UwU Lend, a protocol operating on the Ethereum blockchain, has announced a $5 million bounty in ETH to anyone who can provide information leading to the identification of the individual responsible for exploiting a vulnerability in their system. This move comes after the attacker failed to meet the deadline to return the stolen funds. UwU Lend has clarified that the bounty is solely for identifying the exploiter and does not require the return of the stolen funds or any additional fees.

Prior to this announcement, UwU Lend had attempted to negotiate a deal with the attacker, offering to let them keep 20% of the stolen funds if they returned the remaining 80%. The protocol had also agreed not to involve law enforcement if the attacker complied. However, the deadline for the return of the funds passed without the attacker meeting their obligations.

UwU Lend has now turned to the public for help in identifying the hacker, setting up a substantial bounty as an incentive. The protocol is seeking any information that can lead to the identification of the individual responsible for the exploit. By offering a significant reward, UwU Lend hopes to encourage individuals with knowledge of the attacker's identity to come forward.

The decision to offer a bounty highlights UwU Lend's commitment to securing their protocol and protecting their users' funds. By seeking the public's assistance, the protocol demonstrates its determination to hold the attacker accountable for their actions. The substantial bounty is a testament to UwU Lend's willingness to take bold action to ensure the safety and security of their platform.

In conclusion, UwU Lend's $5 million bounty serves as a call to action for anyone with information about the attacker's identity. The protocol's move demonstrates its dedication to security and its willingness to take unconventional steps to achieve its goals. As the search for the attacker continues, the cryptocurrency community waits with bated breath to see if the bounty will lead to a successful identification and resolution.