Complete a mission
Accept a structured beta task, submit evidence, and build your tester reputation.
Accept a structured beta task, submit evidence, and build your tester reputation.
Bring an application into AIAutoTester for automated readiness checks and human beta planning.
Describe an operational workflow and request a discounted founding implementation.
TOTP multi-factor authentication protects password sign-ins. Recovery codes are shown once when MFA is enabled.
Manage team access, scoped machine credentials, and commercial-runtime notification channels.
Developer, business, and operator tracks can submit test targets.
Provision and organize up to 50 AI-assisted digital properties. A slot is an operating asset record—not a guarantee of traffic, sales, or earnings.
Release-blocking evidence freshness, OIDC session assertions, SCIM v2 users/groups, verification-key lifecycle, object-lock provider health, compliance-program coverage, and data-residency enforcement.
Provider-backed OIDC exchange, signed SAML bridge assertions, bounded SCIM PATCH/filter semantics, DLP/redaction, provenance confidence, provider residency evidence, and predictive release simulation.
Provider compatibility, identity lifecycle plans, privacy-subject workflows, end-to-end lineage, governed DLP ingestion, scenario comparisons, and provider-signed trust graphs.
Query evidence relationships, score trust-chain risk, monitor provider connector evidence, and package a portable passport behind a specific release claim.
Compare release passports over time, detect trust regressions, score claim coverage, maintain organization baselines, and require a verified upstream passport before production assurance begins.
Chain assurance passports across environments, queue governed promotions, evaluate policy bundles, record explicit authority decisions, and preserve release lineage. Authority records never execute production deployment by themselves.
Exchange signed authority decisions across trusted peers, observe key rotation, track handshake-only deployment providers, provider receipts, post-deploy passports and rollback lineage. This surface records authorization/evidence only; it does not execute deployments.
Require N-of-M independent release authorities, invalidate revoked or expired decisions, reconcile provider/CI/health/observability evidence, surface post-deploy drift, and record rollback recommendations in a hash-chained authority transparency ledger. Recommendations never execute rollback automatically.
Continuously correlate signed provider evidence, watch quorum expiry, checkpoint the authority ledger, suspend disputed authority sources, issue incident/recovery continuity passports, and govern recovery through a separate quorum and handshake. Monitoring can recommend recovery; it cannot deploy or roll back systems.
Exchange independently verifiable recovery decisions, continuity passports, transparency checkpoints, callback keys, arbitration results, SLO evidence and replication receipts across trusted systems. Federated evidence may satisfy an explicitly opted-in recovery quorum; it never grants remote deployment or rollback execution.
Make trust rules portable, issue signed auditor evidence requests, verify delegated responses against pinned Ed25519 anchors, monitor trust-anchor lifecycle, attest trust-mesh SLOs, record checkpoint cosignatures, simulate policy compatibility, and analyze federation health/topology. Verification authority never becomes deployment, recovery, or replication execution authority.
Negotiate signed trust-contract terms, record bounded acceptance receipts, run reusable multi-verifier assurance campaigns, monitor verifier delegation and contract drift, package external audit evidence, track verification SLAs, and record transparency publication receipts. These workflows govern trust; they never execute deployment, recovery, replication, or publication writes.
Recognize external assurance only through explicit local reciprocity policies, program equivalence, accreditation and conflict-free independence. Track reusable evidence acceptance, trust-contract registry expiry, verifier performance and assurance renewal. Recognition never grants deployment, recovery, replication or publication execution authority.
Track signed registry status feeds, revocation propagation, recognition impact, reciprocity-chain depth, registry checkpoints, cross-registry reconciliation, provenance risk, dependency maps and non-executing renewal schedules. Outbound registry writes remain disabled.
Resolve conflicting registry signals with N-of-M consensus, quarantine affected assurance, prioritize remediation, track revalidation/replacement evidence and issue signed restoration receipts. Remediation execution remains disabled.
Multi-scenario resilience campaigns, coverage matrices, governed policy promotion/rollback, SLO burn rate, playbook simulation, fabric-change gates and signed expiring Trust Fabric Certification. Certification never grants production execution authority.
Build reusable read-only regression suites, capture evidence, compare baselines, diagnose failures, and schedule recurring runs.
Evaluate multi-turn AI behavior, prompt-injection resilience, grounding, tool policy, structured outputs, and voice-agent transcripts. Captured transcript evaluation is safe by default; live POST execution must be explicitly enabled.
Paste observed agent output keyed by case ID. This evaluates recorded conversations without sending new requests to the target.
Turn testing evidence into a governed release decision. A failed gate records exactly why the product is blocked.
One-click HTTP readiness snapshot. Private network targets and write methods remain blocked by default.
Measure repeated-run stability, identify flaky tests, and make stability evidence part of release governance.
Convert diagnoses into sandbox-only repair proposals. Production writes remain prohibited; release approval requires a passing governed retest.
Turn an approved diagnosis into an immutable, reviewable patch. The exact patch hash follows the repair through sandbox verification, release policy, pull-request preview, and merge lineage.
Index the connected codebase, search symbols/dependencies, estimate blast radius, generate constrained repair candidates, and review them before they enter the governed-change pipeline.
Compile two to six deterministic model repair contracts, review each independently, and rank only evidence-eligible patches.
Use structured model contracts, language-aware parsing, SARIF/static evidence, diff-test impact, live vulnerability intelligence, and disposable container verification before advanced tournament ranking.
Run one governed lifecycle across software tests, AI evidence, repository intelligence, advanced analysis, repair governance, release control, and cryptographic evidence attestation.
Version a named assurance policy once, then reuse it across products and deployment/CI triggers.
Change windows, SLO objectives, time-bounded waivers, audit packages, escalation routing, cost allocation, and attestation key profiles.
Segregation-of-duties approvals, control coverage, recurring reviews, exception budgets, retention governance, and signed audit exports.
Automated evidence suggestions, framework crosswalks, bounded delegation, evidence schedules, remediation economics, audit-chain checkpoints, object-lock policies, and identity provisioning seams.
Connect release evidence to deployments, GitHub, and voice systems. AIAutoTester keeps outbound GitHub writes and live phone calls disabled unless server policy explicitly enables them.
Every reward is tied to a specific mission or program. Account creation itself does not create earnings.
Request a discounted implementation of an emerging AI operating system in exchange for structured beta participation.