The JIL Wallet security architecture is built on multiple reinforcing layers: 2-of-3 key-share signing ensures no single device can sign on its own, biometric Proof-of-Humanity (BPoH) binds wallet operations to verified identity, post-quantum cryptography (Kyber key encapsulation) protects against future quantum threats, and corridor-based compliance enforcement validates every transaction before execution.
Wallet security is the foundation of digital asset protection. A single vulnerability in any layer can result in total fund loss. Institutional-grade wallets must protect against current threats (phishing, malware, social engineering), future threats (quantum computing), and operational risks (device loss, key compromise).
JIL Wallet layers multiple independent security mechanisms. key splitting means no single compromise can access funds. BPoH biometric verification prevents unauthorized users even with stolen credentials. Post-quantum Kyber protects keys against future quantum attacks. WebAuthn/FIDO2 provides phishing-resistant authentication. Corridor policies enforce compliance rules before transactions execute. These layers work together so that an attacker would need to simultaneously compromise multiple independent systems.
JIL uses multiple security layers: key splitting (no single device can sign on its own), biometric identity verification, post-quantum cryptography, and compliance enforcement before every transaction.
Yes. JIL deploys Kyber key encapsulation in production, protecting wallet keys against future quantum computing threats.