The breach was silent. Systems kept running, screens kept glowing, but the trust was gone. Data once thought secure now sits exposed to attacks no one saw coming—attacks driven by quantum computing.
HITRUST Certification is the gold standard for proving your environment meets strict security and compliance rules. It covers healthcare data (HIPAA), financial information (PCI), and more. But certification alone isn’t enough if your cryptography collapses under quantum-scale brute force. This is where Quantum-Safe Cryptography enters the fight.
Quantum computers threaten traditional encryption like RSA and ECC. Algorithms that once took centuries to break can fall in minutes. HITRUST frameworks demand continuous risk assessment, and quantum risk is no longer theoretical. To keep certification valid and defenses strong, systems need encryption built to survive the coming capabilities of qubits.
Quantum-Safe Cryptography—also called post-quantum cryptography (PQC)—uses algorithms like lattice-based, multivariate polynomial, and hash-based schemes. These are designed to resist both classical and quantum attacks. NIST is finalizing PQC standards, and early adoption aligns perfectly with the HITRUST control requirements for proactive security measures.