Aegis ZK Identity Protocol
Decentralized identity protocol allowing institutional KYC compliance without exposing sensitive user personal identifiable data.
DISCIPLINES & SERVICES
Traditional identity solutions require users to upload IDs and passport scans to centralized databases that represent massive honeypots for hackers. Aegis required cryptographic proofs of compliance on public EVM networks.
- ▪High computational overhead for generating ZK proofs on mobile browsers.
- ▪Gas-heavy on-chain cryptographic verifier contracts making transactions cost-prohibitive.
- ▪Complex multi-jurisdictional compliance rules that change frequently.
“Aegis Labs partnered with HashKoda to architect a privacy-preserving zero-knowledge KYC engine enabling institutional investors to verify accredited status on-chain without revealing sensitive identities.”
Proving regulatory compliance without creating centralized honeypots
Traditional identity solutions require users to upload IDs and passport scans to centralized databases that represent massive honeypots for hackers. Aegis required cryptographic proofs of compliance on public EVM networks.
High computational overhead for generating ZK proofs on mobile browsers.
Gas-heavy on-chain cryptographic verifier contracts making transactions cost-prohibitive.
Complex multi-jurisdictional compliance rules that change frequently.
Preventing identity re-use, sybil attacks, and credential spoofing.
Optimized Groth16 zk-SNARK circuits with WebAssembly client prover
HashKoda designed custom Circom circuits compiled to highly optimized WebAssembly, allowing instant proof generation inside client browsers in under 1.2 seconds.
450K+ proofs generated with sub-second browser verification
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