Latest news and updates.

A hardware-based secure boot can strengthen the integrity of a computing system during its power-up. How can we implement a secure boot in our devices, and what prerequisites are required?
State-of-the-art cryptographic IP and decades of experience in the Israel semiconductor market offer Israeli chip designers a close partnership and effective path for implementing the latest security technologies.
Quantum-resilient Authenticated Boot and Hardware Root of Trust solutions bring future-proof security to space infrastructures.
AI-NET – the flagship project for the EUREKA cluster CELTIC-NEXT – started in 2021 and came to conclusion in the summer of 2024. It is now time to reflect on what the three-year-long project brought for us.
The new Secure Boot for the nQrux® Hardware Trust Engines family uses a hybrid signature scheme, offering a fundamental building block for creating trust in computing systems.
The standardisation process by the United States NIST started in 2016, and the first set of finalised standards, which define quantum-secure key exchange and digital signature methods, was published on August 13, 2024. Xiphera offers implementations of the primary algorithms in pure digital logic without hidden software components, for hardware solutions targeting critical infrastructures.
Post-Quantum Cryptography (PQC) will answer to the imminent threat created by advances in quantum computing. Xiphera will present and demonstrate hardware-based IP cores for PQC algorithms in Japan in September 2024.
The 3-year project involved 92 participants from seven different European countries, with a primary objective of providing enablers and solutions for high-performance services deployed and operated at the network edge.
A consortium has signed an indirect industrial cooperation agreement with Lockheed Martin related to the F-35 program in Finland. The cooperation is a great opportunity to combine the cybersecurity expertise of multiple companies.