Kaizen Code
A mobile workspace where coding agents can understand projects, propose changes, and work through a native runtime.
The work, not a mockup.
Kaizen Code mobile workspace selection screen
MOBILE ↔ AI ↔ NATIVE ↔ TOOLING
What exists.
Kaizen Code challenges the assumption that serious AI-assisted development requires a desktop. It is a task-oriented mobile workspace with agent conversations, diffs, permission controls, project context, external file handoff, and an Alpine terminal surface.
Where it resisted.
A useful mobile development product needs more than a small editor. The agent, filesystem, terminal, permissions, runtime lifecycle, and host operating system all need explicit contracts.
What I changed.
I designed the product around project-level tasks and host-enforced Ask, Approve, and Full permissions, then connected the WebView surface to a native AlpineRuntime bridge for sessions, commands, agent installation, and external handoff.
The obvious implementation was not the product.
Kaizen Code does not embed a traditional text editor. It presents highlighted previews and diffs, then hands files to Acode or the operating system while the product concentrates on the wider agent workflow.
Current proof
03- Android app-UID guest runtime executed a real command successfully.
- Web, Android, and iOS application targets build from one Capacitor product surface.
- The iOS bridge refuses to pretend the guest runtime works before its reviewed RuntimeCore is linked.
What this build changed.
A mobile-first tool becomes clearer when it stops copying the desktop and gives the host explicit authority over every agent capability.
The implementation surface.
Proof should be inspectable.
A public repository or live build is not linked yet. The status above states exactly what has been verified.