ZTC On-Chain Risk Check

ZenChain · BSC · 0x570e94c1b77c619fb79b1b5b39f89dfdd0f9092f
2 / 10 On-chain Check
Checked 23 Oct 2026. On-chain Check, 10 of the 100-point ChainSift Score — what it covers. Contract function analysis was unavailable for this contract, so that signal is excluded from the total.

Evidence

Risk factorFindingEvidenceDate
Sellable Yes ChainSift simulation 23 Oct 2026
Buy tax 0% ChainSift simulation 23 Oct 2026
Sell tax 0% ChainSift simulation 23 Oct 2026
Admin mint No data Contract 23 Oct 2026
Transfers pausable No data Contract 23 Oct 2026
Address blacklist Enabled Contract bytecode 23 Oct 2026
Upgradeable proxy No data Contract 23 Oct 2026
Source verified No Block explorer 23 Oct 2026
Top-10 holders 55.3% Holder distribution 23 Oct 2026
Liquidity locked 100% burned LP holders 23 Oct 2026
Holders 9120 Token contract 23 Oct 2026

This contract — ZTC

Deployed by0x041d0b…4bd7e0
Holders9,120

Largest holders

RankAddressShare
#1 · burned 0x000000…00dead 25.77%
#2 0x8c7fb1…e0d4ff 5.13%
#3 0x02515d…878ee3 3.82%
#4 0xd6ce91…dee9de 3.75%
#5 0x133c10…33c881 3.05%

What this means

This automated check gave ZTC (ZenChain) a score of 2 out of 10, which reflects several risk indicators found in the contract rather than a judgement on the project itself. The bytecode shows blacklisting functionality is enabled, which means whoever controls the contract has the technical ability to block specific wallet addresses from transacting with the token — potentially including yours, after you hold it. The contract's source code is not verified on the block explorer, so this check could only read the raw bytecode rather than human-readable code; that limits how much could be confirmed about mint functions, pause functions, or proxy upgradeability, all of which are marked as "no data" here because they could not be reliably assessed, not because they are confirmed absent. Holder concentration is also notable: the top 10 wallets control 55.3% of supply, meaning a small number of holders could influence price materially if they were to sell. On a more favourable note, a simulated buy-and-sell test did not detect honeypot behaviour — the token was sellable with 0% buy and sell tax at the time of the check — and the liquidity pool shows as 100% burned, which removes one common rug-pull mechanism where developers withdraw liquidity.

It's important to be clear about what this check does not cover. This is an automated read of contract mechanics only — it has not been reviewed by a person, and it says nothing about who is behind the project, whether the team has a track record, how the token's economics are designed to function over time, whether any legal entity stands behind it, or what the stated intentions of the developers are. A contract can look mechanically unremarkable and still be part of a project with weak fundamentals, and conversely, flagged mechanics don't automatically mean bad intent — blacklisting functions, for example, are sometimes included for legitimate compliance reasons.

Before putting money toward this token, it would be worth looking at who controls the contract's admin functions and whether that control sits with a multisig, a timelock, or a single wallet. Checking whether the top-10 holder wallets include known exchange or liquidity addresses (rather than individual holders) would help clarify the concentration figure. Searching for the project's team identity, any audits by third parties, its social presence, and community discussion would add context this check cannot provide. Given the lack of verified source code, treating any claims about the contract's behaviour with caution until verification appears would be a reasonable precaution.

Team, tokenomics and legal structure are not assessed here — that is the other 90 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 10 points out of 100.

The other 90 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 BSC block explorer. The trade simulation (a buy, then a sale an hour later) and the functions found in the contract bytecode come from ChainSift directly on BSC — our data source returned neither for this contract. 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.