Cetus Hacker Moves 24M SUI Tokens to New Address

Key Takeaways:

  • Cetus Protocol hack reveals vulnerabilities in DeFi sector.
  • 24 million SUI tokens moved to a new address.
  • Market impact includes a significant SUI token price drop.

cetus-hacker-moves-24m-sui-tokens-to-new-address
Cetus Hacker Moves 24M SUI Tokens to New Address

A hacker transferred 24 million SUI tokens to a new address amid the ongoing Cetus Protocol investigation.

The transfer reflects heightened security concerns, affecting investor trust across the decentralized finance ecosystem.

Body:

The incident with Cetus Protocol highlights the vulnerabilities in DeFi. A total of 24 million SUI tokens were moved, totaling approximately $96 million. These actions follow the hack on May 22, 2025, as reported by Cetus Protocol’s team.

Initial reports indicate the attack involved spoof tokens to manipulate price curves. Cetus Protocol suspended operations while carrying out investigations to prevent further exploits and recover misappropriated assets.

“We became aware of the incident at 3:52 AM PT and are working to identify the root cause and recover the funds.”

The immediate effect caused SUI token prices to drop by 15%, impacting investor confidence. Trading on platforms was disrupted, with some exchanges reporting an 80% drop amid halted trading as efforts focus on remediation.

The financial implications are significant, with other DeFi platforms reassessing their security measures. The sector faces challenges in risk management and investor protection, raising questions about protocol resilience.

The regulatory landscape may shift toward enhanced oversight, as stakeholders demand greater security and accountability. Technologically, this event might spur innovations in security protocols to avert future incidents of similar magnitude.

The circumstances surrounding the SUI token movement suggest potential vulnerabilities across decentralized exchanges. It underscores the need for robust audit mechanisms and cross-platform collaboration to ensure overall ecosystem integrity and stability.

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