Give your Agent one shared view of projects, services, logs, and deployments—local or remote. When logs run out, inspect the live process. Then verify the fix in the browser. Every real write is previewable, approvable, and auditable.
Local-first · MCP-ready · macOS + Windows desktop
Before: Copy logs by hand — Multiple tabs, lost lines, missing context
After: Read live and historical logs directly — One searchable stream with surrounding context
Before: Agent starts a shadow service — Different port, different config, different state
After: Share the same managed runtime state — Same process, same config, same evidence
Before: Humans verify every fix — Manual visits, screenshots, and back-and-forth
After: Verify in the browser and Network panel — Navigate, inspect, and return reproducible evidence
Troubleshooting is the signature workflow. The same runtime source of truth also manages every project, every log stream, and every delivery path.
Projects and environments stay connected to the services that actually run across local and remote hosts.
Read the same stream in the desktop and the Agent, then move from one line to the exact surrounding context.
Use logs first. If evidence runs out, attach to the same managed process—then verify the result in the browser.
Operate the same delivery path your team trusts, from a validated DAG to a reversible release and durable ingress.
A single incident, followed from the user’s symptom to browser evidence. Choose any step to inspect the full context.
The user asks for an investigation. SuperDev does not invent or trigger an alert.
POST /api/payments returns 500 for a valid ¥698 payment. The account has ¥1,280. Please investigate and verify the fix.
payments-api is RUNNING; a real request still returns HTTP 500.
The capture attaches to the same managed PID; it does not restart or replace the service.
The request amount is converted with the wrong multiplier. ¥698 becomes 698,000 cents instead of 69,800.
This is a normal Agent code edit—not a SuperDev-approved operation.
restart_service is protected because it changes the managed runtime.
The browser result and Network response agree: the payment now succeeds.
The safety gate is enforced by the local agent—not by a prompt asking the Agent to behave.
Every write moves through the same enforced path. Reads stay fast; real changes remain explicit and reviewable.
See the target, parameters, impact, and risk before anything changes.
Protected runtime writes wait for an explicit decision. No approval, no change.
A short-lived token is bound to the approved operation and cannot be reused for another target.
Preview, approval, execution, outcome, and context stay traceable after the operation.
All enforcement happens inside the local agent. No silent writes and no prompt-only safety boundary.
Shell is useful, but it exposes commands—not one managed source of runtime truth. SuperDev connects projects, local and remote services, historical logs, pipelines, browser verification, approvals, and audit around the processes you already run. The Agent observes before acting, so it does not drift into a shadow service on another port or config.
SuperDev is local-first. The desktop and MCP client talk to the local agent, and runtime data stays under your control. Remote hosts are connected only when you configure them; SuperDev does not require a hosted control plane for the core workflow.
Reads can gather evidence. Protected writes such as restart or deploy move through preview, your approval, an operation-bound one-time token, and an audit record enforced by the local agent.
Desktop installers for macOS and Windows are available from GitHub Releases. You can also build from source. The project remains local-first and open source, with platform-specific capability notes documented publicly.
Install the desktop app, connect an MCP-compatible Agent, and keep the runtime boundary on infrastructure you control.
The desktop and MCP client share the local agent. Your core runtime workflow does not depend on a hosted control plane.
Default: Go, Python, Rust, C/C++. Experimental: Node (bundled adapter) and Java/Kotlin (self-provided adapter).
Download native desktop installers for macOS and Windows from GitHub Releases.
Apache-2.0 licensed. Inspect the code, follow the build docs, and run the entire stack from source.
Documentation · 中文文档 · GitHub · Downloads