- The Dutch and the US governments have issued recommendations for migrating to quantum-resistant cryptographic algorithms for firmware signing.
- Hp’s ESC chip isolates the chip from the processor and OS, reducing the risk of data breaches and preventing downtime.
HP announced the world’s first business PCs designed to protect firmware against quantum computer attacks at the Annual Partner Conference 2024. These PCs feature an upgraded endpoint security controller (ESC) chip, offering security against the rising threat of quantum computer attacks.
Research indicates a significant chance of a cryptographically relevant quantum computer (CRQC) emerging by 2033, which could compromise digital signatures on firmware and software. Transitioning to a new cryptographic standard is a massive undertaking, and while software can be updated, hardware, including PC firmware cryptography, cannot. Without cryptographic protections, devices would be vulnerable to attacks that could grant total control to attackers.
Governments are recognizing the urgency of addressing these threats. The Dutch government and the US government have issued guidance and recommendations for migrating to quantum-resistant cryptographic algorithms for firmware signing.
HP’s 5th generation ESC chip aims to set a new standard in hardware and firmware security by isolating the chip from the processor and OS, reducing the risk of data breaches and preventing downtime. As PC refresh cycles extend and sustainability becomes a priority, the migration to post-quantum cryptography must begin now. The ESC upgrade ensures hardware readiness for protecting PC firmware integrity with quantum-resistant cryptography.
In their press release, HP also recommended customers to start assessing their migration to quantum-resistant cryptography by identifying priority use cases, understanding technology providers’ plans for quantum-resistant protections, and developing a plan to protect against quantum threats within their required timeframe.
