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@dp-web4 dp-web4 commented Feb 11, 2026

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@dp-web4 dp-web4 merged commit 3cfbf1d into main Feb 11, 2026
dp-web4 pushed a commit that referenced this pull request Feb 15, 2026
Three independent AI models reviewed Web4 and converged on:
- EU AI Act article-by-article mapping (Aug 2026 deadline)
- "Anti-Ponzi" ATP framing as core value proposition
- Hardware binding as #1 credibility priority
- Agreed gaps: bootstrapping inequality, formal proofs, real-world testing
- Agreed strengths: 424+ attack vectors, commit velocity, synthon framework

Full review in docs/strategy/, cross-reference added to CLAUDE.md.

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
dp-web4 added a commit that referenced this pull request Feb 21, 2026
Closes the #1 known gap: cross-society ATP balance synchronization.
ATPPool with lock/escrow, BalanceProof with state hashing,
bilateral reconciliation, conservation detection, double-spend prevention.

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
dp-web4 added a commit that referenced this pull request Feb 21, 2026
First Python implementation producing full schema-compliant LCT documents.
Builder pattern, JSON schema validation, legacy 6-dim migration,
all 15 entity types verified against lct.schema.json.

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
dp-web4 added a commit that referenced this pull request Feb 22, 2026
… gap

Implements the missing ACT blockchain settlement layer:
- MockACTChain: hash-chained blocks, 2/3 consensus, Merkle proofs
- FractalChainManager: Compost→Leaf→Stem→Root with SNARC gating
- ACTSettlementEngine: BilateralStatement anchoring + ATP finality
- Double-spend detection and fork resolution
- Conservation proof anchoring (ATP conservation invariant)
- ADP discharge proof anchoring with evidence digests
- 25 test sections covering E2E: Society→ATP→Settlement→ACT

Key architectural decisions:
- SNARC scoring (Significant/Novel/Anomalous/Relevant/Consequential)
  gates fractal chain promotion (≥3 retain, ≥5 promote)
- Witness requirements vary by entry type (2-5 witnesses)
- Merkle proofs provide O(log N) verification per entry
- Chain integrity proven via hash-linked blocks

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
dp-web4 added a commit that referenced this pull request Feb 22, 2026
… RDF)

New items:
- 76: T3/V3 Reputation Engine (117/117 checks)
- 77: Cross-Implementation Integration (99/99, 10 chains, 8 modules)
- 78: ACT Settlement Protocol (120/120, closes #1 canonical equation gap)
- 79: MRH Policy Scoping (126/126, horizon-aware authorization)
- 80: RDF Ontology Consistency (100/100, semantic backbone validation)

Updated honest assessment with new check counts and ACT gap closure.

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
dp-web4 added a commit that referenced this pull request Mar 1, 2026
… reconciliation (90/90)

Closes Gap #1 from FEDERATION_DOCUMENTATION_GAPS.md:
- Epoch-anchored snapshots with signed state hashes
- Fork detection: supply mismatch, sequence gaps, hash chain breaks
- Two-phase commit for atomic cross-ledger transfers with rollback
- ATP-safe reconciliation (conservative/authoritative/bilateral — NOT CRDTs)
- Federation governance: trust-weighted N-party consensus with emergency freeze
- Consistency certificates aggregating multi-society anchors
- Cross-ledger flow tracking preserves per-ledger conservation invariant
- 3-society triangle transfer test proves conservation

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
dp-web4 added a commit that referenced this pull request May 14, 2026
…tiation

WIP DRAFT (v0.1.0-draft, 2026-05-14). Authorized by dp; marked WIP
prominently in section header AND inter-society-protocol.md cross-
reference. Implementations SHOULD NOT depend on wire format until
v0.1.0-final.

Architectural premise per dp's design directive:

  "Negotiation should involve the substance of r6/r7 (the actual
  work/value) and seeking a common item that both sides have a
  valuation for. Whether that be kilowatts of energy, compute tokens,
  processor time, any number of physical things. Ideally (not always
  practical) the negotiation should be scoped to the transaction."

This is a meaningful departure from the foreign-exchange mental model
(abstract floating bilateral rate, periodically renegotiated, applied
uniformly). Web4 rates are referent-grounded: each transaction names
a common physical referent both societies can independently value;
each settles in its own ATP at its own declared valuation of the
referent.

This dissolves Kimi review #3's #1 remaining concern ("how do two
MCP servers agree on a rate?") into a cleaner question: what
referent are we both measuring? Both parties retain sovereignty over
their own valuations; the agreement records both.

Section 7.7 contents:

7.7.1 Architectural premise — explicit framing that rates are
NOT abstract foreign-exchange but grounded in R6/R7 substance.
Examples of common referents (energy, GPU-time, CPU-time, storage,
attention, tokens, commodities, bandwidth).

7.7.2 Negotiation flow — between Treasurer roles via MCP. Per-
transaction (ideal) vs standing-agreement (practical fallback)
embedding patterns.

7.7.3 Message format — propose, counter, accept, reject as MCP
tool calls. Acceptance carries BOTH societies' valuations of the
agreed referent (load-bearing for referent-grounding semantics).

7.7.4 What's sovereign — explicit form/substance split per Web4
pattern: spec is protocol+format; strategy (bilateral bargaining,
market-derived, oracle reference, fixed policy) is per-society.

7.7.5 Per-transaction vs standing-agreement guidance (informative)
— defaults to per-transaction; standing for bulk/recurring/pre-
commitment cases.

7.7.6 Oracle reference (informative) — third-party Oracle society
provides referent prices when both parties cannot independently
value. Oracle is input, not authority; both Treasurers retain
refusal authority (preserves anti-hierarchical-by-design property).

7.7.7 Failure modes — seven specific error codes for rate
negotiation: unmeasurable referent, unknown specifier, invalid
signature, timeout, expired standing agreement, valuation mismatch,
oracle unreachable.

inter-society-protocol.md §9: marked exchange-rate-discovery as
RESOLVED v0.1.4 (WIP) pointing to mcp-protocol.md §7.7.

Pending fleet review. Likely areas for refinement:
- Tool name conventions (web4_rate_propose etc.)
- Exact RDF typing for referents
- Standing-agreement termination notice defaults
- Oracle T3 trust weighting math
dp-web4 added a commit that referenced this pull request May 14, 2026
New testing/conformance/ directory with 4 test suites (35 vectors):

- tensor-operations.json: T3/V3 construction, update, decay, levels,
  sub-dimension rollup
- atp-operations.json: ATP/ADP accounts, lock/commit/rollback,
  conservation-invariant transfers, sliding scale payments
- r6-r7-actions.json: R6 validation (permissions, ATP, quorum),
  R7 reputation deltas (quality→T3/V3 changes), role contextualization,
  chain hash determinism
- society-roles.json: bootstrap genesis, lifecycle transitions,
  role rotation (preserves role-LCT), multi-holder committees,
  authorization, federation, minimum viable society validation

Key invariants documented:
- ATP conservation: sender_deducted == actual_credit + fee + overflow
- Role-LCT stability: rotation MUST NOT change role's LCT ID
- Reputation context: all deltas bind to role_lct, never global
- Hash determinism: same inputs → identical canonical hash

Addresses Nova GPT review's #1 quick win: test vectors + conformance.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
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