AI Action Authority Mapper
Describe a proposed AI side effect and get a deterministic ARBITER-aligned ALLOW candidate, HOLD, DENY, or REQUIRE APPROVAL recommendation without granting authority or executing anything.
Start with a public interactive proof, move into the authenticated cockpit that owns the real workflow, then inspect the verification surface that shows what happened. Each link below has one job.
No sign-in is required. These surfaces explain the outcome and the control boundary without exposing private context, credentials, customer records, or production authority.
Describe a proposed AI side effect and get a deterministic ARBITER-aligned ALLOW candidate, HOLD, DENY, or REQUIRE APPROVAL recommendation without granting authority or executing anything.
Run synthetic permission loops for email, shell commands, file access, remote support, and network changes. Every gate supports approval, denial, scoped grant, receipt, and expiry.
Understand the permission model before entering a cockpit: what can proceed, what needs approval, what is blocked, and what evidence remains.
See the paper-only money-adjacent example used to prove that recommendations, authority, execution, and receipts remain separate.
Explore AirBand's managed-network deployment of ARBITER-Fabric: local edge, safer separation, support history, and approval-gated network changes.
Review the evidence-led audit offer and the path from one fixed-scope diagnostic into recurring operational work.
These are the working private surfaces. Sign-in is required, and what appears depends on workspace role, project grants, and device authority.
The authenticated operator map for all working cockpits, queues, settings, proof surfaces, and verification gates.
Open live paper-loop truth, candidates, approvals, receipts, portfolio state, and bounded execution controls.
Use the simplified end-to-end proof surface for family contributors, clients, partners, and qualified investors who need the story without every operator control.
Inspect scheduled research, objective evidence, ranked candidates, blocked tasks, triage states, and what requires operator input.
Use these after a demo or cockpit action to inspect policy, device scope, execution boundaries, receipts, and whether completion has actually been proven.
Prepare, approve, dispatch, and verify paper orders while preserving the line between operator approval and broker-result truth.
Inspect signed policy, run posture, control requests, handoff state, and application receipts without exposing broker credentials.
Verify pairing, device scope, project grants, runtime posture, and the authority available to each Android operator node.
Review the dedicated workspace evidence center for requests, policies, approvals, scoped grants, execution receipts, expiry, and follow-up.