The findings file is in place at the repository root (excluded from git by the harness, as intended) and nothing in the tree was modified.

Audit of the ADAM repo as it arrived, before adaptation to IMDO

Outcome: no critical or high defects. Three medium findings, one low, one informational, all written to .imd-findings.json with concrete reproductions. The most severe one carries a Foundry proof that fails on the current code.

Findings

• Medium, hook fee funding. AdamHook pays its ETH fee with poolManager.take inside the swap, before the router has settled, so the transfer is funded only by ETH the manager already holds from other pools. On a manager holding less ETH than the fee, every fee-bearing buy reverts with NativeTransferFailed. Proof: fresh PoolManager, ADAM-only launch position, 1 ETH buy reverts. The existing suite never sees it because its fixture pre-funds the manager with 400 ETH through the IMD/PNKSTR pools. The adapter should mint an ERC-6909 claim or fall back to one when the manager balance is short, with a permissionless redeem.
• Medium, buy floor stall. The treasury's minimum output uses the greater of checkpoint and spot, and the checkpoint only moves after a successful buy. Once IMD rises more than about 3% past the last buy, every retry fails. Verified: after one 8 ETH organic buy, 420 retries over 70 hours bought nothing. ADAM escapes by rerouting after 3 days. The IMDO brief removes rerouting and makes IMD the only buy leg, so the IMD share would sit in pending with no exit until the market reverts.
• Medium, chain and literals disagree. The brief fixes chain 11155111 but the manager and IMD literals are mainnet addresses. Checked live: both return empty code on Sepolia, the real Sepolia PoolManager has code, and the mainnet IMD/ETH pool at fee 10000 / spacing 200 exists. A V2-style constructor reverts there; a V1-style one seeds a zero checkpoint and the leg fails closed forever with no withdrawal path.
• Low. stakeFor is open to anyone. Harmless in ADAM, but with the brief's 24-hour lock reset on every stake it becomes a one-wei-per-day griefing vector unless restricted to the claim contract.
• Info. DeployAdam.run() reads env vars and broadcasts with an implicit signer, and mints the LP NFT to the deployer rather than the dead address. The IMDO script must take everything as arguments.

Also checked, no defect found: hook fee math on all four swap shapes and the partial-fill guard, distributor accumulator and backlog stream edge cases, V2 treasury ETH conservation and keeper bounty accounting, callback and self-call guards, reentrancy surfaces, NFTClaim vesting and duplicate-id handling, runtime sizes under EIP-170, and an opcode scan showing no DELEGATECALL, CALLCODE or SELFDESTRUCT in any contract. The hook owner's lowerFee is a brief-requested trust assumption, not a finding.

One brief-level conflict for the adapter, not filed as a finding since no code exists yet: the manifest resolves ImdoStaking's claim to $owner, so the script-deployed ImdoClaim would be unable to call stakeFor, and the owner wallet would be excluded from staking.

Coverage. Read in full: LaunchToken, AdamHook, AdamDistributor, AdamDistributorV2, AdamTreasury, AdamTreasuryV2, AdamSplitOracle, NFTClaim, the interface, both scripts, HookMiner, launch.json, README, SELF_AUDIT, the test fixtures and the extension suites. Not reached in depth: the remaining unit, fuzz and invariant test files beyond their names and the fixtures they share. No Slither or Mythril ran, no fork test ran, and the Pashov specialty passes were applied by one reviewer, not independent agents. The full existing suite was run and passes, 151 tests.

The review is complete and the findings file is in place. Only .imd-findings.json and my scratch probe under test/scratch/ were created; no project file was changed (the tree shows no modifications, both paths are git-ignored).

Outcome: I found no permission bypass, fund-loss path, or broken guarantee in the Access Control, Trust Gap, or Asymmetry areas. The role model behaves as the brief and README describe. Three minor items are recorded with reproductions.

What I checked

• Every role gate: stakeFor (claim only), withdrawRegen (safe only, bounded, pays safe), setRegenCap (safe only, in bounds, prospective only), payOps/payOffsets (role pulls own balance), claimKeeper (own debt only), hook lowerFee/beforeInitialize (owner only, once, ETH/IMDO), both unlockCallbacks (manager plus an in-flight flag), executeImd (self-call only).
• Paired surfaces: stake/stakeFor, stake/unstake, claim/claimReward/exit (ETH key never paid), claimSeat/claimHolder launch and deadline handling, regenCreditOf view versus settle math, constructor versus setter bounds, Split event versus state writes.
• Trust seams: keeper timing versus checkpoint floor, regen cap changes versus pending and accrued ETH, safe withdrawals versus staker credit, the manifest's $owner holding claim, regenSafe, offsetsSafe and opsWallet.
• Probes run in test/scratch/Probe.t.sol (all passed as expected): lifetime REGEN credit unchanged when another staker's unstake drops the pool below the 10M threshold, stream restart equals remaining reserve, the view/write asymmetry below, and the claim-address prediction failure mode.
• Baseline: full default suite passes (98 tests, 18 suites). README has none of the forbidden words and no audit claim; no PNKSTR/IMDSTR/SplitOracle paths remain.

Findings recorded

1. Low, script/DeployImdo.s.sol:87. The staking contract's immutable claimContract is a nonce-predicted address, and preflight accepts a launch equal to the current timestamp with no margin. Because a broadcast is separate transactions and ImdoClaim's constructor reverts once launch has passed, a late or interleaved transaction leaves claimContract codeless forever; stakeFor is dead and no claim contract can ever be bound. No attacker trigger and no fund loss. Fix is a time margin in preflight plus a documented two-consecutive-transaction requirement.
2. Info, src/ImdoStaking.sol:90. rewardTokens() lists the address(0) credit key, but isRewardToken is never set for it, so claimReward(address(0)) reverts. A view/write asymmetry for integrators; behaviour itself is correct.
3. Info, src/ImdoTreasury.sol:337. Leg.failingSince and MIN_FAILURES are written or saturate a counter but nothing reads them since rerouting was removed. Dead state from the base contract, harmless.

Coverage: 36 of 36 listed entry points answered (35 holds, 1 finding), plus four invariant/manifest rows. Nothing was left unreached. Items outside my area that I did not pursue in depth and that belong to the economics specialist: the strength of the decaying checkpoint floor against price manipulation around treasury buys, and the sole-staker capture of live rewards while the backlog gate is unmet, both of which are documented ADAM behaviours rather than permission defects.

The review is complete. Findings are in .imd-findings.json at the repository root, all three snippets verified against the tree, and the scratch probe has been removed so no project file changed.

What I found in the math area (Precision, Boundary, Numerical Gap)

• Medium, src/ImdoTreasury.sol:332. The IMD-buy checkpoint is refreshed from the same-block post-swap spot price with no bound on how far it may rise. Because the min-out floor then decays only as (7d/(7d+t))² in sqrt-price terms, a 2x rise in IMD-per-ETH pins the floor above spot for about three days. Reproduced two ways on the local fixture: an unprivileged sandwich around process() (sell IMD, call process, buy back) cost the attacker about 1.99 ETH and stalled the leg for 438 consecutive calls, 3.05 days. An organic IMD price doubling stalled it 2.75 days with no attacker. Funds are delayed, not lost. Suggested fix keeps the design: bound the per-refresh rise of the checkpoint or shorten the decay constant.
• Low, src/ImdoStaking.sol:168. In the manifest wiring, claim and regenSafe both resolve to the policy owner. That address can call stakeFor(victim, 1) daily and reset any staker's 24-hour lock forever. Reproduced: thirty 1-wei calls kept Alice's 1,000 IMDO locked at day 30. This is the same lock-grief that the imported finding closed for strangers, reopened for one privileged address, and it is not disclosed in README or the manifest notes.
• Info, src/ImdoTreasury.sol:187. The intake cap is derived so the IMD share equals one max buy, but REGEN overflow also flows into that leg. Once the epoch cap binds, each call adds 1.625 ETH while buying 1 ETH. Measured pending growth of 0.625 ETH per call under sustained inflow. No loss and the accounting invariant holds; reported for parameter sizing.

What held. Split and bounty arithmetic conserves every wei, and the cap works out to exactly a 1 ETH IMD leg. The per-share accumulator cannot overflow for any plausible supply, the backlog stream never underflows across threshold crossings, and the lifetime REGEN credit is monotonic. Hook fee gross-up and partial-fill checks agree between beforeSwap and afterSwap. Claim tranche rounding sums to the exact allocation. The full suite of 98 tests passed before I started.

Coverage. All 36 listed entry points have a row, plus four invariant rows. Three entry points point at findings; the rest hold. No critical or high findings, so no proof test files were attached.

Review complete. The findings file is written at .imd-findings.json with two low findings and 40 coverage rows, and my scratch tests are removed so no other file changed.

What I checked. I read the Senior Auditor's Mindset and the Execution Trace, Periphery and First Principles guides, then traced every state-changing entry point of the five contracts and the deploy script. I verified the trickiest claims with scratch tests on the repository's local Uniswap v4 fixture: the exact 50 bps bounty and 1000/2500/2500/4000 split, the per-epoch REGEN cap with overflow into the IMD leg, and REGEN credit monotonicity when another staker's exit drops the total below the backlog threshold. All held. The existing suite of 98 tests also passes.

Findings, both low.

• Checkpoint inflation stalls IMD buys at src/ImdoTreasury.sol:332. The post-buy checkpoint is unbounded and can be set by a buy as small as a few gwei of donated ETH. An unprivileged actor sells IMD into the ETH/IMD pool, triggers a dust buy, buys back, and the inflated floor makes every later buy revert until it decays. Measured in the fixture: a 2.4 ETH round trip stalled the IMD leg for about 4.6 days with over 4 ETH piling up in pending. No funds are lost and the attacker gains nothing, hence low. Suggested fix is to bound the checkpoint jump relative to the previous floor, or require a meaningful buy size before updating it.
• Deploy script has no launch margin at script/DeployImdo.s.sol:150. A launch timestamp that passes simulation but is behind the block that mines the claim creation makes the ImdoClaim constructor revert. The failed CREATE burns the nonce, so the claim address baked into ImdoStaking can never hold code and that staking instance is permanently without a working stakeFor. The docs warn about timing, but only the script can enforce it.

Coverage. Every listed entry point has a row. All hold except ImdoTreasury.process() which carries finding 1, plus a script row for finding 2 and three invariant rows that hold. Nothing was left unreached. Neither finding reached critical or high, so no proof test files were attached.

Review complete. The findings file is at .imd-findings.json with 3 findings and coverage rows for all 36 entry points plus 6 invariants.

What I found

1. Medium: the IMD-buy checkpoint re-anchors to the manipulated post-swap price (src/ImdoTreasury.sol:332). The min-out guard is the only defence against same-block manipulation, but every successful buy overwrites the reference with the post-swap spot. A sandwicher who pushes spot to the floor each round lowers the next floor by ~3%, compounding every 600 s regardless of the 7-day decay. In the proof, after 20 rounds the checkpoint sits at 76% of the market sqrt-price and stakers receive 127 IMD per ETH against a fair 219. I read the live mainnet ETH/IMD pool: ~684 ETH of in-range depth, so today it is griefing (attacker pays ~9 ETH of pool fees per 20 rounds in a 200 ETH pool), and becomes profitable below roughly 100 ETH of depth. Proof test fails on current code and passes under a one-line fix that never lets a buy lower the reference below its decayed floor.

2. Low: manifest $owner as staking claim caller can freeze any staker's principal (src/ImdoStaking.sol:168). stakeFor resets the whole-position lock, so the policy owner can call stakeFor(victim, 1 wei) daily and the victim can never unstake. Safe in the manual deployment where ImdoClaim only passes msg.sender; a trust-assumption risk introduced by the manifest substitution and not documented.

3. Low: the 10M IMDO floor gates only the backlog, not direct distribution (src/ImdoStaking.sol:226). A 1 wei stake captures 100% of every IMD purchase and REGEN credit notified while it is the only stake, while the launch backlog remains gated behind it.

What held: the exact split and bounty, REGEN epoch cap and overflow routing, failed-notify retry, ETH conservation in treasury and staking, lifetime REGEN credit monotonicity, withdrawRegen bound, claim vesting and entitlement following the NFT, holder proofs and global bound. I checked and rejected the keeper gas-starvation grief on the try/catch (the 63/64 rule makes it unreachable).

Not reached: no fork run of the mainnet buy itself and no evaluation of the real seat NFT or holder list, which are off-chain trust inputs.