Blab Tech
SafeLogic Launches SafePQ, Enterprise-Ready Post-Quantum Cryptography Platform
SafeLogic, a provider of cryptographic software, announced on June 10 2026 that its new product SafePQ is now generally available. The platform is designed to help large organizations modernize their cryptographic infrastructure for the post‑quantum era.
SafePQ bundles several key capabilities. It delivers validated post‑quantum cryptographic algorithms, supports hybrid deployments that combine classical and post‑quantum primitives, and provides an enterprise‑grade software delivery system. The company says the solution also lays the groundwork for future cryptographic posture management.
The product is built on SafeLogic’s existing software foundation, which has been validated through the National Institute of Standards and Technology (NIST) Cryptographic Algorithm Validation Program (CAVP) and the Cryptographic Module Validation Program (CMVP). According to the company, these validations give customers confidence that the implementations meet the requirements of regulated and high‑assurance environments.
SafePQ includes all of the algorithms that were finalized in NIST’s 2024 post‑quantum standards. The supported primitives are:
ML‑KEM (Module‑Lattice Key Encapsulation Mechanism) ML‑DSA (Module‑Lattice Digital Signature Algorithm) SLH‑DSA (Stateless Hash‑Based Digital Signature Algorithm) LMS (Leighton‑Micali Signature Scheme)
The platform also supports classical algorithms, allowing organizations to run hybrid cryptographic configurations. This approach lets enterprises keep existing systems operational while gradually adopting post‑quantum primitives.
Performance is a common concern in the transition to post‑quantum cryptography. SafeLogic claims that its ML‑KEM implementation can be faster than RSA and competitive with widely used elliptic‑curve algorithms. The company says that the performance gains are achieved through extensive optimization of the underlying code.
SafePQ is intended for heterogeneous environments. The platform can be deployed across multiple operating systems, programming languages, and cloud platforms. It is designed to integrate with existing development and deployment workflows, using familiar APIs and deployment models. The company says this reduces the need for application redesign.
Software delivery is handled through SafeLogic’s Customer Portal and Software Delivery Factory. These tools allow customers to download validated updates, automate distribution through APIs, and incorporate cryptographic lifecycle management into their existing pipelines. The goal is to lower the operational burden on internal engineering teams.
SafeLogic also offers customized builds for customers with special deployment or compliance requirements. The company’s support organization provides architecture guidance, migration planning, and operational best practices.
The company’s CEO, Evgeny Gervis, said the platform “helps bridge the gap between awareness and implementation” and that it gives enterprises “the flexibility and governance capabilities required to modernize cryptography without disrupting critical business systems.”
SafeLogic is positioning SafePQ as a stepping stone toward broader cryptographic posture management. Future releases are expected to add policy‑driven governance, operational visibility, and crypto‑agility features. The company says these capabilities will help organizations manage cryptographic risk as standards, threats, and business needs evolve.
SafePQ is available immediately. Organizations can learn more, schedule a demonstration, or contact SafeLogic’s cryptographic experts through the company’s website.
The announcement comes as many enterprises are preparing for the eventual deprecation of current public‑key algorithms. NIST’s final post‑quantum standards were released in August 2024, and regulators are beginning to issue migration guidance. SafeLogic’s solution is positioned to address the practical challenges of that transition.
In summary, SafeLogic’s SafePQ offers validated post‑quantum algorithms, hybrid deployment options, performance‑optimized implementations, and enterprise‑grade delivery and support. The platform is intended to help large organizations modernize cryptographic infrastructure while maintaining operational continuity.
SafePQ bundles several key capabilities. It delivers validated post‑quantum cryptographic algorithms, supports hybrid deployments that combine classical and post‑quantum primitives, and provides an enterprise‑grade software delivery system. The company says the solution also lays the groundwork for future cryptographic posture management.
The product is built on SafeLogic’s existing software foundation, which has been validated through the National Institute of Standards and Technology (NIST) Cryptographic Algorithm Validation Program (CAVP) and the Cryptographic Module Validation Program (CMVP). According to the company, these validations give customers confidence that the implementations meet the requirements of regulated and high‑assurance environments.
SafePQ includes all of the algorithms that were finalized in NIST’s 2024 post‑quantum standards. The supported primitives are:
ML‑KEM (Module‑Lattice Key Encapsulation Mechanism) ML‑DSA (Module‑Lattice Digital Signature Algorithm) SLH‑DSA (Stateless Hash‑Based Digital Signature Algorithm) LMS (Leighton‑Micali Signature Scheme)
The platform also supports classical algorithms, allowing organizations to run hybrid cryptographic configurations. This approach lets enterprises keep existing systems operational while gradually adopting post‑quantum primitives.
Performance is a common concern in the transition to post‑quantum cryptography. SafeLogic claims that its ML‑KEM implementation can be faster than RSA and competitive with widely used elliptic‑curve algorithms. The company says that the performance gains are achieved through extensive optimization of the underlying code.
SafePQ is intended for heterogeneous environments. The platform can be deployed across multiple operating systems, programming languages, and cloud platforms. It is designed to integrate with existing development and deployment workflows, using familiar APIs and deployment models. The company says this reduces the need for application redesign.
Software delivery is handled through SafeLogic’s Customer Portal and Software Delivery Factory. These tools allow customers to download validated updates, automate distribution through APIs, and incorporate cryptographic lifecycle management into their existing pipelines. The goal is to lower the operational burden on internal engineering teams.
SafeLogic also offers customized builds for customers with special deployment or compliance requirements. The company’s support organization provides architecture guidance, migration planning, and operational best practices.
The company’s CEO, Evgeny Gervis, said the platform “helps bridge the gap between awareness and implementation” and that it gives enterprises “the flexibility and governance capabilities required to modernize cryptography without disrupting critical business systems.”
SafeLogic is positioning SafePQ as a stepping stone toward broader cryptographic posture management. Future releases are expected to add policy‑driven governance, operational visibility, and crypto‑agility features. The company says these capabilities will help organizations manage cryptographic risk as standards, threats, and business needs evolve.
SafePQ is available immediately. Organizations can learn more, schedule a demonstration, or contact SafeLogic’s cryptographic experts through the company’s website.
The announcement comes as many enterprises are preparing for the eventual deprecation of current public‑key algorithms. NIST’s final post‑quantum standards were released in August 2024, and regulators are beginning to issue migration guidance. SafeLogic’s solution is positioned to address the practical challenges of that transition.
In summary, SafeLogic’s SafePQ offers validated post‑quantum algorithms, hybrid deployment options, performance‑optimized implementations, and enterprise‑grade delivery and support. The platform is intended to help large organizations modernize cryptographic infrastructure while maintaining operational continuity.
