Algorithm Status
Monitor your cryptographic algorithms and quantum readiness
Quantum Readiness Score
Migration Recommended
Quantum-Safe Algorithms
Key Size
1312 bytes
Active Keys
1
Module-Lattice Digital Signature Algorithm, security level 2. Suitable for general-purpose signing.
Key Size
1952 bytes
Active Keys
1
Module-Lattice Digital Signature Algorithm, security level 3. Recommended for most applications.
Key Size
2592 bytes
Active Keys
1
Module-Lattice Digital Signature Algorithm, security level 5. Maximum security for critical systems.
Key Size
1184 bytes
Active Keys
1
Module-Lattice Key Encapsulation Mechanism, security level 3. Recommended for most encryption needs.
Key Size
1568 bytes
Active Keys
1
Module-Lattice Key Encapsulation Mechanism, security level 5. Maximum security encryption.
Legacy Algorithms (Quantum-Vulnerable)
Key Size
32 bytes
Active Keys
1
Edwards-curve Digital Signature Algorithm. Efficient but vulnerable to quantum attacks.
Key Size
256 bytes
Active Keys
1
RSA encryption with 2048-bit modulus. Widely supported but quantum-vulnerable.
Inventory
Identify all cryptographic keys
Test
Validate quantum-safe algorithms
Migrate
Replace legacy keys
Verify
Confirm migration success
5
Keys Migrated
2
In Progress
2026-03-15
Est. Completion
Ed25519 is vulnerable to quantum attacks. ML-DSA-65 provides equivalent performance with quantum resistance.
RSA-2048 can be broken by quantum computers. ML-KEM-768 offers quantum-safe encryption.
RSA-4096 is quantum-vulnerable. Migrate to ML-KEM-1024 for maximum post-quantum security.
Optional upgrade from NIST Level 2 to Level 3 for enhanced security margin.