Implemented WORLD: 1,000,000,000 tokens, 18 decimals, minted once to the deployer. No further minting or administrative powers.

Included vendored dependencies, success/failure tests, fuzz tests, invariants, and deployment documentation.

Verified with Solidity 0.8.26:

• forge build passed.
• Seeded forge test passed: 32 tests.
• forge fmt --check passed.

launch.json is written and is the only change in the tree.

What the manifest describes. The accepted tree contains a single contract, WorldMarketToken, a plain OpenZeppelin v5 ERC-20 with an empty constructor that mints 10^27 minor units once to msg.sender. There are no application contracts, so the manifest lists an empty constructorArgs array and an empty contracts array.

Manifest contents

• kind is "custom_token", token contract name WorldMarketToken, name World Market Token, symbol WORLD, decimals 18.
• totalSupply is "1000000000000000000000000000", exactly what the constructor mints.
• pool and economics are copied verbatim from the launch terms: IMD pair address, fee 12500, tick spacing 60, the one-to-one provenance price, poolBps 8000, the 3,600 IMD opening cap and the requester's remainder address.
• notes is a single string of about 1,200 characters describing only the one contract actually present.

Verification

• forge build compiled cleanly with Solidity 0.8.26.
• forge test with the verifier's fuzz seed passed all 32 tests across both suites, including the invariant suite.
• The JSON parses, uses only the six schema keys, and git status shows launch.json as the sole new file. No configuration, lib, or source files were touched.

The review is complete. The findings file is written at the repository root, the working tree is otherwise untouched, and my scratch tests are removed.

Result: no defects in the assigned area. The findings list is empty and the coverage record has nine rows, one for each of the three entry points plus six invariant and boundary rows.

What I checked, against the Math Precision, Boundary and Numerical Gap guides:

• Supply constant. The literal on line 10 of src/WorldMarketToken.sol is a compile-time exact product equal to 10^27, and decimals() returns 18. The aderyn large-literal line is style only.
• Transfer arithmetic. The balance check precedes the unchecked subtraction, and the unchecked addition cannot overflow because total supply is fixed. I verified amount equal to max uint256, supply plus one, exact balance, one wei, full self-transfer, and zero-value from an empty account.
• Allowance arithmetic. Only exactly max uint256 is infinite. Max minus one is finite and decrements. Exact spend reaches zero and the next wei reverts. A balance failure after an allowance check leaves the allowance untouched. A fuzz over the full approved range matched the subtraction exactly.
• Boundary surface. No external calls, no payable, receive or fallback, no bytes decoding, no division, cast or scale conversion anywhere. ETH sent to the contract reverts.
• Library integrity. I fetched the five OpenZeppelin v5.0.2 files from the upstream tag and compared them byte-for-byte with the vendored copies. All are identical, so the arithmetic reviewed is the audited upstream code.
• Delivered suite. All 32 delivered tests, including the 256-run invariant suite, pass under the README seed.

Nothing in my area was left unreached. Tooling that ran: forge build, forge test, and a direct upstream diff. Slither and aderyn output was supplied, not run by me.

The review is complete and found no defects. The findings file is written with an empty findings list and a nine-row coverage record, and the working tree is otherwise clean.

What was reviewed. The token at src/WorldMarketToken.sol is a 17-line contract that inherits the unmodified OpenZeppelin v5.0.2 ERC-20 and mints the fixed supply to the deployer in its constructor. I checked it against the Access Control, Asymmetry and Trust Gap guides in the Pashov reference, plus the deployment-phase items from the x-ray reference and the entry-point inventory method from Trail of Bits.

Why it holds.

• Permission model. There are no roles, modifiers, initializer, owner, fallback or receive. The compiled ABI exposes only the nine standard ERC-20 functions and the supply getter. Fuzzed calls to unknown selectors, with and without ETH, all revert.
• Only mint is the constructor. Internal mint and burn have no public callers. A fuzzed factory deployment credits the factory, never the transaction origin. Supply stayed fixed across 32,768 invariant calls.
• Dependency integrity. All five vendored OpenZeppelin files are byte-identical to the upstream v5.0.2 tag, verified independently of the repo's own hash manifest. Storage layout is the five expected slots only.
• Asymmetry. Both transfer paths share the same internal update. Allowance is written only through approve and the spend path. The burn branch is unreachable from any public entry point. Approval not being emitted on spend matches upstream and is documented in the README.
• Trust gap. The only asymmetric actor is the factory as first holder, which is the requested design. After construction it has no power over any holder.
• Static analysis lead. The large-numeric-literal warning is a compile-time constant equal to the brief's supply. No defect.
• Runtime bytecode. No DELEGATECALL, CALLCODE, SELFDESTRUCT, CALL or CREATE opcodes.

Checks run. Full project suite with the README seed passed, 32 tests and 2 invariants. My scratch access-surface probes passed and were removed. The protected Uniswap v4 harness was not runnable here, since its dependencies are not in this tree.

The review is complete. The findings file is valid and its one snippet matches the tree, and the scratch tests confirming the "holds" rows all pass.

Outcome: no economic, invariant or flow-gap defect in the token. One info-level provenance finding.

The World Market Token is an unmodified OpenZeppelin v5.0.2 ERC-20 with an argument-less constructor that mints exactly 10^27 units to msg.sender. I checked it against the Economic Security, Invariant and Flow Gap guides after reading the Senior Auditor's Mindset:

• Economic Security: no external dependencies, oracles, callbacks, taxes, exemption lists or sentinel-address paths. Nothing can make a launch flow arrive short or revert for the factory, distributor, PoolManager or a trader. ETH sent to the token reverts.
• Invariant: total supply is fixed at deployment and equals the sum of balances. There is no mint, burn or _update override in the source or ABI. The supply fits Uniswap v4's int128 delta and uint128 liquidity bounds. The 256x128 invariant campaign and all 32 delivered tests pass with the documented seed.
• Flow Gap: the 10% swarm, 80% seed and remainder transfers, plus a pool-style pull via transferFrom and buy/sell round trip, move exactly the stated amounts in my scratch test. The deployer derives the opening price, so no token property affects it.

The static-analysis lead at src/WorldMarketToken.sol:10 is a compile-time constant that equals the manifest supply, not a defect.

The one finding is informational. SECURITY.md:22 claims all 26 vendored forge-std files matched their recorded hashes, but six of them fail the project's own SHA256SUMS check. The recorded hashes are the correct upstream v1.9.6 values, so the vendored copies changed after the manifest was written. I confirmed the differences are whitespace-only re-wrapping consistent with forge fmt, so production code is unaffected and the OpenZeppelin files all verify. The author should restore the files or regenerate the manifest and correct the wording.

Coverage: all three entry points are marked holds, with five extra rows for the supply, constructor, launch-flow, dependency and provenance invariants. Nothing in my area was left unreached. I changed no repository files other than the required .imd-findings.json and the disposable test/scratch/ test.

The review is complete and the findings file is written. Nothing further is needed: the file is valid JSON, the scratch directory is removed, and the tree is unchanged apart from the findings file, which a global ignore rule hides from git status but which exists on disk.

Outcome: the token holds. One informational finding, no code defects.

What I reviewed. My area was the Execution Trace, Periphery and First Principles guides, applied to the 17-line token and its vendored base. I traced each of the three entry points from caller to final state through the OpenZeppelin 5.0.2 code, checked every revert path, sentinel value and allowance residual, and confirmed the constructor mints exactly one billion tokens in minor units to the immediate deployer. I ran the delivered suite (32 tests, fuzz and invariants, all passing) plus a scratch suite of my own covering CREATE2 deployment from a factory, ETH sends, unknown selectors, zero-address sender, owner-as-spender, self-transferFrom, max-value transfers and modeled Uniswap v4 settle flows. All behaved as the design states.

Periphery verification. I downloaded both upstream archives and compared hashes independently:

• OpenZeppelin v5.0.2: all six vendored files are byte-identical to upstream. The production dependency is clean.
• forge-std v1.9.6: six files differ from both the repo's own SHA256SUMS and upstream. The diffs are whitespace-only line rewrapping, caused by this repo's fmt config being applied to lib. This contradicts SECURITY.md line 22 and the UPSTREAM.md "unmodified" statement.

The finding. Reported as info, since forge-std is test support and the deployed bytecode is unaffected. The reproduction is a single command:

cd lib/forge-std && sha256sum -c SHA256SUMS

It reports 6 FAILED where the security record claims 26 OK.

Coverage. All three listed entry points are marked holds, with five additional rows for the constructor mint, the no-admin and no-forbidden-opcode invariants, launch-flow exactness, OpenZeppelin provenance, and the forge-std provenance finding. One limit: I could not run the protected Uniswap v4 harness because v4-core and LaunchLiquidity are not in this tree, so launch-flow exactness is argued from the absence of any tax or hook logic and from modeled transfers rather than a real swap.

Added 20 edge-case and fuzz tests, and expanded stateful invariants to exercise rejected calls and verify rollback.

Validation passed: forge build and forge test with the required seed—52 tests and 32,768 invariant calls.

Only test/ changed. No contract defects found.

Review complete. Findings and coverage are in .imd-findings.json; no repository files were changed.

Outcome: one info finding, no defects in the token.

• Merged specialist finding (info). The audit_flow and audit_economics reports describe the same root cause, so they are one finding. I reproduced it: running the checksum verification in lib/forge-std fails for six files, while SECURITY.md line 22 and the forge-std UPSTREAM.md say all 26 match. I downloaded the upstream v1.9.6 archive, confirmed its hash equals the documented one, and confirmed each of the six files differs from upstream only by whitespace re-wrapping. The production dependency is unaffected: all five vendored OpenZeppelin v5.0.2 files are byte-identical to the upstream archive, which I also re-derived. Severity stays at info because forge-std is test support and contributes nothing to deployed bytecode.
• Dropped or absent. The math, permissions, and test-writing specialists reported nothing, and nothing in my own pass contradicts that.
• Static analysis lead. The aderyn large-numeric-literal note is style only. The literal evaluates to exactly ten to the twenty-seventh and matches the manifest supply.

My own pass. The token is a no-argument constructor over unmodified OpenZeppelin ERC-20 that mints the whole supply to the deployer. It has no owner, mint, burn, pause, blacklist, fee, callback, or external call. I traced approve, transfer, and transferFrom through the OpenZeppelin code and marked all three as holding. The project builds and its 52 tests pass under forge 1.8.3, the verifier's release. The manifest uses only schema keys, its empty constructorArgs match the constructor, and its totalSupply equals the minted amount. Creation code is far below the deployment size limits.

Coverage record. All three listed entry points answered as holds, plus rows for the constructor and supply invariant, the manifest, and the static-analysis lead.