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Plant a seed of an idea. Watch it grow into a full Android app.
InCoder enables users to bypass heavy local Android Studio setup by providing a complete, browser-based cloud IDE, eliminating configuration and hardware limitations.
Trusted by developers from
"My laptop couldn't even open Android Studio without lagging. With InCoder, I built and published my first Android app straight from the browser."
Planner designs. Code Writer builds. Debugger fixes. All three share one credit. You choose GPT-4o, Gemini, or Claude per request.
Reads your prompt and maps out the full app architecture — package namespaces, activity lifecycles, navigation routes, and module contracts — before generating a single line of code.
The primary code generator. Synthesizes full Kotlin/Java, Jetpack Compose layouts, manifest permissions, Firebase connectors, and MVVM architecture across multiple project files simultaneously.
Runs automated bytecode and syntax lint passes. If compilation bottlenecks or missing imports occur, it feeds errors back to the Code Writer in an autonomous closed loop until the build is 100% clean.
One credit executes the entire 3-stage loop — Planner, Code Writer, and Debugger. No per-stage surcharges or token penalties.
AI inspects your package structure, existing classes, Gradle plugins, and AndroidManifest before prompt execution, preventing hallucinated dependencies.
Most AI tools write generic code. InCoder reads your project structure, dependencies, and architecture before every chat session. The result? Code that actually fits your codebase.
When you open or import a project, InCoder analyzes all files and generates a compact context summary. This happens automatically — no setup needed.
First message includes full project context. Follow-ups use chat history + only newly relevant files. Dramatically cheaper and more accurate than resending everything.
After every 5-6 exchanges, old messages are compacted into summaries. Your context window stays small regardless of conversation length.
No setup. No configuration. No hardware limits.
Navigate to incoder.in from any Chromebook, Mac, PC, or iPad. Zero local toolchain installation needed.
Pick Android Native (Kotlin/Java), Python, Web, or Rust. Or clone your existing Git repository in seconds.
Write code directly in the Monaco IDE or prompt our 3-stage AI pipeline to architect, write, and debug features.
Trigger lightning-fast cloud Gradle daemons. Watch live streaming compilation logs and R8 optimization in real-time.
Receive your release APK/AAB bundled with a production cryptographic keystore. Upload directly to Google Play.
“researcher tire plan have enough computing power to compile codebases containing between 1.5 Million to 3.5 Million lines of code (LoC), with up to 100+ Gradle modules, heavy NDK/C++ libraries, and full R8/ProGuard obfuscation.”
While web-based compilers typically choke on complex dependencies, InCoder Researcher Tier allocates dedicated cloud instances with persistent memory daemons, allowing enterprise Android teams to build multi-gigabyte codebases entirely in the browser.
Full AST parsing and compilation capacity for enterprise codebases, kernel forks, and multi-flavored Android ecosystems without compiler crashes.
Multi-daemon parallel task execution across decoupled micro-modules, dynamic feature modules, and complex composite build dependency graphs.
Pre-configured CMake, LLVM/Clang compiler suites, OpenCV, FFmpeg, and Rust Android targets built with hardware SIMD acceleration.
Complete bytecode tree-shaking, method inlining, dead-code removal, and deep cryptographic symbol obfuscation ready for Google Play release.
Watch your code transform into a real Android, Python, or Web app in real-time. Live build logs, instant error detection, one-click downloads.
No lock-in. No hidden clauses. We build the tool. You own everything that comes out of it.
Trust is earned through mathematical proof and open engineering standards. We publish our full cryptographic specification so you know exactly how your release keys are generated, signed, and protected.
APK keystore passwords and alias keys are never generated using predictable pseudo-random seeds. InCoder uses java.security.SecureRandom and OS kernel entropy pools (/dev/urandom).
We package certificates inside modern standard .jks (PKCS#12) containers in strict alignment with Google Android Open Source Project (AOSP) guidelines.
Your keystore file and generated credentials are encrypted at rest using authenticated AES-256-GCM encryption with isolated per-user master derivation keys.
Unlike proprietary cloud app builders that lock you in by withholding your release certificates, InCoder provides full download access to your raw .jks file and cleartext password.
Summary specification for security audits and compliance officers
| Parameter | Standard & Algorithm | Security Guarantee | Industry Compliance |
|---|---|---|---|
| Password Generation | CSPRNG (SecureRandom / /dev/urandom) | 256-bit entropy, unguessable character set | NIST SP 800-90A |
| Key Format | PKCS#12 (.jks / .p12) | Cross-platform cryptographic key bundle | RFC 7292 |
| Asymmetric Signature | RSA 2048/4096 & ECDSA P-256 | SHA256withRSA / SHA256withECDSA | Android APK Sign v2/v3/v4 |
| Vault Encryption | AES-256-GCM authenticated cipher | Isolated zero-knowledge storage | FIPS 197 / NSA Suite B |
| Export Rights | Raw .jks binary + password file | Full developer ownership, zero platform lock-in | Google Play Console Ready |
From Android native to systems programming. All in the same editor you already know.
Kotlin, Java, XML
Full Gradle builds
In-browser execution
+ Cloud runtime
HTML, CSS, JS
React, Vue, TypeScript
Rust, C, C++
Go, Zig, Dart
And 70+ more languages supported with full syntax highlighting and IntelliSense.
InCoder is expanding beyond Android. These capabilities are on the roadmap and will arrive progressively.
Build and preview modern frontend projects directly in the cloud, without installing a local development environment.
A more visual workflow for turning ideas into interfaces, components, and working application screens.
More project types, smoother previews, and a broader cloud development workflow as InCoder evolves.
| Feature | InCoder | Firebase |
|---|---|---|
| Browser-based | ✓ Yes | ✓ Yes |
| Build real APK | ✓ Yes | ✗ No |
| APK Signing + Keystore | ✓ Yes | ✗ No |
| 3-Stage AI Pipeline | ✓ Planner + Coder + Debugger | Basic |
| Context-Aware AI | ✓ Full Project Context | Limited |
| Works on 4GB RAM | ✓ Yes | ✓ Yes |
| India Pricing (INR) | ✓ Yes | ✗ USD |
Start free, upgrade when you need more power.
Concurrent builds, per tier. Go over your limit and the next build queues automatically instead of failing — nothing is dropped. These ceilings rise as the user base grows.
Press F11 on Windows to toggle full screen. On Mac, press Control + Command + F.
No. InCoder runs entirely in your browser. We handle compilation, the Android SDK, and Java — all in the cloud. Your laptop only needs a browser and an internet connection.
Yes. Drag and drop your project folder, browse your local files, or upload a ZIP. InCoder recreates your file structure instantly and AI learns your codebase on import.
Free plan APKs are retained for 24 hours. Advance: 7 days. Pro: 30 days. Researcher: 90 days. We recommend downloading immediately. Your keystore is stored permanently regardless of plan.
Your keystore is stored encrypted in secure cloud storage. We generate it, but you download and own it. Without your keystore, even we cannot sign future updates for your app. That is the point — you have full control.
Pro and Researcher plans support optional personal API keys for one model (Pro) or all three (Researcher). This lets you use your own enterprise billing while still getting InCoder's context system and pipeline.
GPT-4o and Gemini Pro are more token-efficient for our use cases. We pass that efficiency to you as a 20% credit bonus. Claude burns at 1.0x because it produces longer outputs. You choose per request based on your preference.
All plans include Android (Kotlin/Java/XML) and Python. Advance adds Web (HTML/CSS/JS). Pro and Researcher unlock all 80+ editor-supported languages including Rust, Go, C++, Dart, and more.
To prevent out-of-memory (OOM) errors
during heavy builds, we recommend these maximum JVM allocations based on your plan:
Researcher: Gradle 9GB, Kotlin 5GB
Pro: Gradle 7GB, Kotlin 4GB
Advance: Gradle 5GB, Kotlin 2.5GB
Free: Gradle 3.2GB, Kotlin 0.8GB
These are recommendations, not absolute limits. When editing gradle.properties, InCoder
provides intelligent "ghost text" to automatically suggest the correct allocation limits for
your plan.
Join thousands of developers building Android, Python, and Web apps in the cloud. No credit card required.
Free plan includes 300 AI credits and 10 builds. No credit card required.