Smart Contract Analysis Statement

Re-audit Scope

This statement replaces the one issued on 28 August 2026 and covers the token contract as it stands at the pinned commit. The contract grew from sixty seven lines to one hundred and ten. All five findings from the first round were re-verified against the new source, and one new observation is recorded.

Contract Analysis

The HCOW contract implements an ERC20 token with a fixed supply of two hundred million units, minted once in the constructor to a treasury address supplied as a parameter, together with standard burn functions and signature-based approvals. It remains the shortest and simplest contract in the project and deliberately so. There is no mint function and no minter role, so the supply can never rise; it can only fall through burning. There is no owner, no administrative role of any kind, no pausing, no blacklist, no transfer fee and no upgrade path. Every claim the contract makes about itself in its own design notes was re-checked against the new source and all of them are accurate, including the explicit statement that the fee-burn mechanism described in older project documents is not implemented here or anywhere else in the system.

One accessor was added since the first round. It returns the zero address, is declared pure, has no setter and grants nothing; it exists so that wallets and listing tools which call the owner accessor unconditionally read the token as ownerless rather than as malformed.

Ownership Privileges

The ownership of the contract has been removed entirely: there is no owner, no administrator and no privileged role in the code. The consequences of that design are:

• No address can mint new tokens, at any time, under any condition
• No address can pause transfers, freeze balances or blacklist a holder
• No address can change the token name, symbol, decimals or supply behaviour after deployment
• No address can upgrade or replace the contract, because there is no proxy and no upgrade mechanism
• No address can levy a transfer fee or redirect any part of a transfer, because no fee logic exists
• Any holder can burn their own tokens, and can burn from another account only within an allowance that account granted, which is standard behaviour
• The treasury address named at deployment holds the entire supply from genesis until it is distributed, and that fact is permanently visible on chain
• Because there is no administrative key, there is also no recovery mechanism: tokens sent to a wrong address are simply gone

Security Features

The contract implements several positive security features:

• The constructor mints to a named treasury parameter rather than to whoever deploys, so a third party can perform the deployment without ever holding the supply
• The absence of any privileged role removes the entire category of risk arising from a compromised administrative key, and makes the contract's behaviour fully predictable from its source
• The signature-approval implementation includes the chain identifier and the contract address in its signing domain and rebuilds that domain if either changes, so signatures cannot be replayed across a chain fork or against a redeployment at a different address
• The name used for the signing domain matches the name the token reports, which is the detail integrators depend on and the one most often got wrong; a mismatch would silently invalidate every signature
• The compiler version is now pinned exactly, and the optimizer setting and the virtual machine target are set explicitly in every one of the four build paths across the two repositories, which is what makes verification on the block explorer reproducible

Findings Summary

We identified no security vulnerabilities in this contract, in either round. The compiler finding from the first round is fixed and was verified by compiling all four build paths from a fresh clone. The owner accessor was added as recommended. The concentration of supply at a single address remains, correctly, as an operational matter rather than a code defect, and the mitigation for it has moved into the sibling vesting contract where it now happens in a single transaction; one caveat about which address can actually call that transaction is recorded against the vesting contract rather than here.

One new observation. The response to the first round states that a test now asserts the agreement between the token name and the signature signing domain, so that a later edit cannot break every integrator's signatures silently. That test does not exist. The only related assertion checks that a domain separator is present, which holds for any value. We changed the signing domain name to a different string, rebuilt, and every one of the ninety four unit assertions, sixty seven audit assertions and twenty property tests still passed. The code itself is correct and no holder or integrator is at risk; what is missing is the guard that was reported as protecting it, and the defect class it would catch produces no revert and no event until an integrator's signatures start being rejected in production.

One point worth carrying into any published figure, unchanged from the first round and now stated in the source itself: the profit-sharing contract destroys principal by sending it to an unspendable address rather than by reducing supply, so a circulating or burned figure must read that address's balance rather than subtract from the reported total.

Note - This Audit report consists of a security analysis of the HCOW smart contract. This analysis did not include economic analysis of the contract's tokenomics. Moreover, we only audited the main contract for the HCOW team. Other contracts associated with the project were not audited by our team. We recommend investors do their own research before investing.