What you are looking at
A synthetic twelve-module Mars colony whose visible state is rebuilt from frames. One scan tile fans out, and every child response carries that tile’s exact hash.
Frame 03 · Synthetic proof
Mars colony / autonomous continuity
The colony is its own immune system.
One content-addressed scan fans across twelve function-named modules. Their linked responses become a deterministic report; only its delta may be repaired. Precommitted logical-beat leases—a fixed turn-taking schedule keyed to accepted chain steps, not wall-clock time—preserve authority, while a partitioned dimension keeps writing and returns only when its claims do not contradict the chain.
Start here. After each step, focus returns to this control so Enter continues the eight-step proof.
Seed MARS-IMMUNE-03
Canonical SHA-256
Frames are state
No coordinator election
Do this
Inject the seeded drift, mint the scan tile, repair only the report’s three-module delta, disable ARES, then partition and reattach Research.
Watch for
The full twelve-module sweep is rejected as waste. No vote occurs after ARES stops: PHOBOS may append only when its precommitted logical-beat lease begins.
What this demonstrates
Delta-bounded repair can converge, ranked leases can preserve authority without election, and Research can continue offline yet rejoin only when its base claims still agree.
Arcadia Planitia · Colony topology
Offline dimension
No partitioned frames.
No partitioned frames.
Guided scenario
Manual controls
Scan + heal
Lease succession
Offline dimension
Precommitted roster
Live assertions
Failure controls must visibly fail without corrupting accepted state.
Append-only frame ledger
Main and offline dimensions; newest frame first.
| Frame | Type | Links | Hash |
|---|
Frame-derived inspector
Select a module to inspect its state reconstructed from the ledger.
Copy the independent any-LLM build prompt
Use this prompt with any capable coding model to generate a separate implementation of the same proof contract.
Build a single standalone HTML page called “Mars Colony Immune System.” Use no network, dependencies, external assets, real devices, or real operational data. Render a cinematic synthetic Mars base with exactly twelve function-named modules: oxygen, power, water, agriculture, communications, habitat, rover bay, medical, storage, thermal, navigation, and research. Use a fixed seed and canonical JSON serialized with lexicographically sorted object keys. Hash every frame with the browser’s real Web Crypto SHA-256, include the previous frame hash, and reconstruct all visible state by replaying frames. Prove these paths interactively: 1. A scan-tile frame fans out to all modules. Every child response contains the exact scan-tile hash. 2. A deterministic report references the response hashes, identifies only changed modules, and permits repairs bounded to that delta. A deliberately wasteful full sweep must fail the delta assertion. 3. Healing converges after a rescan. 4. The active coordinator can be disabled. Succession uses a precommitted ranked roster and logical-beat lease windows, without election. A premature lower-rank claim must fail the lease oracle. 5. Research can partition, append to an offline dimension, and reattach by deterministic contradiction checking. A contradictory reattachment must be refused without mutating accepted state. Include four newcomer guidance panels plus a clearly labeled Scope note, guided scenario, manual controls, deterministic replay/reset, visible ledger, live assertions, colony/resource-flow visualization, keyboard access, 44px targets, aria-live feedback, 390px layout, reduced-motion handling, and light/dark/high-contrast Clawpilot themes. Label the page synthetic-only and make the prompt itself copyable.
Synthetic-only · deterministic seed MARS-IMMUNE-03 · no requests leave this document.