MORPHO On-Chain Risk Check

Morpho Token · Ethereum · 0x58d97b57bb95320f9a05dc918aef65434969c2b2
11 / 18 On-chain Check
Checked 23 Oct 2026. On-chain Check, 18 of the 100-point ChainSift Score — what it covers.

Evidence

Risk factorFindingEvidenceDate
Sellable Yes ChainSift simulation 23 Oct 2026
Buy tax 0% Contract 23 Oct 2026
Sell tax 0% Contract 23 Oct 2026
Admin mint Enabled Implementation code 23 Oct 2026
Transfers pausable Not found Implementation code 23 Oct 2026
Address blacklist Not found Implementation code 23 Oct 2026
Upgradeable proxy Yes — a 6-of-10 multisig can replace the code Proxy contract 23 Oct 2026
Source verified Yes Block explorer 23 Oct 2026
Top-10 holders 62.9% Holder distribution 23 Oct 2026
Liquidity locked No LP holders 23 Oct 2026
Holders 22892 Token contract 23 Oct 2026

This contract — MORPHO

Deployed by0x937ce2…8afed5
Code can be replaced by0xcba28b…4f9afa — a 6-of-10 multisig
Current code0x4364fd…c24852
Holders22,892

Largest holders

RankAddressShare
#1 · contract 0x9d03bb…0e5123 38.58%
#2 · contract 0x6abfd6…aaf6a2 7.93%
#3 · contract 0x53051e…79b281 4.16%
#4 0x72b23a…696fae 2.86%
#5 · contract 0x3154cf…0f2c35 2.55%

What this means

This automated check of the MORPHO contract on Ethereum returned a score of 11 out of 18, based on contract mechanics detected on the date of the check. A few findings are worth translating into plain terms. The contract allows the owner to mint new tokens at will, which means total supply can be increased after you buy, diluting existing holders. The contract is also an upgradeable proxy controlled by a 6-of-10 multisig, meaning that if six of those ten key-holders agree, they can replace the underlying contract code entirely — including changing or removing any of the mechanics listed in this report, such as the minting function or the lack of a blacklist or pause function. No transfer-pausing or address-blacklisting capability was detected in the current implementation, and selling was successfully simulated with 0% buy and sell tax, meaning no honeypot behaviour was detected on this check. Top-10 wallets were found to hold 63.4% of supply, which is a concentration level that means a small number of holders could influence price materially through large sales. Liquidity was not found to be locked, meaning liquidity providers retain the ability to withdraw it from the pool.

It's important to be clear about what this check does not do. This is an automated read of contract code and on-chain data only — it has not been reviewed by a human analyst. It says nothing about who is behind the project, whether the multisig signers are trustworthy or independent, how the mint function or upgrade powers are actually intended to be used, what the token's broader economic design or vesting schedule looks like, or whether any legal, regulatory or business claims made by the team hold up. A high or low score here reflects contract-level risk indicators, not an assessment of the project's legitimacy, team conduct, or future intent.

Before putting money in, it's worth looking into who holds the multisig keys and whether that information is publicly disclosed, checking whether there's a timelock on upgrades or minting that would give holders warning before changes take effect, reviewing the token's official documentation or audits for explanation of why mint and upgrade functions exist, looking at how the top holders' tokens are distributed (team, treasury, exchanges, or individual wallets), and checking the liquidity pool directly on a chain explorer to see who controls it and under what conditions it could be withdrawn.

Team, tokenomics and legal structure are not assessed here — that is the other 82 points of the ChainSift Score. How this check works and what it misses.

Watch this contract

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We send one confirmation message and nothing else until something changes.

We checked 18 points out of 100.

The other 82 are where money is usually lost: who the team is, where the tokens sit, what the documents actually say, and what the project chose not to put on its front page.

Related guides

Contract data read from GoPlus Security and the Ethereum block explorer. Upgrade rights, the functions of the current code and the trade simulation are read by ChainSift directly from Ethereum — our data source doesn't analyse upgradeable contracts. Scores are calculated by fixed rules from that data — no language model decides them. Last updated 23 Oct 2026. A check describes a contract on the date shown; contracts can be changed afterwards.