The deliverable is complete and verified. Clean build, 39 tests and formatting all pass with the compiler pinned in foundry.toml.

What was built

• src/DeezToken.sol is the token. Contract name DeezToken, token name IMDeezNutz, symbol DEEZ, 18 decimals. The constructor takes no arguments and mints the whole 1e27 minor units once to msg.sender, which is the factory at launch.
• It is OpenZeppelin v5.1.0 ERC20 plus ERC20Permit with no owner, mint, pause, blacklist, fee or upgrade path. The supply cannot grow and no address holds any privilege after deployment.
• script/DeployDeezToken.s.sol has a deploy() function the tests call directly. Its run() wraps it in a broadcast and reads no environment.
• test/DeezToken.t.sol holds 39 tests across success, failure and fuzz paths. They cover the launch flows arriving whole, every common mint and admin selector reverting from both the deployer and a stranger, permit expiry, replay and tampering, and an opcode scan mirroring the protected floor's DELEGATECALL, CALLCODE and SELFDESTRUCT check.
• README.md documents deployment parameters, the IMD launch economics, operational responsibilities and trust assumptions. There is nothing to set after launch.

Configuration and dependencies

• foundry.toml pins solc 0.8.26, sets bytecode_hash = "none" with CBOR metadata off, disables ffi and filesystem access, and defines the two remappings.
• forge-std v1.9.7 and OpenZeppelin Contracts v5.1.0 are vendored as plain files under lib/. The empty .gitmodules was untouched. OpenZeppelin's mocks were dropped.

Checks run here

forge clean && forge build            Compiler run successful
FOUNDRY_FUZZ_SEED=0x71c3...0279 forge test   39 passed, 0 failed
forge fmt --check                     exit 0

The compiled bytecode ends without a metadata trailer, and the runtime is 8,287 bytes. Slither is not installed on this machine, so it was not run; the README states that.

Created launch.json matching DeezToken, its argument-free constructor, exact supply, and required pool/economics values.

forge build succeeded. All 39 tests passed with the supplied fuzz seed. Manifest fields and constructor ABI checks passed. Only launch.json is included in the submission changes.

The review is complete. The findings file is written and the tree is otherwise untouched.

Result: no defects in the math area. .imd-findings.json holds an empty findings list and nine coverage rows, all holds.

What was checked

• Precision: The token has no division, scaling or casts. The only arithmetic is the constructor's checked mint of 1e27 and OpenZeppelin's balance and allowance updates, whose unchecked blocks are bounded by the fixed supply. The aderyn large-literal lead is style only: 10 ** TOKEN_DECIMALS is evaluated in uint256 and equals the manifest supply.
• Boundary: A scratch suite of 22 tests exercised transfer of 0, 1 wei, the whole supply, supply plus one and max uint, self-transfer, exact-allowance, max-minus-one and infinite allowance, permit with deadline equal to now and now minus one, max deadline and value, zero value, high-s and bad-v signatures, zero owner and spender, and a chain id change. All behaved as intended. The token has no external calls, payable paths, sentinel branches beyond mint and burn, or bytes decoding.
• Numerical gap: The balance-sum invariant held under fuzzing across transfer and transferFrom chains. The launch split at 10/80/10 percent of 1e27 leaves no dust, and the supply fits int128 so the Uniswap v4 seed cannot saturate.
• Library integrity: Every file in the token's compilation unit matches upstream OpenZeppelin v5.1.0 ignoring whitespace. The forge-std core matches v1.9.7.

Not reached: the factory, deployer and distributor contracts are not in this tree, so their price derivation and seed math were only checked for range feasibility, not traced.

The review is complete. The findings file is written and the working tree is otherwise unchanged.

Result: no defects found in the assigned area. .imd-findings.json holds an empty findings list and 11 coverage rows, all holds, covering the four listed entry points plus the constructor, two invariants, library integrity, the trust-gap seams, the permit front-running property and the deploy script.

What I checked

• Access control. The ABI, enumerated with forge inspect, has exactly four state-changing functions. Balances are written only by transfer from the caller and by transferFrom behind an allowance. Allowances are written by approve for the caller, by permit with the owner's signature, and decremented by transferFrom. No owner, minter, pauser, blacklist, initializer, proxy slot, receive or fallback exists. The constructor's single _mint goes to msg.sender, which is the factory under the launch's CREATE2 deployment.
• Asymmetry. The paired surfaces (approve against spend, transfer against transferFrom, permit against approve) write the same slots with mirrored validation. transferFrom spends the allowance before _update, so a zero from cannot mint.
• Trust gap. With no privileged actor, setter, fee recipient or formula, there is no seam where an authorised party can choose a favourable branch.
• Library integrity. Every file in the token's import closure is byte-identical to OpenZeppelin 5.1.0 apart from forge fmt line wrapping. Eight OpenZeppelin files outside the closure differ only by formatter rewrites and are not compiled into the token. forge-std matches 1.9.7.
• Probes. The project's 39 tests pass with the verifier's fuzz seed. A scratch suite of 10 extra probes (zero-owner permit, high-s malleability, spender redirection, nonce reuse across spenders, exact deadline, factory pulling from a holder, unknown selectors) all passed and has been removed.

Leads not promoted. The aderyn large-numeric-literal line is style only, since the suite asserts the constant equals 1e27. ERC-2612 permit front-running is a known standard property that moves no value and is recorded as an integrator note in the coverage record, not as a finding.

Review complete. The findings file is written and the tree is unchanged apart from it.

Result: no defect with a live failing input. The token is OpenZeppelin 5.1.0 ERC20 plus ERC20Permit with a no-argument constructor that mints 1e27 minor units to msg.sender. Every entry point behaves as the brief and the protected floor require.

What I checked in my area

• Execution Trace. Traced approve, permit, transfer and transferFrom from entry to final state. Zero-address guards, insufficient-balance and insufficient-allowance reverts, infinite-allowance handling, nonce consumption only on success, deadline check, low-s signature enforcement, and chain-id-aware domain separator all hold. A deployer or factory cannot pull a holder's balance without allowance, which is the privileged-hand path the floor probes.
• Periphery. The vendored OpenZeppelin tree is plain files, so I diffed all 164 Solidity files against the npm 5.1.0 release. After stripping comments and whitespace they are identical. The differences are forge fmt reformatting. I also compiled the token against the untouched upstream package: runtime bytecode, creation bytecode and ABI are byte-identical to the repository build.
• First Principles. Supply constant equals 1e27, CREATE2 deployment from a probe contract leaves the whole supply at the probe, the runtime has no DELEGATECALL, CALLCODE, SELFDESTRUCT, receive, fallback or payable function, and the only external opcode is the STATICCALL to the ecrecover precompile.

One info-level finding. The comment on TOKEN_DECIMALS says it is what decimals() returns, but decimals() is never overridden and returns OpenZeppelin's hardcoded 18. The two agree only by coincidence today, so there is no runtime failure. The reproduction given is the latent state: change the constant and the on-chain decimals, the constant and the supply scaling diverge. Suggested fix is a one-line override returning the constant.

Not reached. The vendored forge-std could not be byte-diffed because GitHub is blocked by the proxy and that version is not on npm. It is test-only code and not part of the deployed bytecode. A deliberately failing assertion in a scratch test did fail, so its assertions are live.

Static analysis leads. Slither reported nothing. Aderyn's large-numeric-literal line is style only. The literal evaluates to exactly 1e27.

The scratch test directory was removed. Coverage rows answer all four listed entry points plus five invariant rows.

The findings file is in place and the harness excludes it from git by design. No source file was changed, and the scratch test directory and the downloaded upstream libraries have been removed.

Result: no defect found in the assigned area. The Economic Security, Invariant and Flow Gap checks all hold for DEEZ, and .imd-findings.json records an empty findings list with a ten-row coverage record.

What was checked

• Contract surface. src/DeezToken.sol is OpenZeppelin v5 ERC20 plus ERC20Permit with three constants and a constructor that mints 1e27 to msg.sender. The compiled ABI has exactly four state-changing functions, all of them standard, and no receive or fallback.
• Dependency integrity. I downloaded the upstream OpenZeppelin v5.1.0 and forge-std v1.9.7 releases and diffed every one of the 19 library sources the token compiles against. All are code-identical after stripping comments and whitespace. The byte differences are forge fmt line wrapping and hex"19_00" versus hex"1900", which compile to the same bytes.
• Conservation invariant. A scratch StdInvariant run over random transfer, approve and transferFrom calls never broke the sum of balances equal to a fixed 1e27 supply. No mint or burn path exists after construction.
• Launch flows. Transfers move exactly the requested amount with no fee, burn, hook or exemption, so the 10% swarm, 80% pool and 10% remainder split leaves zero behind at the factory, and the pool manager and distributor flows arrive whole.
• Permit edge cases. Valid at the exact deadline, rejects high-s malleable twins and zero recovery, binds every signed field, consumes the nonce once, and the domain separator follows the chain id on a fork.
• Privilege. Every admin-style selector in the protected and project tests reverts from the deployer and from a stranger, and the runtime opcode scan is clean.

Recorded as trust assumptions, not defects. Anyone may submit a holder's permit before the holder's own bundled call, and transfers to the token's own address are accepted and unrecoverable. Both are standard ERC-20 and EIP-2612 behaviour and the README already documents them.

Outside the tree. Price derivation from the 5500 IMD cap and the pool seeding are deployer logic. The derived tick is within Uniswap v4 bounds for tick spacing 60 in either currency order, and the token side needs no exemptions, so nothing in this repository can short those flows.

Added 31 tests covering failure paths, permit security, and multi-actor invariants.

All 70 tests pass offline with both seeds, including 16,384 invariant calls per run. Formatting passes.

Reported the existing Slither blocker in .imd-findings.json. Git staging failed because the index is read-only; deliverable files are present.

I found no defects that hold up, so .imd-findings.json has an empty findings list. It has a coverage row for each of the four entry points, all marked holds, plus rows for the supply, decimals, deployability and floor checks. I changed no tracked files, and the JSON parses. The untracked dotfiles git status lists were there before this review; I didn't create them.

What I checked

• Token code: src/DeezToken.sol is only constants and a constructor that mints 1e27 once to the deployer, which is the factory at launch. It inherits plain OpenZeppelin v5.1 ERC20 and ERC20Permit. There is no owner, no mint after deployment, no fee, burn or pause, and no low-level calls.
• Library code: I read the OpenZeppelin functions it relies on (transfers, allowances, permit, nonces, signature recovery, domain separator) and they are the stock code.
• Launch flows: transfers move exactly the stated amount, so the factory's transfers, the pool seed and swaps are exact.
• Permit: it checks the deadline, uses each nonce once, rejects malleable or zero-address signatures, and ties signatures to this contract's address and chain.
• Deployability: forge build --sizes gives 4,142 B runtime and 5,817 B initcode, well under both limits. The constructor takes no arguments, which matches constructorArgs: [] in launch.json.
• Manifest: totalSupply, decimals: 18, name, symbol, the contract name's length, and lowercase addresses all match the code and the format rules.
• Tests: forge test runs 70 tests and all pass.

Specialist findings, both dropped

• decimals() vs TOKEN_DECIMALS (audit_flow, info): the inherited decimals() returns 18, the same as the constant and the manifest. The only way to make it fail is to edit the constant, so it isn't a defect in the code as shipped.
• Slither flag in Math.sol:205 (test writer, medium): the flagged line, (3 * denominator) ^ 2, is an intentional and documented step in OpenZeppelin's mulDiv, in a protected library the token never calls. The verifier's own Slither run reported nothing at low or above. Slither isn't installed here, so I couldn't rerun the tester's exact command.

The aderyn "large numeric literal" warning at line 27 is the supply constant, which is intended.