Cyber Security
Conventional security architectures concentrate cryptographic secrets in single locations — creating targets that, once breached, expose everything. Our MPC-based cyber security distributes sensitive operations across multiple independent nodes. No single server, employee, or device ever holds a complete secret, making traditional attack vectors ineffective.
Key capabilities
Distributed Signing
Generate digital signatures without assembling the private key in any single location. Multiple authorized parties contribute partial signatures that combine into a valid result — the full key never exists in memory.
Threshold Cryptography
Define policies that require M-of-N parties to authorize critical operations. Adjust thresholds per operation type — routine transactions need fewer approvals while high-value actions require broader consensus.
Secure Key Storage
Store cryptographic material as distributed shares across geographically separated nodes. Even if an attacker compromises one or more nodes, they cannot reconstruct usable keys without meeting the threshold.
Incident Response Acceleration
When a node is compromised, revoke its share and re-distribute without rotating the public key. Contain breaches faster and maintain service continuity during security events.
Use cases
Enterprise Authentication Infrastructure
Replace centralized certificate authorities and authentication servers with distributed MPC-based alternatives. Eliminate the risk of a single compromised CA undermining your entire trust chain.
Zero-Trust Network Architecture
Implement zero-trust principles at the cryptographic level. Every access request is verified through distributed computation — no implicit trust is granted based on network position or device status.
Ready to explore Cyber Security?
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