Post-quantum cryptography specialist Patero and Open RAN specialist Eridan have successfully operated Patero’s CryptoQoR suite with Eridan’s recently released 5G radio units. The solution is a step in securing 5G networks against quantum threats, and is designed for use in US cities, ports, airports and campuses.

The integration enables the deployment of private 5G networks that are energy-efficient and resilient to quantum computing attacks.

It combines Eridan’s ultra-low-power, high-performance radios with Patero’s quantum-resistant cryptography to enhance critical infrastructure cybersecurity and comply with federal mandates.

The joint solution aligns with US federal initiatives aimed at strengthening cybersecurity across critical sectors. Specifically, it supports the objectives outlined in Executive Order 14144, which directs department and agency level actions on post-quantum cryptography to ensure protection against threats that may exploit next-generation compute architectures.

Additionally, it aligns with National Security Memorandum 10, which focuses on promoting US leadership in quantum computing while mitigating risks to vulnerable cryptographic systems.

“This collaboration represents a leap forward in securing our nation’s critical infrastructure,” said Omid Tahernia, CEO of Eridan. “By operating Patero’s post-quantum encryption over our Open RAN technology, customers get up to 4X more data in the same bandwidth with up to 5X energy efficiency secured by hybrid, and agile quantum-resistant encryption from Patero.”

“Our partnership with Eridan underscores our commitment to providing cutting-edge, quantum-resistant cybersecurity solutions for critical infrastructure,” said Crick Waters, CEO of Patero. “Together, we’re enabling operators to build secure, efficient, and future-proof networks.”