Fraudulent Ethereum Layer 2 networks frequently mimic legitimate projects, websites, RPCs, and bridges to deceive users into thinking their networks are authentic.
The threat begins when individuals bridge genuine ETH into a counterfeit network. The fraudulent bridge can successfully accept deposits even though the advertised L2 lacks official status.
A fraudulent GIWA network recently managed to gather approximately 767 ETH from 1,335 distinct addresses before roughly 766 ETH was siphoned away from the bridge.
Recognizing a familiar Chain ID does not guarantee a network’s legitimacy. In the case of GIWA, the scam network utilized Chain ID 9134 despite the authentic mainnet having not yet debuted.
Operational RPCs, successful transactions, and a functioning blockchain also fail to verify who actually administers the network. Malicious actors are capable of deploying highly convincing infrastructure.
Be vigilant regarding unverified claims that a “mainnet is live,” unfamiliar RPC links, newly created bridge websites, pressured requests for immediate deposits, and networks absent from official project documentation.
Prior to bridging, verify the L2’s official website, its launch status, Chain ID, RPC URL, bridge contract, block explorer, and specific contract addresses. Furthermore, Ethereum advises thoroughly double-checking network details prior to interacting with any bridge.
Avoid granting any smart contract unlimited spending privileges when a restricted allowance will suffice. Official Ethereum security guidelines encourage users to configure spending caps strictly to the exact amount required.
Have you already interacted with a questionable bridge? Cease all activity with it immediately, revoke any unneeded token approvals, transfer remaining assets to a secure wallet if necessary, preserve transaction logs, and disregard anyone offering guaranteed crypto retrieval services.
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