In general, cryptographic agility refers to a system’s ability to replace or adapt cryptographic algorithms, parameters, or protocols—like key lengths or hashing methods—smoothly and without interruptions. This capability is especially critical when vulnerabilities emerge or when migrating to quantum-resistant algorithms.
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Researchers aren’t aware of any active exploitation of the software, but the issue is being dealt with simultaneously as attackers are trying to brute force the company’s security appliances.
The post Fortinet SIEM issue coincides with spike in brute-force traffic against company’s SSL VPNs appeared first on CyberScoop.
Artificial Intelligence (AI) is quickly changing modern enterprises, but harnessing its full potential demands not only excellent models, but infrastructure expertise. Google Kubernetes Engine (GKE) has emerged as a foundation for AI innovation, providing a platform that combines cloud-native flexibility, enterprise-grade security, and seamless access to advanced accelerators. In a recent webinar, I joined Tom Viilo (Head of Alliances) and Guilhem Tesseyre (CTO and Co-Founder) of Zencore for a deep dive into how technical leaders can design, optimize, and operate GKE environments for AI at scale.
The post How to Build, Optimize, & Manage AI on Google Kubernetes Engine appeared first on Security Boulevard.