Fhenix, the first Ethereum L2 platform powered by fully homomorphic encryption (FHE), has announced a collaboration with EigenLayer to develop FHE-based coprocessors. This partnership aims to significantly improve the efficiency of FHE-based operations on Ethereum, while maintaining the same level of security.
Fhenix’s optimistic FHE rollup infrastructure and EigenLayer’s restaking mechanism will secure these FHE coprocessors. The partnership will see both projects dedicate significant resources towards this goal, incorporating the development into their respective technical roadmaps for 2024
FHE coprocessors are designed to delegate computational tasks involving encrypted data away from the main Ethereum chain to a designated processor. This improves efficiency without compromising security, enabling computations on encrypted data at unprecedented speeds.
“FHE coprocessors represent a significant leap forward for scaling on-chain FHE,” said Guy Itzhaki, CEO of Fhenix. “It basically provides a more efficient way to process encrypted data without revealing its contents.”
EigenLayer’s technology enables Fhenix’s FHE coprocessors to provide immediate confirmation for fraud proofs, eliminating the typical seven-day dispute period. This marks a major milestone in advancing scalable on-chain FHE.
With EigenLayer operators providing the necessary fraud proofs, developers can build powerful applications on a secure and efficient data infrastructure.
“It’s exciting to see the use cases for EigenLayer’s expansion through Fhenix’s integration of FHE-based coprocessors,” said Sreeram Kannan, Founder of EigenLayer.
FHE coprocessors hold vast potential for applications where confidentiality is critical. Examples include on-chain sealed-bid auctions, private AI, and cross-chain smart wallets.
Also Read: EigenLayer’s total locked value exceeds $10 billion
