Federal agencies are urging critical infrastructure entities and other organizations to start preparing for the day that quantum computers are able to crack public key encryption systems. Next year, ...

For more than 40 years, we have been building the modern internet on foundations that were never designed for the world we live in today. When the architects of the early internet created its ...

Why today’s public-key cryptography is no match for quantum computers. How industry-standard cryptography has kept us safe thus far. What’s behind the new post-quantum secure algorithms selected by ...

Showcasing end-to-end, crypto-agile security for connected devices from chip to cloud, featuring live demonstrations of secure provisioning, lifecycle and edge protection, backed by strong ...

Multi-year hardware-software co-design collaboration with the Max Planck Institute for Security and Privacy and the Institute of Information Science at Academia ...

Data drives business, and it must be protected. Cybersecurity is an ongoing, ever-evolving challenge for organizations across industries—and it’s about to become even more complex as the age of ...

This article series is in the Quantum Computing section of the Electronic Design Library as well as the Quantum Computing and Security and Cybersecurity TechXchanges. Public key cryptography is one of ...

At SmallSat Symposium 2026, VORAGO Technologies, a radiation-hardened and radiation-tolerant chip provider for space applications, announced a software partnership with wolfSSL, a company specializing ...

Lattice Semiconductor has begun shipping what it says is the first FPGA family built to meet the NSA’s CNSA 2.0 post-quantum ...

Cryptographic algorithms are high-performance, secure engines that require considerable space in a design. When countermeasures are added to thwart security attacks, the space and memory requirements ...