Proceeds from the exploit targeting X100 have reportedly been dispersed across four separate Ethereum wallets, each holding 400 ETH, for a total reported post-exploit distribution of 1,600 ETH. If confirmed on-chain, the split would reflect a common post-incident fund movement pattern that complicates coordinated tracking and recovery efforts across the DeFi ecosystem.

A Reported Four-Way Split of Exploit Proceeds

According to unconfirmed reports, funds taken in the X100 exploit were distributed into four distinct Ethereum wallets, with each address receiving 400 ETH. The even four-way division into equal-sized positions, totaling 1,600 ETH, is the primary observable detail currently circulating. As of publication, no block explorer transaction hashes, contract addresses, or timestamps have been independently verified to corroborate the specific wallet addresses involved.

What the Four-Wallet Structure Implies

The reported decision to spread proceeds across four wallets of near-identical size, rather than consolidating them in a single holding address, carries operational implications for anyone attempting to monitor or freeze the funds. Dispersion creates parallel tracking threads instead of one concentrated target.

It bears emphasizing that a wallet split alone does not confirm laundering, mixer usage, or any subsequent cash-out; it is a movement pattern, not proof of intent.

Responses at the wallet level typically require coordination among protocol teams, on-chain analytics providers, and centralized exchanges. When Tether blacklisted USDT wallets linked to CoinDCX outflows, the process required identifying specific addresses before any freeze could be enforced. A four-way split raises the number of addresses that would need simultaneous action, increasing the operational bar for any coordinated response.

Why Dispersal Raises Monitoring and Recovery Challenges

Fund dispersal is a well-documented post-exploit behavior in EVM-compatible environments. Under Ethereum's account model, each wallet functions as a distinct entity, meaning monitoring services, exchange compliance teams, and on-chain forensics firms must track every address independently. Four equal-sized wallets holding 400 ETH each therefore represent a modest but deliberate increase in coordination complexity compared with a single destination address.

Tracking Multiple Destination Wallets

Post-exploit tracking typically begins with transaction-level block explorer analysis, tracing fund flows from the compromised contract or protocol address through intermediate hops to final destination wallets. In the X100 case, the specific Ethereum transaction hashes and destination addresses have not been publicly confirmed in any primary on-chain source as of. Readers following the incident should wait for verified Etherscan address entries matching the reported 400 ETH positions before treating any specific wallet address as confirmed.

The 1,600 ETH scale also offers context for the broader Ethereum network. Large movements across the ecosystem are not invisible; analytics infrastructure tracks significant wallet activity in near real time. Earlier Ethereum exchange withdrawals totaling 169,770 ETH in a single day illustrated how quickly large ETH positions can shift between addresses, underscoring the limited window responders have to act before funds reach liquid venues.

What Remains Unconfirmed

Several material facts about the X100 incident have not been established in available primary sources, including:

• the specific vulnerability exploited;
• the smart contract address or protocol mechanism targeted;
• the block height and timestamp of the exploit transaction;
• the identity or attribution of the wallet controller; and
• whether X100's team has issued any incident response or recovery announcement.

Without these anchors, analysis of the post-exploit fund movement reflects a reported wallet structure rather than a fully verified incident timeline.

What to Watch After the X100 Wallet Split

The reported four-wallet structure provides a starting point for on-chain monitoring, but the story's material developments will come from subsequent transaction activity rather than the initial split itself. Observers should track the following signals as the incident develops.

Further Transfers From the Four Wallets

If the four 400-ETH wallets remain dormant, that in itself is informative; exploiters keeping funds stationary often signals a waiting period ahead of bridge or mixer activity. Outflows to centralized exchange deposit addresses, cross-chain bridge contracts, or privacy protocols would each constitute distinct escalation events carrying different response options. On-chain data platforms indexing Ethereum address activity would be the authoritative source for any such movement, and confirmed transaction hashes should be cross-referenced against Etherscan before secondary reporting is treated as verified.

X100 Incident Response and Recovery Updates

No official post-mortem, pause transaction, or recovery proposal from X100 has been confirmed in research available at the time of publication. For DeFi protocols operating under a governance framework, an exploit of this scale would typically trigger an emergency multisig action or a snapshot governance vote to authorize any recovery spending. The absence of confirmed incident response communications is itself a data point; users with exposure to X100 smart contracts should monitor the protocol's official governance forum and on-chain multisig activity directly.

Confirmed Versus Unconfirmed Facts at Publication

Reported and unconfirmed: four destination wallets each holding 400 ETH, totaling 1,600 ETH in reported post-exploit distributions.

Not yet confirmed: specific wallet addresses, transaction hashes, the exploit vector, block timestamp, the protocol contract address, and X100's incident response status.

No verified facts from primary on-chain explorers or X100 official channels were available to corroborate the reported distribution at the time of writing.

The combination of an unverified wallet split, absent on-chain transaction data, and no confirmed incident response from X100 places this story in an early-stage reporting window. Protocol risk assessments for X100 counterparties should be treated as preliminary until on-chain forensics firms or the X100 team publish verified address data and a root cause analysis. Smart contract positions in connected protocols sharing liquidity routes should be monitored for potential downstream contagion effects as the incident picture clarifies.

Additional source reference: source document 1.