In a dramatic display of blockchain community vigilance, a white-hat operation successfully swept and secured 3,832 non-fungible tokens from hundreds of user wallets on Friday. The urgent intervention came in response to a newly discovered vulnerability associated with NFT trading protocols, prompting swift action from independent blockchain analysts, prominent industry executives, and the affected marketplaces alike.
The unusual on-chain activity first came to light when an NFT community member known on X as Cirrus flagged a series of large-scale movements. Cirrus pointed out to followers that a single wallet had abruptly transferred 3,832 NFTs across hundreds of distinct addresses. According to the community member’s observations, these transactions were executing in a manner that appeared on-chain as direct sales through the Magic Eden marketplace. The sudden and unexpected movement of assets sparked immediate concern across social media, with Cirrus advising all NFT holders to take precautionary measures by revoking token approvals and permissions immediately.
Shortly after the initial alarm was raised, Yuga Labs’ pseudonymous vice president of blockchain, 0xQuit, stepped forward to clarify the situation, revealing that the massive transfer was part of a coordinated white-hat rescue operation designed to protect users from malicious exploitation. Reassuring the digital asset community, 0xQuit confirmed that the NFTs currently sitting in the receiving security wallet were completely safe and would be securely returned to their rightful owners once the underlying vulnerability was fully mitigated and the assets were no longer at risk of unauthorized compromise.
This is not the first time the Yuga Labs executive has stepped in to safeguard digital assets during a crisis. In June, 0xQuit played a pivotal role in a similar rescue effort following an exploit that struck Flooring Protocol. In that incident, the white-hat intervention successfully recovered 68 high-value NFTs worth more than $500,000, which were subsequently held securely until they could be returned to affected users. Adding to the urgency of Friday’s events, Yuga Labs CEO Michael Figge confirmed on social media that a critical vulnerability had been uncovered just hours prior, noting that the company would share comprehensive information with the public as soon as possible.
Magic Eden links exploit to Limit Break protocol
As details regarding the nature of the vulnerability continued to unfold, Magic Eden issued a statement via X identifying the technical vector behind the incident. According to the marketplace, the exploit involved Limit Break’s Payment Processor V2, an NFT trading protocol that Magic Eden had previously utilized but officially stopped using in October 2024. Furthermore, the company noted that it had completely closed its Ethereum Virtual Machine (EVM) marketplace in the first quarter of 2026.
Magic Eden emphasized that no live listings on its active platform were compromised during the incident. However, the company clarified that NFTs which had been listed on its legacy EVM marketplace between approximately February and October 2024 could potentially be vulnerable due to interactions with the legacy smart contracts.
In response to the threat, Magic Eden strongly urged former users of the platform to proactively revoke approvals for the affected smart contract across all impacted blockchain networks, specifically mentioning Ethereum, Polygon, and Base. The marketplace cautioned, however, that revoking these permissions would not automatically return tokens that had already been moved by the white-hat rescue team.
Magic Eden stated that it was actively communicating with Limit Break—the owner and maintainer of the protocol in question—to coordinate further technical mitigations, which included exploring efforts to pause pending or vulnerable transfers across the network. Representatives from Cointelegraph reached out to Magic Eden for additional commentary regarding the scope of the vulnerability and the ongoing recovery process, but had not received a response by the time of publication.
