game is not more skillful because its buttons are tiny.

🛠️ Step by Step: Make Your First Game on an Android Phone


Video: How to Make ROBLOX GAMES on Mobile.. (iOS & Android).








We recommend making one complete, tiny game before expanding the idea. The steps below work across many visual editors, though exact menus differ by app.

1. Install a Mobile Game-Making App

Choose one tool based on your goals:

Before starting, check that the app is compatible with your Android version and supports the export format you eventually need. Do not build a month-long project in a tool before confirming you can get the game out of it.

2. Start a New Project and Set Up the Screen

Create a project and choose:

  • Portrait or landscape orientation.
  • A simple resolution or aspect ratio.
  • A small first level.
  • Touch-friendly controls.
  • A clear starting scene.

Do not obsess over screen resolution on day one. Make sure your interface scales well and important elements stay visible on different displays. Android devices vary in screen shape, density, and performance; Google’s screen compatibility guidance is a helpful reference.

3. Create or Import Game Characters and Assets

Start with placeholder shapes if necessary. A colored circle can prove that movement works before you spend time drawing a hero with 14 animations.

You can:

  • Draw simple sprites in a graphics app.
  • Use assets included with your game-making tool.
  • Find assets from reputable libraries such as Keney or OpenGameArt.

Check each asset’s license and attribution rules. “Free download” does not automatically mean “use anywhere without conditions.”

4. Build the Level, Background, and User Interface

Create only enough scenery to explain the play space. Add:

  • A clear background.
  • Obstacles or interactive objects.
  • A score or objective display.
  • A pause or restart option.
  • Visual cues that show where the player can move.

Keep UI away from the edges where system gestures may interfere, and make text large enough to read on a phone held at a normal distance.

5. Add Player Controls and Game Mechanics

Build the main interaction first. For a lane-dodging game:

  1. Detect a tap.
  2. Change the player’s lane.
  3. Check whether the new position is valid.
  4. Detect obstacle collisions.
  5. Update score or end the run.
  6. Give immediate feedback.

In event-based tools, this may look like “When tap occurs → move player → if collision → end game.” In a code-based engine, you implement the same logic in scripts.

6. Add Sound, Music, and Visual Effects

Small feedback effects make actions feel responsive:

  • A short sound when the player collects an item.
  • A visual flash on collision.
  • A subtle animation when the score increases.
  • Background music that does not overwhelm gameplay.

Keep volume controls accessible and avoid unexpectedly loud audio. For game audio, use original work or assets with clear licenses. Freesound provides searchable audio, but individual files can have different license conditions.

7. Create Menus, Scoring, and a Game-Over Screen

A minimal first release usually needs:

  • A title or start screen.
  • A clear way to begin.
  • A score or progress indicator.
  • A game-over state.
  • A restart button.
  • A settings option if the game uses sound or vibration.

Add a short tutorial hint if players may not understand the controls. Better still, teach through the first few seconds of play rather than making people read a wall of instructions.

8. Test, Fix Bugs, and Improve Performance

Play the game repeatedly, then ask someone who has never seen it to try. Watch where they hesitate. Resist the urge to explain the controls; their confusion is useful evidence.

Test for:

  • Taps registering where expected.
  • Collisions behaving fairly.
  • Text and buttons fitting the screen.
  • Stable frame rate on your device.
  • Pause, restart, and app-resume behavior.
  • Audio settings and saved progress.

The first video featured in this article emphasizes finishing small projects, testing, learning from feedback, and using analytics after release. See its perspective at #featured-video. The advice to finish your games is especially sound: an imperfect complete game teaches more than a perfect idea that never leaves the editor.

9. Export and Share a Playable Build

Export options depend on the tool. You may be able to share a web build, an APK, or an Android App Bundle. These formats are not interchangeable:

  • APK: Installable Android package, commonly useful for direct testing.
  • AB: Android App Bundle format used for Google Play distribution.
  • Web build: Runs in a browser if the engine supports it.

Google documents Android App Bundles and Play delivery in its official Android App Bundle guide. Confirm the current export flow in your engine’s documentation before release.

💻 Make a Mobile Game With or Without Coding


Video: How To Make A ROBLOX GAME On MOBILE (2026).








There is no rule that says you must choose between “no code forever” and “become a software engineer first.” Many creators begin visually, then learn code when their game needs a feature the editor cannot handle easily.

How to Make a Game Without Coding

A no-code workflow typically uses objects, behaviors, and event rules:

  1. Create a player object.
  2. Add a built-in movement behavior.
  3. Add a touch input event.
  4. Create an obstacle object.
  5. Add collision and scoring rules.
  6. Test and adjust values in the editor.

GDevelop’s official site describes its event-based approach as a way to create game logic without advanced programming languages. Max2D also promotes visual creation for phone users. No-code tools are capable, but you still need to understand logic: “when this happens, do that” is programming thinking, even when you never type a semicolon.

How to Code a Game on Your Phone

Writing code on a phone is possible but can feel like threading a needle while wearing mittens. A Bluetooth keyboard helps, and a coding-oriented app or cloud editor can make short exercises practical. For larger projects, use a desktop engine when available.

Common language choices include:

  • C# with Unity.
  • GDScript with Godot.
  • JavaScript for web-oriented games and some engine extensions.
  • Kotlin or Java for native Android development, though these are not the typical first choice for a full game engine project.

For fundamentals, study variables, conditions, loops, functions, input, collision, and state. Our Coding Best Practices category covers general practices that apply beyond games.

How to Make a Game With AI

AI can help you:

  • Brainstorm mechanics and themes.
  • Generate placeholder dialogue or item descriptions.
  • Draft a level layout.
  • Explain an unfamiliar code snippet.
  • Create concept art or temporary assets.

A practical workflow:

  1. Describe one mechanic clearly.
  2. Ask AI for a small prototype or implementation plan.
  3. Add the result to your project.
  4. Test it on-device.
  5. Inspect errors, licensing, and usability.
  6. Keep only what improves the game.

Do not paste private credentials, unpublished business information, or sensitive player data into an AI service. And do not trust generated code just because it looks plausible. AI output can contain bugs, outdated methods, or licensing complications.

What AI Can—and Can’t—Do for Your Game

AI can help with AI cannot reliably decide for you
Draft code and explain concepts Whether your game is genuinely fun
Generate rough art ideas Whether all assets match stylistically
Suggest level variations Whether difficulty is fair
Produce store-description drafts Whether claims meet store policies
Speed up repetitive tasks Whether generated work is legally usable

The developer remains responsible for quality, testing, player experience, and compliance. For broader discussion of responsible AI workflows, see our AI in Software Development resources.

🎨 Create Game Art, Animation, Music, and Sound Effects


Video: How to Make ROBLOX GAMES on Mobile.. (iOS & Android).







A phone-made game does not need expensive-looking art. It needs art that communicates clearly. Strong contrast, consistent shapes, and readable animation beat a jumble of unrelated “fancy” assets every time.

Make 2D Sprites and Backgrounds on Android

For a first project, use a limited palette and a small number of assets:

  • One player sprite.
  • Two or three obstacle types.
  • A simple background.
  • A small set of UI icons.
  • One or two short animations.

Keep source files organized and preserve editable originals. If your engine supports sprite sheets, group animation frames consistently. Test sprites against the actual background; a character that looks crisp in an art app may disappear in the game scene.

Create or Find Audio You Can Legally Use

Use original audio or check a file’s exact license. Freesound’s licensing information explains that licensing can differ between sounds. Keep a record of asset sources and required credits.

A good mobile mix often uses short effects rather than constant noise:

  • Confirm important actions with a sound.
  • Keep background music optional.
  • Avoid repeated effects becoming irritating.
  • Test with the phone speaker, headphones, and muted audio.

Use Free Game Assets Without Licensing Surprises

Before importing an asset, confirm:

  • Commercial use is permitted if you plan to monetize.
  • Attribution requirements are clear.
  • Modifications are allowed if you need to edit it.
  • The license applies to the specific file, not just the website in general.

Libraries such as Keney and OpenGameArt can help you find starter art, but always read the asset’s own license. Maintain a simple credits file in your project.

📲 Tips for Building a Game on a Small Screen


Video: How to Start Making Games (With NO Experience).








Phone development rewards short, focused sessions. A competing guide recommends 20-minute work blocks and one task at a time; we like the principle, though the ideal session length depends on your schedule. The key is to end each session with a clear next step.

Improve Your Workflow With Touch Controls and a Keyboard

  • Use landscape mode if the editor has crowded panels.
  • Add a Bluetooth keyboard for code or longer text.
  • Work one task per session: controls, level, or UI.
  • Save a named backup before major changes.
  • Use templates only after understanding what they include.

A tablet or external display can improve comfort, but the core workflow should still be tested on the phone. A bigger editor does not guarantee better gameplay.

Keep Files Organized and Back Up Your Project

Create sensible folders for:

  • Project files.
  • Art and animation.
  • Audio.
  • Exports.
  • Licenses and credits.
  • Backups.

If the tool supports cloud sync, check how it handles conflicts and whether offline edits are preserved. Never rely on a single copy of a project. A lost prototype is a terrible game mechanic.

Make Your Game Run Smoothly on Android Devices

Performance depends on the game, engine, and device. Keep an eye on:

  • Large images and unnecessary effects.
  • Too many active objects.
  • Repeated background tasks.
  • Battery drain and device heat.
  • Touch responsiveness.
  • Loading times.

Test on more than one device if possible. Android offers a wide range of hardware and screen configurations; Google’s Android vitals overview explains performance signals relevant to apps distributed through Play.

Can You Make a Game on Your Phone Without Internet?

Often, some editing can be done offline, especially when the editor and project files are already installed. Internet may still be needed for:

  • AI generation.
  • Downloading assets or templates.
  • Cloud saves.
  • Multiplayer features.
  • Community sharing.
  • Store publishing and updates.

The Max2D guide, for example, says its visual editor can work offline while AI generation and community sharing require connectivity. Treat that as an app-specific claim, and verify current behavior in the app itself. Offline creation and offline publishing are very different things.

🚀 Publish an Android Game on Google Play


Video: You can Make A GAME 🎮 in Your PHONE 📱.







Publishing is a separate project phase. A game can run perfectly on your phone and still need technical, content, privacy, and store-listing work before it is ready for release.

Can a Game Made on a Phone Go on the Google Play Store?

Yes, if your tool can export a supported Android build and you meet Google Play’s requirements. The device used to create the game is not the deciding factor. The exported app must meet the current technical and policy rules.

Google’s Play Console help center is the source to trust for current requirements. Account setup, testing rules, app signing, target API requirements, data disclosures, and review processes can change. Do not rely on an old video or a creator’s guide for current submission details.

Prepare Your Game Build, Store Listing, and Screenshots

Before submission, prepare:

  • A tested Android build.
  • App title and accurate description.
  • App icon and required graphics.
  • Screenshots from real gameplay.
  • Content rating information.
  • Privacy policy if applicable.
  • Data safety declarations.
  • Contact information and support details.

Make sure store screenshots match the game. If you show features that do not exist, players will notice—and so may the reviewer.

Understand App Signing, Testing, and Store Policies

Follow Google’s current instructions for app signing and release tracks. New personal developer accounts may be subject to testing requirements; check the official testing requirements page rather than trusting an outdated number quoted in a video.

Review relevant policies before adding ads, analytics, accounts, or in-app purchases:

A small game can still collect data through third-party SDKs. Know what your tools and services transmit, and disclose it accurately.

Publish on Other Platforms or Share Your Game Directly

Before a public store launch, share a test build with friends or use your engine’s community platform if available. Collect practical feedback:

  • Were the controls obvious?
  • Did anything crash?
  • Did players understand the goal?
  • Where did they stop playing?
  • Did they want another round?

Web publishing can be a low-friction way to gather early feedback. Direct APK sharing can work for private testing, but users must understand installation warnings and compatibility requirements. For a public Android release, use the official Play Console process.

💰 Monetize and Promote Your Mobile Game


Video: How to Make a Mobile Game With AI and Earn Money.








Monetization is a design decision, not a sticker you slap on after the game is done. Ads and purchases affect pacing, privacy, and player trust.

Ads, In-App Purchases, and Paid Downloads

Common models include:

  • Rewarded ads: Players choose to watch an ad for an in-game benefit.
  • Interstitial ads: Full-screen ads between game sessions or natural breaks.
  • In-app purchases: Cosmetic items, extra content, or other digital goods.
  • Paid download: Players pay upfront for the game.

For a first game, prioritize a good experience over monetization complexity. If you use an ad network or analytics SDK, review its data practices and Google Play disclosure requirements. The featured video mentions tools such as Google AdMob and analytics services; use them only when they fit your project and you understand their setup.

Build an Audience and Get Useful Player Feedback

Start with a small, honest description of what makes your game enjoyable. Share short gameplay clips, invite testers, and ask specific questions rather than “Is it good?”

Track a few meaningful signals if you have analytics:

  • Tutorial completion.
  • Session length.
  • Level completion.
  • Crash frequency.
  • Where players quit.

Analytics can show what players do, but not always why they do it. Pair measurements with direct feedback. For data-related concepts, our Data Science coverage can help explain how to interpret metrics without treating every graph as gospel.

🔍 Keep Learning: Resources for Mobile Game Developers

The fastest way to learn is to build small projects and study the tools you actually use. Good resources include:

The first video’s advice to start small and finish games is worth repeating. Make a tiny game, release or share it, learn from the rough edges, then make the next one better. That is how a pocket-sized experiment becomes a real development skill.

Jacob
Jacob

Jacob is a software engineer with over 2 decades of experience in the field. His experience ranges from working in fortune 500 retailers, to software startups as diverse as the the medical or gaming industries. He has full stack experience and has even developed a number of successful mobile apps and games. His latest passion is AI and machine learning.

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