Fortinet leads the charge with quantum-safe innovations

Fortinet introduces advanced FortiOS features to safeguard networks against quantum computing threats, reimagining security for sensitive industries.

  • 3 months ago Posted in

Fortinet, a leader in global cybersecurity, has announced a wave of innovations within its FortiOS—the unified operating system that merges networking and security. The recent updates focus on fortifying protection against threats posed by quantum computing to existing encryption standards. With these enhancements, organizations, especially those handling sensitive data, can now implement resilient encryption algorithms and key distribution mechanisms designed to withstand potential quantum-powered breaches.

Michael Xie, the Founder, President, and CTO at Fortinet, emphasized the company's dedication to innovation, stating that Fortinet's technology not only aims to protect critical data today but also ensures future-ready infrastructures in light of advancing quantum computing capabilities.

Quantum computers possess the potential to unravel complex computations faster than ever imagined, posing a risk to the current encryption methodologies. Cyber criminals target data-rich sectors, such as telecommunications, finance, government, and healthcare, with the intention to decrypt it as quantum technology evolves. Fortinet's upgraded FortiOS provides tools essential for safeguarding these high-risk industries against such emerging threats.

Some of the key features of Fortis 7.6 are 

  • Post-Quantum Cryptography (PQC): Embedded quantum-safe features in FortiOS 7.6 including NIST-approved algorithms, ensuring network traffic remains secure against potential quantum decryption attempts including harvest now decrypt later attacks.
  • Quantum Key Distribution (QKD): Embracing quantum mechanics, QKD enables safe exchange of encryption keys, thwarting eavesdropping efforts. This feature integrates easily with leading QKD suppliers.
  • Algorithm Stacking: By combining various cryptographic methods, Fortinet bolsters resilience against diverse threats.
  • Hybrid Transition Mode: This facilitates a stepwise move to post-quantum security, merging existing cryptographic standards with QKD advancements.
  • User-Friendly Interface: The revamped UI simplifies the setup of quantum-safe attributes, providing seamless experiences for network administrators.

Fortinet's commitment to converging networking and security within a singular operating platform sets it apart. This strategy not only boosts customer confidence but also ensures timely deployment of updates such as quantum-safe measures. These innovations undoubtedly help entities across multiple sectors secure their data environments against both present and future challenges.

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