ML-KEM
DSA-65
QUANTASEAL
ML-KEM-768AES-256-GCMML-DSA-65
Initializing Quantum Vault
QUANTASEAL
Moderate Risk
HNDL Quantum Exposure Score
Your encryption is vulnerable to quantum attacks
Key exchange broken; session keys recoverable
Eliminate your HNDL exposure with QuantaSeal
Quantum computing progress is accelerating. The window to transition to post-quantum cryptography is closing. Data encrypted today with RSA or classical AES can be harvested now and decrypted later.
Current NISQ era — ~1,000 noisy qubits. No threat to RSA.
Fault-tolerant qubits. Specific optimization problems.
NIST recommends PQC transition complete by 2030.
IBM/RAND lower-bound estimate for RSA-2048 break.
Most expert consensus for cryptographically-relevant quantum computer.
Conservative upper-bound estimate.
Sources:IBM Quantum roadmap (2024), RAND Corporation “Quantum Computing: An Emerging Ecosystem” (2023), NIST Post-Quantum Cryptography Migration Guide (2024), Google Quantum AI “Beyond classical computing” (2024). Q-Day estimates range from 2032 (optimistic) to 2040+ (conservative). The median expert estimate is 2035. Data harvested today will be at risk at that point.
Nation-state actors and sophisticated criminal groups are intercepting and storing encrypted traffic today — particularly TLS sessions, VPN tunnels, and API calls containing sensitive data.
They cannot decrypt it now. But when cryptographically-relevant quantum computers arrive (median estimate: 2035), RSA-2048 and ECDSA encryption can be broken in hours — not centuries.
Any data encrypted with classical algorithms today that must remain confidential past 2030 is at risk. Financial records, health data, M&A plans, diplomatic communications, and cryptographic keys are primary targets.
QuantaSeal deploys ML-KEM-768 + ML-DSA-65 hybrid encryption across your existing integrations — no infrastructure changes, no code rewrites. Your data becomes quantum-safe in under 60 minutes.