Sovereign signal. Signed receipt. No node left dark.
The Governed Distributed Compute Fabric as one unified system-of-systems view. Sovereign GPU mesh + honest TCP reachability + joules MEASURED per node + one governed OpenAI-compatible router + doctrine-locked provenance. Terrestrial governed mesh is the proven core; orbital is a clearly-labeled ROADMAP frame. Doctrine v11 · Λ = Conjecture 1 · 0 runtime CDN.
The fabric unites your sovereign nodes — each request governed by the trust score (Λ), recorded in the signed-receipt ledger, and relayed under one governed router — into a single honest system-of-systems.
/api/a11oy/v1/compute-pool-hardened · /api/a11oy/v1/energy/operator/status · /api/a11oy/v1/honest · /api/a11oy/provenance · live-work (K-Verify · Govern-RAG · cheapest-watt, each probed independently, honestly PENDING until deployed)Every figure is honestly labeled. Reachability is a real TCP probe THIS sweep — a timeout/refusal is reachable=false with the reason, never fabricated. Joules are MEASURED only via the on-box exporter (nodes with no exporter read SAMPLE / 0). Sovereign is a property of owned hardware, passed through, never inferred from reachability.
The mesh does not just prove it exists — it does governed, receipted work. Three new capabilities surface here as they go live. Each tile probes its own endpoint independently via Promise.allSettled: a capability that is not yet deployed renders an honest PENDING with the reason — never a fabricated result.
A signed inference run over k-verify-benchmark-v1: N items, pass-rate, joules MEASURED, and a receipt hash you can verify.
Ask a question; the fabric answers only from its own governed corpus, with citations. No corpus hit = honest "insufficient grounding," never a guess.
The governed router places each job on the lowest-€/MWh reachable node. Savings are labeled honestly — MEASURED only where a meter exists, else MODELED.
Honesty contract: a tile only shows a result when its endpoint actually returned one this sweep. Joules are MEASURED only on the on-box exporter node; routing savings are MEASURED where a meter exists and MODELED (clearly labeled) otherwise. Receipts are tamper-EVIDENT (SHA3 hash-chain), not tamper-proof. No fused VRAM is implied by any "work" shown here — placement is horizontal.
Scaling model — honest: nodes scale horizontally (placement + load-balance) under one governed router. VRAM does NOT merge across the network — there is no fused/combined VRAM. The router places each job on a reachable node; it does not pool memory across machines.
| node | jobs | tokens | joules | label |
|---|
Joules are MEASURED via the on-box exporter (node betterwithage). Nodes without a local exporter contribute SAMPLE jobs (joules unmeasured) — shown honestly, never imputed. Signed receipts fold into the signed-receipt ledger: /api/a11oy/v1/energy/provenance.
The same governance primitives the terrestrial mesh PROVES on real metal — honest reachability, joules MEASURED per node, Λ-gated placement, signed-receipt provenance — are exactly what distributed / edge / orbital compute system-of-systems will require. This band is the vision frame, clearly labeled ROADMAP. SZL does not operate satellites; nothing in the mesh above is orbital. We prove on terrestrial metal what the orbital-architecture crowd only asserts.
c7c0ba17 (749/14/163). SLSA L1 honest · L2 attested · L3 roadmap. Canonical numbers lean_numbers.json.