HP has just presented those who ensure that they are “the First printers in the world designed to resist quantum computing attacks ”marking a milestone in printing safety and data protection. As quantum computing progresses, organizations have to face an increase in risks to violations that can occur in traditional encryption systems.
The threat that quantum computers can break asymmetric cryptography – the algorithms on which our digital world is based – grows every year. Experts estimate that there are up to 34% probability that this occurs before 2034. This could put at risk the encrypted communicationscompromise the Digital signatures used to verify the integrity of the firmware and the software; and dissolve digital trustweakening the safety of connected systems.
Without Quantum resiliencean printer that has to defend itself from a quantum attack at the firmware level would remain totally exposedwhich would allow the attackers to install Malicious firmware updates and get Total, persistent and stealthy control of the devicewithout being detected.
HP has been designed a set of printers with quantum resilience, prepared to resist quantum computing attacks
For this reason, HP has developed the new series of HP 8000 printerswhich include models HP Color Laserjet Enterprise MFP 8801, HP Mono MFP 8601 and HP LaserJet Pro Mono SFP 8501. These printers have been designed with Quantum resilienceprepared for resist the quantum attacks of the futureoffering:
- A basis for quantum resistance: The new ASIC chips of printers are designed with quantum computing cryptography and allow the use of digital signatures to protect the integrity of the firmware against quantum attacks.
- Improved hardware level: The printer management and protection capacity is strengthened thanks to the new ASIC chips, which protect the integrity of the BIOS in its early stages and the starting firmware of the BIOS, reducing the risk of data leaks.
- Fluid integration with Trust Zero Measures: Fundamental for HP Zero Trust ™ Zero Trust ™ printing architecture, these printers are designed to integrate without problems in existing Red Zero Trust architectures. This helps organizations to adopt a unified security approach throughout their fleet of devices and protect against current and future threats.
As part of HP’s continuous commitment to security innovation, this integration exemplifies our dedication to implementation of algorithms resistant to quantum computing as a fundamental security layer in Our PC portfolios and printers. For example, last year HP announced the world’s first business PCs with firmware protection against quantum computers attacks.
To defend against the growing quantum threat, organizations must plan the transition to the Quantum computing cryptography In all your IT infrastructure. He Federal Government of the USA. has declared its commitment that, from 2027will only acquire devices for national security systems If your firmware and software are insured with a signing of the quantum computing cryptographic codeas recommended by the National Institute of Standards and Technology (NIST).
Most contractual sales and agreements of MANAGED PRINTING SERVICES (MPS) They have a duration of three to five years. Therefore, organizations must incorporate quantum computing cryptography in his Next printer purchase decisionin order to comply with the migration period established by the US government by 2027, Maximize the safety of devices and protect the integrity of their printing devices.
