Eligibility comes first.
Capabilities, surface, health and policy constrain the route before an agent is selected.
Why it matters
An impressive model is still the wrong worker when its capability, availability or spend eligibility is wrong.
ALBERTO REYES CASTRO · AI ENGINEERING
I designed and built a resilient multi-agent control plane.
Explore how it routes, verifies and recovers — without losing control.
A SYSTEM, NOT A SINGLE AGENT
Local + cloud execution.
Independent verification.
Human authority, always.
INTERACTIVE SYSTEM EXPLORER
DEMO TOPOLOGY
Paused · explore at your own pace
SIMULATED ROUTING
Preparing the local simulation. No telemetry connection.
No task content, private identifiers or provider responses.
REAL ARCHITECTURE · CONCEPTUAL BOUNDARY
Resilience needs visibility. Visibility does not require publishing credentials, task content or operational access.
Capabilities, surface, health and policy constrain the route before an agent is selected.
An impressive model is still the wrong worker when its capability, availability or spend eligibility is wrong.
Heartbeats reveal stale workers. Leases and attempt fences protect newer work from late results.
Durable state supports recovery. Circuit breakers and bounded retries prevent uncontrolled loops.
Deterministic checks, an independent review role and a human merge gate separate output from authority.
Cross-family review is a design goal, not a measured claim in this simulation. Consequential changes require human approval.
Quota fences and distinct pools constrain fallback. Unknown quota stays unknown; paid usage is never implied.
No automatic paid refill or reset. Included-only eligibility requires provider-side verification outside this dashboard.
DESIGNED & BUILT BY ALBERTO REYES CASTRO
An AI engineering project focused on the hard parts of orchestration: ownership, failure, verification, spend safety and the boundary between automation and human authority.