Robotics production
Requirements through engineering, procurement, assembly, test, quality, release, simulated deployment, and field feedback.
Case-study evidence ↗Validated executable demos
Five synthetic organizations.
One evidence path.
AXIOM executed five materially different synthetic organizational workflows through the same domain-neutral Research → ASON → APEX path, with explicit authority gates, durable execution evidence, deterministic terminal validation, and completed-effect recovery.
Portfolio evidence
74 modeled steps. 74 successful recorded effects.
Across the retained portfolio: 5 domains, 29 modeled departments, 31 actors, 27 approval-bearing steps, 11 deterministic exception injections, 74 APEX effects/events, and 67 produced files observed unchanged during completed-effect recovery checks.
Software development
Work intake through implementation, CI failure/retest, security remediation, release approval, and closure.
Case-study evidence ↗Specialty-care administration
Synthetic referral intake, records, scheduling, payer administration, authorization boundaries, and administrative close.
Case-study evidence ↗SOC operations
Alert intake through collection, triage, containment authorization, remediation workflow, restoration, and incident close.
Case-study evidence ↗Logistics and supply chain
Order intake through inventory allocation, substitution, fulfillment, carrier exception/rebooking, delivery, and close.
Case-study evidence ↗Accepted high-fidelity cycles
Three days. Six work items per domain. Shared resources under contention.
Software development and logistics/supply-chain each retain an accepted three-day synthetic operational cycle with multi-day carryover, dynamic arrivals, queue growth and drain, staffing/calendar changes, shared-resource contention proven through Harness exclusive leases, and balanced synthetic accrual/settlement ledgers.
Software development cycle
Six persistent work items across three days; five carryovers; reviewer and release-resource contention; queue peak 5 → 0; 6 canonical Harness receipts; 6 exact ASON-authorized APEX runs; 24/24 successful effects/events.
High-fidelity evidence ↗Logistics and supply-chain cycle
Six persistent orders across three days; five carryovers; dock and carrier-slot contention; queue peak 5 → 0; 6 canonical Harness receipts; 6 exact ASON-authorized APEX runs; 24/24 successful effects/events.
High-fidelity evidence ↗
Operational-fidelity acceptanceRevision-bound acceptance record and retained limits.↗
Gap-closure findingsMaterial gaps closed through multi-day mixed-workload evidence.↗
Reproduce the high-fidelity cyclesThin Demos wrappers delegating to canonical Research cycle executors.↗
These remain synthetic validated executable demonstrations. They do not establish production deployment, regulatory compliance, measured real-world economics, arbitrary-enterprise completeness, or exactly-once external effects.
What the evidence establishes
Reusable execution boundaries across different modeled workflows.
Every retained case passed APEX completion, durable authorization/plan binding, exact terminal-state equality, effect-ledger evidence, authorization evidence, a missing-authority negative control, and live completed-effect recovery. No new APEX, ASON, or Harness runtime primitive was required.
Portfolio summaryHash-bound aggregate metrics and common validated checks.↗
Cross-domain findingsCanonical synthesis, architectural limits, and publication boundary.↗
Traceable claim recordsPublic wording bound to retained evidence and limitations.↗
Reproduce the demonstrationsThin wrappers that delegate to canonical Research executors.↗