MPC + TEE + HSM = Maximum Security
Fortary's defense-in-depth security architecture ensures no single point of compromise. Every layer is designed to protect institutional digital assets against the most sophisticated threats.
No Single Point of Compromise
Multi-Party Computation distributes key material across multiple independent parties, ensuring no single entity ever holds a complete key.
- Key shares distributed across geographically separated infrastructure
- Threshold signing requires multiple parties to authorize transactions
- Key refresh and rotation without changing public addresses
- Zero-knowledge proofs validate computations without exposing key material
Trusted Execution Environments for Isolated Processing
All sensitive cryptographic operations execute within hardware-enforced Trusted Execution Environments, providing an additional layer of protection beyond software.
- Hardware-level isolation for all signing operations
- Tamper-resistant enclaves prevent unauthorized access
- Attestation ensures code integrity before execution
- Memory encryption protects data in use
Governance-Enforced Transaction Controls
Every transaction passes through configurable policy engines that enforce institutional governance rules before any signing operation begins.
- Pre-transaction policy validation and approval workflows
- Velocity limits and transaction amount thresholds
- Counterparty whitelisting and destination controls
- Real-time monitoring and automated alerting
Independently Verified Security
Our security architecture has been audited and validated by industry-leading security firms and meets the highest compliance standards.
Your Partner in Digital Asset Strategy
Learn how Fortary's security architecture protects institutional assets.