Implemented HooksStoreToken: 1 billion HOOKS, 18 decimals, minted once to the deployer. Includes vendored dependencies, deployment documentation, and success, failure, fuzz, and invariant tests.

All checks passed:

• forge build, including a clean offline build
• forge test: 35 passed using the supplied fuzz seed
• forge fmt --check

I found no access-control defects in the Hooks Store (HOOKS) token, so .imd-findings.json holds an empty findings list plus coverage rows. Nothing else in the tree changed: git status is clean, and the JSON file parses.

What the code is: src/HooksStoreToken.sol is a plain OpenZeppelin v5.1 ERC20 with nothing added. Its constructor mints exactly 1,000,000,000 × 10^18 units to whoever deploys it, which is the factory at launch, and calls nothing else.

Access Control: The token has no owner, roles, mint, burn, pause, blacklist, upgrade or delegatecall. Once deployment ends, nobody holds any special power.

Trust Gap: The factory has no powers that an ordinary holder lacks. Calling transferFrom on someone else's tokens still needs their approval.

Asymmetry: There are no fees, exemptions or special cases. Transfers between the factory, the distributor and the pool manager move exactly the amount stated, so the launch flows can't arrive short.

Coverage rows:

• approve: holds.
• transfer: holds.
• transferFrom: holds.
• Two invariants I added: the supply can't grow and no role exists, and the vendored OpenZeppelin files are unmodified.

Checks run:

• forge test: all 35 tests passed, including the invariant suite.
• Every OpenZeppelin file matched vendor-checksums.txt. Seven forge-std files did not match; they are used only by the tests and are not compiled into the token. I didn't report this because lib/ is outside this review.
• The aderyn "large numeric literal" warning points at the supply constant, which is correct.
• No launch.json exists yet, so there was no manifest to review.
• I did not run the protected launch checks, because they need environment settings that only the verifier supplies.

Created launch.json matching HooksStoreToken’s constructor, exact supply, and required pool/economics values.

Validation passed: manifest checks, forge build, and all 35 tests with the supplied fuzz seed. Only launch.json was added.

The review is complete and the findings file is written and valid.

Outcome: the HOOKS token holds under the Execution Trace, Periphery and First Principles guides. I found one low-severity provenance defect and no defect in the token's code.

What I checked

• Execution trace: approve, transfer and transferFrom traced through the vendored OpenZeppelin ERC20 into _update. Every revert path rolls back both allowance and balance changes, amounts move exactly, and the only sentinel path is the documented infinite allowance.
• Periphery: all five vendored OpenZeppelin v5.1.0 files were diffed byte-for-byte against the upstream tag and are identical. The forge-std files are the subject of the finding.
• First principles: the constructor takes no arguments and mints exactly 10^27 to the immediate creator, which is the factory under CREATE and CREATE2. There are no roles, no fallback or receive, and no mint or burn reachable after construction.
• Protected floor replayed locally: a scratch test re-ran the reachable-opcode scan for DELEGATECALL, CALLCODE and SELFDESTRUCT, tried 22 privileged selectors from the deployer, and replayed the factory, distributor and pool-manager flows. All pass. The project's own suite of 35 tests and the format check also pass.

Finding (low): THIRD_PARTY.md tells reviewers to run the checksum verification and claims the vendored files are unmodified, but that command fails for seven forge-std files. The differences are whitespace reflow only, and forge-std is test-only, so there is no production impact. The fix is to restore the upstream bytes or regenerate the checksums.

Coverage record: all three ABI entry points are marked holds, plus rows for the constructor, the fixed-supply and no-privileged-call invariants, the opcode invariant, and the two vendored dependency sets.

Not reported: the README states an intended launch chain of Ethereum mainnet. The chain is chosen by the launch policy, not the code, and no failing input follows from the statement, so it is a note only.

The review is complete and the findings file is written and validated.

Outcome. The HOOKS token is clean in the assigned area. It is an unmodified OpenZeppelin v5.1.0 ERC20 with one constant mint of 10^27 units in the constructor, no division, no scaling, no external calls, no payable path and no privileged surface. I found one low-severity defect outside my area and no math, boundary or numerical-gap defect.

What I checked, per guide:

• Math Precision: the supply literal evaluates to exactly 10^27 and agrees with the 18 decimals returned. All OpenZeppelin unchecked blocks sit behind a checked guard, and the supply bound makes the unchecked additions safe.
• Boundary: zero, exact, one-over and max-uint values for balance and allowance behave as the ERC-20 contract promises. Infinite allowance is a sentinel only at exactly max; max minus one decrements normally. ETH sends revert. Zero-address paths revert on both sides.
• Numerical Gap: the 10/80/10 launch split of the supply leaves no dust, and the swarm's 2% plus 8% equals the 10% share exactly. Supply conservation holds under the existing invariant campaign and my own scratch fuzz run.

The one finding, low severity. The README and THIRD_PARTY.md tell the operator to verify vendored dependencies with the checksum file and claim the files are unmodified. Running that check on the delivered tree fails for seven forge-std files. I fetched upstream forge-std v1.9.7 and confirmed the recorded hashes are correct, so the committed copies are what changed. The differences are whitespace reflow only, forge-std is test-only, and the production OpenZeppelin ERC20 matches upstream byte for byte, so deployed bytecode is unaffected. The fix is to restore the seven files or regenerate the checksum file.

Coverage. All three ABI entry points are marked holds with reasons, plus six invariant rows. Scratch tests live under test/scratch/ and are not kept. No repository file was modified beyond the findings file.

The review is complete and recorded in .imd-findings.json. No tracked file was changed.

Outcome: the token itself is sound in my area. HooksStoreToken is a 17-line wrapper over an unmodified OpenZeppelin v5.1.0 ERC20 that mints exactly 10^27 units to msg.sender in the constructor and exposes nothing else. I checked it against every failure mode in the Economic Security, Invariant and Flow Gap guides and found no economic defect:

• Conservation holds permanently. The only balance and supply writer is OpenZeppelin's _update. The mint branch runs once in the constructor, and the burn branch is unreachable because _transfer rejects a zero recipient and _burn is never called. The compiled ABI exposes only approve, transfer and transferFrom as state-changing entry points, so no actor, including the factory, can grow the supply or move a holder's balance.
• Launch flows arrive whole. There is no fee, burn, hook, callback or external call, so the swarm share, claims, the single-sided seed and swaps through the PoolManager each move exactly the stated amount. There are no Flow Gap seams because the token touches no periphery.
• Build evidence. forge build, the full suite with the documented fuzz seed (35 tests, invariants at 128 runs x 64 depth) and forge fmt --check all pass. The runtime bytecode has no reachable DELEGATECALL, CALLCODE or SELFDESTRUCT. Metadata hash is none, EVM target Cancun.

One low finding, outside my area but reproducible. THIRD_PARTY.md says the vendored files are unmodified and tells readers to run sha256sum --check vendor-checksums.txt. That command fails on seven forge-std files. I fetched upstream v1.9.7: the listed hashes are the true upstream hashes, and the committed files differ only in whitespace, consistent with forge fmt having reformatted lib/. All five vendored OpenZeppelin files match upstream byte for byte, so the production dependency is intact. The fix is to restore the exact upstream bytes or regenerate the checksum list and reword the provenance claim.

Coverage. All three ABI entry points are marked holds, with nine additional invariant rows. One row is unreached: the launch economics values (poolBps, opening cap, remainderTo, paired currency) are not in this tree because launch.json is written after acceptance, and nothing in the token depends on them. Static analysis leads were a single aderyn "large numeric literal" note on the supply constant; the literal equals 10^27 exactly and is not a defect.

One note for the judge rather than a finding: README line 22 asserts the intended launch chain is Ethereum mainnet. The chain is chosen by the launch policy, not the repository, and I had no network table to check the claim against.

Added failure-path, boundary, and fuzz tests; strengthened stateful invariants across 32,768 randomized calls.

forge build and forge test pass with the required seed: 49 passed, 0 failed.

Only test/ changed. No confirmed defects found.

The review is complete and .imd-findings.json is written. The tree is otherwise untouched.

Outcome. The token is a plain, unmodified OpenZeppelin v5.1.0 ERC-20 with a zero-argument constructor that mints 10^27 units to the factory. I found no defect in the production code. One low-severity finding is kept, merged from the three specialists who reported it.

Finding 1, low. The vendored forge-std files do not match the project's own provenance claim. THIRD_PARTY.md says the upstream files are unmodified and tells readers to run the checksum file. On the committed tree that command fails for seven forge-std files. I confirmed the recorded hashes are the correct upstream v1.9.7 values and that the committed copies differ from upstream only in whitespace, so this is a formatter reflow with no on-chain effect. All five OpenZeppelin files the token actually compiles against match both the checksum file and the upstream v5.1.0 tag byte for byte.

Dropped or not raised.

• The write_foundry_tests and audit_permissions specialists reported nothing, and nothing in my own pass contradicts that.
• The aderyn large-literal lead is the readable underscore spelling of 10^27 and not a defect.
• My first opcode scan flagged bytes in the runtime, but the disassembly shows they are PUSH2 immediates. There is no DELEGATECALL, CALLCODE or SELFDESTRUCT.

Coverage. All three entry points, approve, transfer and transferFrom, are marked holds, with reasons traced through the vendored ERC20 code. Additional rows record the supply invariant, deployability under CREATE2 with empty constructor arguments and small bytecode, the opcode check, dependency provenance, and the passing build and test run.