Master System Trajectory

The order in which the build sessions go, as prompts 1–160, grouped into domains. This file is the plan. It is not a statement of what the tree contains. For that, read the status table in CLAUDE.md and architecture-vision.md, which tag every component SHIPPED, RESEARCH or PLANNED. If the two disagree, the status tags win until someone reconciles them in writing.

Recorded 2026-09-13.

Progress

• Completed: through Prompt ~48 of 160. Prompt 48 was elastic shard auto-scaling over blockgraph (2026-09-14), reconciled as a per-node map — see blockgraph.md.
• Next: Prompt 49.
• Active domain: Consensus & State Engine (Prompts 26–50).

Domains

#	Prompts	Domain	Deliverables
1	1–25	Post-Quantum Cryptography	NIST Category 5 algorithms (ML-KEM-1024, ML-DSA-87, SLH-DSA), ETSI QKD interfaces, lattice HTLC atomic swaps
2	26–50	Consensus & State Engine (current, ~47)	Multi-shard Narwhal/Tusk asynchronous DAG, recursive Halo2 ZK-STARK state folding, Cranelift WASM VM
3	51–75	Physical & Hardware Mesh	eBPF/XDP zero-copy networking, deep-sea acoustic and neutrino transport, CXL 3.1 memory disaggregation, photonic acceleration
4	76–100	Autonomous Governance & AI	Spiking Neural Network edge defense, Z3 formal logic verifiers, ISO 20022 messaging, nuclear/fusion smart-grid balancing
5	101–125	Formal Verification & Tools	Lean 4 safety proofs, wgpu multi-backend miners, Leptos block explorer, threshold MPC custody frameworks
6	126–130	Production Pipeline	Deterministic Docker builds, Terraform/Helm IaC, Prometheus/Grafana SRE dashboards, zero-trust RPC gateways
7	131–135	Security & Audit Hardening	Binius/Halo2 post-quantum ZK upgrades, EIP-1559 fee market enforcement, DAG consensus binding, profile optimization
8	136–140	Type-VII UI & Launch Harness	Three.js WebGL 3D holographic visualizer, Tauri 2.0 wallet GUI, interactive credential setup scripts, cloud orchestrator
9	141–145	Day-2 Autonomy & Ecosystem	Continuous LibAFL fuzzing, WASM runtime hot-swapping, validator staking/slashing, polyglot SDKs, self-healing agentic SRE
10	146–150	Terminal Execution Suite	Automated cargo cleanup, deployment secret vault generators, automated Terraform triggers, live RPC smoke testing
11	151–155	Institutional & Orbital Scale	Quantum-safe AMM, RWA ZK-KYC compliance, developer grant engines, genesis admin key burning, satellite relays
12	156–160	Theoretical Horizon	Interstellar light-cone consensus, Dyson photonic compute, AI self-mutation engines, 1,000-year quartz archival, total autonomous handover

Where the plan and the tree disagree

These were open on 2026-09-13. Each one gets settled before the prompt that would touch it writes any code, not afterwards.

1. Security category. Domain 1 names Category 5 (ML-KEM-1024, ML-DSA-87). The tree ships ML-KEM-768 and ML-DSA-65, and critical invariant 4 compiles fips204 with only the ml-dsa-65 set. Moving to 87 means changing that invariant on purpose, not adding a second set alongside it.

2. Consensus deliverables that are dark. Narwhal/Tusk (blockgraph) and halo2 (zkml) are RESEARCH: nothing in consensus calls either of them. Halo2 zkML verifies inference proofs. It is not STARK state folding, and it is not post-quantum.

3. Deliverables already in the tree. ISO 20022 (iso20022), wgpu miner, Leptos explorer, MPC custody (custody-mpc), EIP-1559 (fee-market, dark), Tauri wallet, and lattice HTLCs (htlc-lattice, dark). A later prompt for one of these extends what exists. It does not start over.

4. Collisions with invariants.

   • WASM runtime hot-swapping (domain 9) against invariant 13: no governed value is a program.
   • AI self-mutation (domain 12) against invariants 12 and 13.
   • Satellite relays (domain 11) and light-cone consensus (domain 12) against invariant 9, the same collision already listed for relativistic clock sync.

5. Neural gas estimation, taken out of order. Built 2026-09-14 while the trajectory stood at Prompt 48. Its brief collided with invariant 20 (float inference in consensus), invariant 13 (weights as a governable program) and invariant 28 (node-local features such as memory allocation depth), and asked for zkML where re-execution is ~10⁴× cheaper. Reconciled as a bounded, integer, compiled-in gain on the dark fee-market rule — neural-gas.md. A later EIP-1559 enforcement prompt (domain 7) extends it; it does not start over.

6. Stateless execution with lattice vector commitments, taken out of order. Built 2026-09-14 while the trajectory stood at Prompt 48. Its brief asked for lattice polynomial commitments with sub-kilobyte witnesses, and for validators that read no state. The first two collide with each other — no transparent lattice commitment opens in under a kilobyte, and the state root was already post-quantum — and the third collides with the end-of-block passes in stage_block, which read state no transaction names. Reconciled as a dark sparse-tree accounts root with BLAKE3 commitments, a measured Ring-SIS research backend, and stateless verification of transfer-only blocks — stateless.md. Recursive state folding (domain 2) and witness gossip extend it; they do not start over.

7. Byzantine self-healing network guard, taken out of order. Built 2026-09-15 while the trajectory stood at Prompt 49; it belongs to network security, not Consensus & State. Its brief assumed a validator set (“40% malicious nodes”, “double proposals”, “honest nodes construct consensus proofs”), which proof of work does not have. Reconciled as gossip validation, gossipsub P4 scoring, an expiring quarantine, connection caps and a bounded parent fetch — peer-health.md. An eclipse defence beyond connection caps, and fork-aware sync, extend it.

8. Confidential federated training, taken out of order. Built 2026-09-15 while the trajectory stood at Prompt 49. Its brief put SGX / SEV-SNP enclaves at the centre, and the status table had already flagged that TEE attestation collides with invariant 11: a vendor’s ECDSA signature is a trusted party, and not a post-quantum one. It also asked differential privacy to “prevent” reconstruction. Reconciled as off-chain secure aggregation over ML-KEM plus integer discrete-Gaussian DP with a reported ε, and an attestation hook that verifies nothing yet — confidential-ai.md.

9. eBPF/XDP packet accelerator, taken out of order. Built 2026-09-15 while the trajectory stood at Prompt 49; it belongs to Physical & Hardware Mesh (domain 3). Its brief had three problems.

   • It asked XDP to inspect P2P frames, but every P2P byte is Noise + ML-KEM ciphertext.
   • It asked for flatbuffers parsed under 100 µs at 100 Gbps, but the eBPF verifier cannot walk flatbuffers’ offset tables, and parsing is nanoseconds next to the AEAD.
   • It asked for a benchmark “proving” 5×, but a benchmark cannot be written to prove a number fixed in advance.

   Reconciled as follows:

   • a separate UDP block relay;
   • a fixed 56-byte header the kernel judges structurally (a blocklist fed by authenticated quarantines, a token bucket, the exact length);
   • AF_XDP delivery;
   • XChaCha20-Poly1305 chunks under keys agreed over the post-quantum connection;
   • a benchmark that reports kernel UDP against AF_XDP and XDP_DROP without asserting a ratio.

   See ebpf-net.md. Off by default, and not measured on a native-XDP NIC.

10. Autonomous red-team fuzzing module, taken out of order. Built 2026-09-15 while the trajectory stood at Prompt 49; it belongs to Day-2 Autonomy (domain 9, LibAFL). Its brief had four collisions.

    • It put LibAFL and Triton/Z3 “directly into the development and testing execution path”, which is exactly what fuzz/’s separate workspace keeps out of the node graph and away from Kani (invariants 1, 6). Triton is a C++ binary DSE framework with no surface on a Rust WASM chain.
    • It asked for “memory corruption” and “state race conditions”: safe Rust has neither outside the unsafe islands and a single-threaded apply path. The real properties are panic/DoS resistance and deterministic re-execution (invariant 24, directive 2).
    • It asked the pipeline to “generate patch diffs” — machine-authored consensus changes, which invariant 13 forbids in spirit.
    • It asked a crates/node/tests/ harness to “verify 100% crash resistance” over a million payloads, which the stable-toolchain workspace cannot link LibAFL to do, and which fuzzing cannot prove regardless.

    Reconciled as offsec-sandbox (a separate workspace, LibAFL engine, Z3 off by default over the arithmetic crates only), structure-aware mutators, a triage-and-regression-stub pipeline (no auto-patch), and an in-tree crates/node/tests/fuzz_harness.rs that replays seeded mutations and is worded “no crash across N inputs”, never “100%”. See offsec-sandbox.md.

11. Zero-trust threat-intel registry, taken out of order. Built 2026-09-15 while the trajectory stood at Prompt 49; it is the PLANNED “ZK-SIEM threat mesh”, nearest to Autonomous Governance & AI (domain 4, edge defense). Its brief had six collisions.

    • It asked for zero-knowledge proofs of DDoS floods and port scans. Neither leaves anything a third party can verify — a UDP source is forgeable — and the one offence that does (bytes that fail a check) needs no ZK.
    • It asked for a consensus-driven score, but proof of work has no validator set and identities are free, so a counted-by-head score is Sybil-owned.
    • It asked for IP quarantine recorded in state. No proof binds an IP to a key, so every recorded address is a censorship lever.
    • It asked for “2 DAG rounds”, and nothing in consensus has rounds.
    • It asked one worker to push firewall rules “across enterprise infrastructure”, which is a lateral-movement control plane.
    • It implied the registry stops a DDoS; free keys mean it cannot.

    Reconciled as verified evidence from ed25519 gossip signatures (invalid signature, tx_root mismatch), one conviction confirms, indicators keyed by author only, a per-host worker that maps authors to its own connections, and a test pinning enforcement within 2 blocks — plus one pinning that a valid-byte flood produces no indicator. See threat-intel.md.

12. DePIN hardware attestation (IoT anchor), taken out of order. Built 2026-09-16 while the trajectory stood at Prompt 49; it belongs to Physical & Hardware Mesh (domain 3). Its brief had seven collisions.

    • “Post-quantum lightweight signatures” do not exist, and invariant 4 compiles only ML-DSA-65.
    • Software is not a PUF.
    • TPM 2.0 and secure elements generate no ML-DSA keys, and their vendor attestation is a classical trusted party (invariant 11).
    • Enrollment cannot prove genuine silicon.
    • Consensus has no DAG, and a signature per reading is 3.3 KB.
    • A signature cannot validate physics.
    • A chain senses no tampering.

    Reconciled as ML-DSA-65 device keys from a PUF fuzzy extractor or a PCR-sealed TPM seed, owner enrollment with proof of possession, Merkle-rooted batches with bounds flagged rather than refused, and signed tamper events plus conflicting-batch evidence as the only on-chain tamper signals. See iot-anchor.md.