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AI-assisted development workspaces

See what your AI built. Instantly.

Every AI hosts its own workspace.
No manual setup. Just review.

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Workspaces
Project A
Project B
🔒localhost:8080/
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Conceptual previewAgents, services, runtime tabs, and page controls show the intended workspace experience.

What Agent-Up solves

Parallel AI work turns local development into distributed operations.

Every agent brings another branch, runtime, browser session, port range, and validation loop. Agent-Up manages that surrounding workspace layer so your applications stay unchanged and your review process stays focused on what changed.

Service sprawl

Constantly starting multiple services

One workspace command brings the whole stack back.

Agent-Up treats every workspace as a managed runtime. Frontend, API, background workers, and infrastructure are launched and restarted as one coherent environment instead of a checklist of forgotten commands.

Frontend
API
Worker
Database

Infrastructure collisions

Docker infrastructure collisions

Parallel branches stop fighting over the same infrastructure.

Each workspace owns its infrastructure lifecycle. Containers, databases, networks, and runtime assumptions stay scoped to the worktree that needs them.

agent-15200-5299
agent-25300-5399
agent-35400-5499

Tab overload

Browser tab explosion

The browser becomes workspace state, not loose debris.

A workspace has one isolated browser profile and stable application tabs. Restarting apps reloads the active session instead of scattering more tabs across your browser.

FrontendAdminSwagger

Repeated login

Duplicated authentication

Authenticate once, then let humans and agents share the session.

Humans and AI agents interact with the same workspace browser state. Cookies, local storage, and application state are preserved for validation instead of recreated in another browser.

Human
Shared browser profile
Agent

State drift

Inconsistent runtime state

One Server knows what is actually running.

The Server is the source of truth for processes, ports, browser profiles, health, diagnostics, and event history. Every client reads the same state.

AgentUp.ServerProcessesPortsHealthEvents

Manual recovery

Manual process management

Stop nursing processes back to life by hand.

Workspace operations become server capabilities. CLI, Desktop, and MCP clients request actions from the same orchestration layer instead of each inventing process control.

Weak validation

Difficult validation of AI-generated implementations

Review behavior with browser evidence, not just diffs.

The intended workflow is for agents to restart a workspace, inspect the shared browser, interact through MCP, retrieve diagnostics, capture screenshots, and generate Playwright tests from recorded intent.

InspectInteractScreenshotPlaywright

Operating model

The Server owns orchestration. Every other surface stays thin.

Desktop, CLI, and MCP clients all connect to the same Server. That keeps humans and AI agents aligned around one authoritative view of every running workspace.

  • Server-owned runtime state
  • Per-workspace port ranges
  • Isolated browser profiles
  • MCP-first automation (in progress)
  • Event-backed diagnostics (planned)
  • Playwright generation (planned)

Validation loop

From code change to browser evidence without a separate automation harness.

Modify codeRestart workspaceInspect pageInteractCapture diagnosticsGenerate Playwright