HP’s new printers are designed with quantum-resistant cryptography to protect against future quantum computing risks. At the HP Amplify conference, the company unveiled its latest devices, featuring the Leighton-Micali Signature (LMS) system approved by NIST for post-quantum security. These printers are specifically engineered to defend against cyberattacks targeting firmware updates, with embedded quantum-resilient chips to ensure data integrity.
The move comes at a crucial time when quantum decryption is expected to become a reality within the next decade. Printers, which are often overlooked in cybersecurity, are typically exposed due to their internet-facing nature and limited security features. As edge devices, printers can be vulnerable to hacking, especially if not equipped with robust built-in defenses.
To address this, HP has integrated quantum-resistant features directly into their devices.
Their hardware includes quantum-safe algorithms to protect digital signatures, ensuring that devices remain secure even against advanced threats posed by quantum computing. The printers are also designed to support seamless integration with zero-trust security frameworks, aligning with customer cybersecurity strategies.
Beyond enhancing cybersecurity for edge devices, HP’s printers are also strategically positioned to meet government standards. With the NSA’s 2027 deadline for national security systems to comply with quantum-resistant protocols, HP is preparing to serve the government sector. By offering these secure devices, HP aims to maintain its presence in both commercial and government markets, while supporting the transition to quantum-safe infrastructures.
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