ENSO On-Chain Risk Check

Enso · Ethereum · 0x699f088b5dddcafb7c4824db5b10b57b37cb0c66
9 / 18 On-chain Check
Checked 27 Oct 2026. On-chain Check, 18 of the 100-point ChainSift Score — what it covers.

Evidence

Risk factorFindingEvidenceDate
Sellable Yes ChainSift simulation 27 Oct 2026
Buy tax 0% ChainSift simulation 27 Oct 2026
Sell tax 0% ChainSift simulation 27 Oct 2026
Admin mint Enabled Implementation code 27 Oct 2026
Transfers pausable Not found Implementation code 27 Oct 2026
Address blacklist Not found Implementation code 27 Oct 2026
Upgradeable proxy Yes — a 3-of-5 multisig can replace the code Proxy contract 27 Oct 2026
Source verified Yes Block explorer 27 Oct 2026
Top-10 holders 100% Holder distribution 27 Oct 2026
Holders 3 Token contract 27 Oct 2026

This contract — ENSO

Deployed by0x826e0b…c153ba
Code can be replaced by0x715b1d…8d0bb0 — a 3-of-5 multisig
Current code0xffa796…9c5d79
Holders3

Largest holders

RankAddressShare
#1 · contract 0x715b1d…8d0bb0 95.60%
#2 · contract 0x477f48…6544df 4.00%
#3 · contract 0x9ca33d…b74a43 0.40%

What this means

This automated check scored ENSO 9 out of 18, and the findings describe specific technical abilities the contract grants, not a verdict on the token. The contract owner can mint new tokens at will, which means the total supply is not fixed and existing holdings can be diluted at any time. The contract also sits behind an upgradeable proxy controlled by a 3-of-5 multisig, meaning that a majority of five signers can replace the underlying contract code entirely — including removing or changing any of the mechanics listed here, such as adding a sell tax, a transfer pause, or a blacklist in future, even though none of those are present today. Separately, the simulation run on the date of this check found the token sellable with no buy or sell tax and no honeypot behaviour detected, and the source code is verified on the block explorer, which allows this kind of automated reading in the first place. The holder data, however, shows only three holders in total, with the top ten (in this case, effectively all holders) controlling 100% of supply — a level of concentration that means price and liquidity could be heavily influenced by a very small number of wallets.

What this check does not tell you is anything about who is behind the project, what they intend to do with the mint or upgrade functions, whether there is a roadmap or working product, how tokens are allocated or vested, or whether any legal entity stands behind the token. Those are questions about team, tokenomics, and intent, and they sit entirely outside what a contract-mechanics scan can see. A verified, mintable, upgradeable contract with concentrated holdings is not inherently evidence of wrongdoing, just as an absence of flags today is not a guarantee the contract will stay as it is tomorrow — upgradeability in particular means the rules can change after the fact.

Before putting any money in, it would be worth looking into who controls the 3-of-5 multisig and whether those signers are publicly identified or linked to a known team, checking whether there is a public token allocation or vesting schedule that explains why only three wallets hold the entire supply, searching for any audit reports or security reviews of the implementation contract, and looking at whether the project has any public communication, documentation, or history beyond the contract itself. None of this check constitutes financial advice, and the findings reflect only what was detectable in the contract code on the date the check was run.

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

Contracts change after they are checked. Tell us where to reach you and we will say when this one does. Free for three contracts, no account.

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 27 Oct 2026. A check describes a contract on the date shown; contracts can be changed afterwards.