Cryptographic agility, or crypto agility, refers to the ability to switch between different cryptographic primitives. In the context of quantum computing, it involves the capability to transition from current standard public key cryptography algorithms to quantum-cryptanalysis-resistant algorithms, known as Post-Quantum Cryptography (PQC).

Crypto agility significantly impacts risk management by influencing policies, toolset procurement, staffing decisions, and migration project management. The ability to rapidly adapt to new cryptographic conditions helps maintain a security posture and minimize risk exposure and maintenance outages.

Without a migration plan to PQC, cyber insurance costs are expected to increase. Investing in a toolset that enables a smooth transition to post quantum cryptography, such as Fortanix DSM, can benefit businesses by minimizing insurance costs and enhancing disaster recovery planning.

The technical impact of PQC on organizations is extensive, as public key cryptography is foundational to security measures such as authentication, data integrity checking, and proof of identity. PQC influences infrastructures and networks by necessitating a transition from algorithms susceptible to quantum-aided cryptanalysis to post-quantum cryptography algorithms.

Fortanix Data Security Manager is designed to adopt new capabilities, including Post Quantum Cryptography, without disrupting operations through complex hardware or software upgrades. The platform's internal functions become fully PQC compliant soon after NIST's standardization of PQC algorithms. Fortanix DSM offers advantages in key lifecycle management, providing easy integration for major applications on-premises and leading cloud platforms.