Eagen and Lai proposed a new garbling primitive, Argo MAC, in their paper, efficiently translating bit decomposition of curve points to homomorphic MACs, enabling over 1000× more efficient garbled SNARK verifiers. Eagen和Lai在论文中提出了一种新的混淆原语Argo MAC,可将曲线点的比特分解编码高效转换为同态MAC,使混淆SNARK验证器效率提升超过1000倍。
Notes
Argo MAC is a new garbling primitive for off-chain cryptography like Bitcoin.
Efficiently translates bit decomposition of curve points to homomorphic MACs.
Enables construction of garbled SNARK verifiers for pairing-based SNARKs.
Integrates with recent work like BitVM to enhance Bitcoin smart contracts.
Subsequent work will detail garbled SNARK verifier construction.
Facilitates scalable off-chain computation and verification for Bitcoin.