In a world where cyber threats are constantly evolving, Hewlett-Packard (HP) is taking a major step forward to protect printing devices not just today but well into the future. At its HP Amplify 2025 conference, HP announced a new generation of printers designed with quantum-resistant security, capable of withstanding attacks that could emerge as quantum computing advances.
Traditional encryption systems, such as those protecting firmware and digital signatures, could eventually be broken by sufficiently powerful quantum computers. Experts estimate there’s up to a 34 % chance that widely used cryptographic algorithms will be compromised by around 2034.
If that happens, even everyday devices like printers could be exploited at the firmware level, allowing attackers to:
Deploy malicious firmware updates
Gain persistent control over devices
Exfiltrate sensitive data or disrupt network operations
This is where quantum resistance becomes critical, protecting the foundation of digital trust.
HP’s new 8000 Series printers are engineered to fight these future threats today. This lineup includes models such as:
HP Color LaserJet Enterprise MFP 8801
HP Mono MFP 8601
HP LaserJet Pro Mono SFP 8501
These devices are built with quantum-resilient architecture that makes them more secure against both current and emerging attacks. Here’s how:
Each printer features new ASIC chips that support quantum-resistant cryptography, encryption algorithms designed to resist the kinds of computational power future quantum machines could bring. This helps protect firmware and ensure it hasn’t been tampered with maliciously.
The new chips also safeguard the early-stage BIOS (Basic Input/Output System) and boot firmware, reducing the risk of attackers altering device behavior at its most fundamental level.
Designed to fit into modern cybersecurity strategies, these printers integrate with Zero Trust Network Architectures, meaning every access request must be verified before trust is granted. This gives organizations a fleet-wide security approach rather than a per-device patchwork.
HP’s quantum-resistant printers aren’t just about stopping today’s threats, they’re about preparing for what’s coming. By building defense mechanisms into the hardware itself, HP aims to ensure that print infrastructure remains secure even as quantum computing progresses.
These innovations also align with global cybersecurity trends. For example, the U.S. federal government plans to require quantum-resistant cryptographic code signing for certain secure systems by 2027, making this technology more relevant for enterprise buyers and IT planners.
Future-Proof Security: Protects against threats that may not yet exist, extending device lifecycle security.
Reduced Risk of Firmware Compromise: Hardware-level protection stops attackers before they can take root.
Unified Strategy: Works with Zero Trust frameworks to secure entire printer fleets.
Compliance Readiness: Helps organizations meet upcoming standards for quantum-safe operations.
HP’s quantum-resistant printers represent a major leap in printer cybersecurity, moving beyond traditional updates and patching to a fundamentally more secure architecture built to withstand the computing innovations of tomorrow. Whether you’re managing a business print fleet or planning long-term IT infrastructure, this shift toward quantum-ready security shows why printer security deserves serious attention in 2025 and beyond.
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