Implemented the token, hook, manifest, vendored dependencies, tests, and documentation.

Verified:

• Offline build succeeds.
• All 43 tests pass, including 8,192 invariant actions.
• Formatting and local manifest checks pass.
• Runtime scans find zero forbidden opcodes.

Deployment assumptions and responsibilities are documented in README.md and docs/. No deployment performed.

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Updated launch.json with the correct decimal sqrtPriceX96 and clarified the price assumption.

Schema, constructor, and permission checks passed. Offline forge build succeeded; all 43 tests passed. Only launch.json changed.

Saved findings and coverage.

• One medium finding: manifest initialPrice: "1" prevents pool initialization, reproduced against the real PoolManager.
• All 12 entry points reviewed; 43 existing tests passed offline.
• Production files unchanged. Live external dependencies remain unverified.

Saved .imd-findings.json.

One medium finding: the manifest’s initialPrice: "1" prevents pool initialization.

All 12 entry points reviewed; no permission bypass substantiated. All 43 existing tests and four focused checks passed. Source and configuration remain unchanged.

Recorded one medium finding in .imd-findings.json: initialPrice: "1" blocks pool initialization; the documented 1:1 price requires 2^96.

Covered all 12 entry points. All 43 offline Foundry tests passed; 854 additional quote checks passed. Source and configuration files remain unchanged.

Added failure-path and fuzz tests, plus token, real-PoolManager ledger, and anchor invariants.

Offline validation passed: 68 tests, 0 failures. forge build passed.

All changes are under test/. No implementation or configuration changes, and no reproducible contract defects found.

The findings file is valid and the snippet matches launch.json:24 exactly. The scratch directory is removed and the tree is clean apart from .imd-findings.json.

Review complete. One substantiated defect, written to .imd-findings.json with a 14-row coverage record.

Finding (high): launch.json sets pool.initialPrice to "1". The manifest schema defines that field as the decimal sqrtPriceX96 handed to PoolManager.initialize, and v4-core rejects any value below 4295128739 with InvalidSqrtPrice. Since the factory deploys the token and hook and initializes the pool in one transaction, the whole launch reverts. The README itself says the intended value is 2^96. I confirmed this on a real PoolManager: initializing with 1 reverts, initializing with 2^96 succeeds. The fix is a one-line manifest change plus tightening the local checker, which currently accepts fractional strings the schema forbids. The author should also confirm the economics of a 1:1 start with a 1e27 supply before choosing the number.

Control-flow area (Execution Trace, Periphery, First Principles): no defects found. I traced all seven hook entry points and five token entry points against v4-core 1.0.2 source and probed the live PoolManager with scratch tests:

• Both before-swap fee modes and both after-swap fee modes settle to zero deltas, and the partial-fill revert uses the raw pool delta as the hook assumes.
• Fee claims stay backed by manager ETH even after every LP withdraws, so the 2.8 ETH redemption in manumit cannot fail for lack of balance.
• The unlock callback is reachable only through the hook's own unlock, guarded by the one-shot transient flag.
• Fallback burns use the start-of-block anchor, the anchor cannot leave the TickMath range, and a manipulated plain pool blocks burns rather than draining them.
• The ledger invariant holds on every writer of totalFees, creatorPaid and burnSpent.

Static-analysis leads were checked and not promoted: the reentrancy flags in manumit are covered by the transient lock, and the uninitialized-local and unused-return lines are benign.

Review complete. The findings file is written and validated, with every snippet anchored to the tree.

Specialists' finding is already resolved. All four reported the same defect: launch.json initialPrice "1" is below the v4 minimum sqrtPriceX96 and would make the atomic launch revert. Commit 3f967eb already replaced it with 2^96. I reproduced the fix on the real vendored PoolManager in a scratch test: initialize at the committed value returns tick 0 and sets launchPool, while initialize at 1 still reverts with InvalidSqrtPrice(1). I merged the four reports into one and did not re-open it.

What I kept, all low or info:

• Low, README.md line 125. The README still tells the deployer the manifest's initial price is the literal "1" and to confirm the price convention. The manifest and OPERATIONS.md now say 2^96. The fix left the README contradicting the manifest.
• Low, docs/check_manifest.py line 27. The repository's own manifest checker validates initialPrice with a regex that accepts fractions, leading zeros, and out-of-range integers. It passed the original broken value, and would still pass "1.5" or "0.5", which the schema rejects. It needs the schema pattern plus the TickMath range check.
• Info, launch.json line 24. One FREE1376 per ETH prices the full supply at 1e9 ETH and needs 140 ETH of buy volume to fund the ransom. The value is valid and initializes correctly. This is recorded only so the author confirms it is a deliberate choice.

Own pass found no code defect. I traced all twelve entry points and marked each as holds. Key checks: v4-core passes the raw swap delta to afterSwap, so the PartialFill comparison against amountSpecified plus fee is exact. Both before-swap and after-swap fee modes settle to zero deltas on the real manager, and fees accrue as claims even with a token-only seed. The claims invariant holds through manumit and burnIMD because burnable excludes the reserved ransom. The transient lock, the one-shot unlock slot, the seat burial path, the fallback anchor stepping, and the status strings all match the spec. The full suite of 68 tests passes offline and formatting is clean.

The slither and aderyn reentrancy leads on manumit do not reproduce: state is written after the NFT call, but the transient lock blocks every re-entrant path and a non-standard callback can only trigger ordinary fee-paying swaps.