Build passed
Studio checks the actual build process and exit status.
Checking…Build exited successfully
Build it. Run it. Prove it works.
AirCode Studio brings your AI coding agent, projects, files, terminal, Git review, and live Web/iOS/Android applications into one workspace. Describe what you want to build, watch the agent implement it, run the real application, verify the result, and keep refining without leaving Studio.
Coming to macOS · Windows · Linux
More than code generation
Most coding agents finish when they have edited the files.
AirCode Studio continues through the development loop: Plan → Build → Run → Check → Review
The agent understands the task and project.
Files are edited and the actual project is built.
Launch the application on Web, iOS, or Android.
Interact with the application and verify the result.
Inspect the diff, stage changes, and commit.
One task. One workspace. The complete development loop.
Web + iOS + Android
Switch between a browser, iOS Simulator, and Android Emulator while keeping the same project, agent session, files, terminal, and Git changes.
Build output
› Detected Vite · React · npm › npm run dev -- --port 5180 Local: http://127.0.0.1:5180/ ✓ Preview attached
Build output
› xcodebuild -scheme SnakeGame -configuration Debug ** BUILD SUCCEEDED ** › Installing on iPhone 16 Pro Simulator… ✓ App launched ✓ Screenshot captured [SnakeGame] MenuScene ready
Build output
› ./gradlew :app:assembleDebug BUILD SUCCESSFUL › Installing app-debug.apk on AirCode_Preview_API_35… ✓ App launched ✓ Screenshot captured I/SnakeGame: MenuActivity resumed
Local native pipelines
AirCode Studio works with existing native and cross-platform projects and orchestrates the local toolchains they already use.
Build, install, launch, capture screenshots, and inspect runtime output.
Build Android applications locally and launch them on an emulator.
Run the Flutter workflow with runtime logs and hot reload.
Coordinate the native build with Metro.
Prepare and synchronize the native project before launch.
Studio orchestrates the real local development stack instead of hiding it.
Agent-driven verification
AirCode Studio gives the agent controlled access to the running web application so it can verify behavior instead of assuming its code works.
Test the sign-up flowArchive
Test sign-up: create an account and make sure it lands on the dashboard.
/signupnavigatesignup-result.png
Browser control runs through an origin-restricted local bridge.
Objective completion checks
Studio checks the actual build process and exit status.
Checking…Build exited successfully
Studio confirms that the application mounted visible content.
Checking…Visible application content detected
Studio checks for uncaught browser errors.
Checking…No uncaught errors detected
AirCode Studio uses observable runtime signals to help check whether a task actually reached a working state.
Git built into the workflow
1 of 2 sections staged · resolve the conflict to commit
Msrc/screens/StartScreen.tsx+3 −1
@@ -14,6 +14,8 @@Staged
Asrc/components/BestScore.tsx+18
@@ -0,0 +1,18 @@Not staged
Csrc/game/config.tsConflict
@@ -7,5 +7,1 @@Conflict with main
~/lumen-loop $ npm run dev VITE v5.4.2 ready in 412 ms ➜ Local: http://127.0.0.1:5189/ ➜ press h + enter to show help 12:41:07 [vite] hmr update /src/screens/StartScreen.tsx 12:41:52 [vite] hmr update /src/components/BestScore.tsx
See exactly what the agent modified.
Stage individual sections rather than accepting an entire generated change.
Handle conflicts inside the same development workspace.
Move verified work into Git without leaving Studio.
The running application, conversation, and code review stay connected — and you stay in control: review changes before you ship them.
Local session continuity
Agent execution belongs to AirCode Studio’s shared local service rather than the lifetime of a single UI window.
If Studio closes or restarts, it can reconnect to the existing session without resubmitting the task.
Isolated local previews
AirCode Studio manages preview processes per project instead of treating every development server as one global process.
Streaming responses, progress, tool activity, image attachments, and interactive questions.
Create projects or open existing local folders.
Run multiple sessions per project with rename and archive.
Browse and edit project files.
Full interactive multi-tab terminal.
Review Git diffs and repository state.
Run and interact with your application.
Select compatible AI models and providers.
“Add authentication and create a responsive sign-in screen.”
Files change while Studio streams progress and tool activity.
The application launches on the selected target.
The agent interacts with the running application and captures evidence.
Inspect the diff and running result side by side.
Stage the approved changes and commit.
Bring the AI coding loop—from instruction to implementation to running application to reviewed change—into one native workspace.
Coming to macOS · Windows · Linux