Inside a Scam-Token Clone Family
Not all clones are equal: the biggest bytecode family is benign, but one 128-member family is 98% high-risk and another spans 465 tokens across three chains. Why lineage is a signal.
Read articlePractical crypto security guides, token analysis, and research from Orixa.
Not all clones are equal: the biggest bytecode family is benign, but one 128-member family is 98% high-risk and another spans 465 tokens across three chains. Why lineage is a signal.
Read articleThe risk-score distribution across 41,537 scanned tokens: 40% score minimal, but a third sit in the elevated band and 1 in 8 is very-high-risk. Why the average misleads.
Read articleRanking the evidence behind 5,707 high-risk decisions: removable liquidity appears on 97.7% of them, while outright honeypots are just 4.3%. Risk is structural.
Read article98.8% of scanned tokens share bytecode with a known family, and eight templates cover half of them. Why code lineage is one of the strongest early warnings.
Read articleA per-chain read from Orixa's ledger: Ethereum shows a 50.6% high-risk rate versus ~6% on BNB Chain and Base — and why that reflects what people submit, not which chain is safe.
Read articleA real, confirmed liquidity rug reconstructed block by block: 9.25 WBNB of liquidity gone to near-zero in hours via a single LP burn — verifiable on-chain.
Read articleSell tax across 2,772 scanned tokens: 93.5% take nothing, but a thin tail runs to a 100% sell tax. Why the average hides the danger.
Read articleWhat Orixa's scan ledger shows about honeypots: 153 flagged among 5,707 very-high-risk tokens, the chains they cluster on, and why sellability has to be tested, not trusted.
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