WWT's agentic patching and remediation approach leverages agentic AI and deterministic automation to bridge the gap between vulnerability discovery and defense. As AI accelerates exploit development, this governed model ensures safe, efficient remediation, urging enterprises to adapt and maintain control in an evolving threat landscape.

Network forensics is being rearchitected for AI-scale environments. This piece lays out a vendor-diverse, federated data fabric: Gigamon for visibility, ExtraHop for forensics, Forescout for enforcement and Splunk for operations. This solution maps to the Infrastructure Security domain of WWT's ARMOR framework and previews where AMI metadata and the DPU substrate are taking the stack next.

A comprehensive guide to Check Point Network Address Translation (NAT), covering concepts, configuration, automatic and manual NAT, static and hide NAT, ARP, NAT tables, and best practices. Designed as a definitive learning resource with practical examples, troubleshooting tips, and advanced scenarios for real-world deployments.

Explore F5 VELOS key capabilities and learn how VELOS is a solution if your enterprise is seeking unmatched speed, security, and scalability.

This blog highlights automated deployment patterns of F5 NGINX Ingress Controller paired with F5 NGINX App Protect across Amazon Web Services, Google Cloud Platform and Microsoft Azure.

People are expected to work together to make cloud happen, yet, we did not all arrive at the same time or following the same path. Achieving security at scale, especially at the speed of cloud, requires an understanding of the people involved and what they care about.

As infrastructure disruption becomes an acknowledged tool of state power, resilience is no longer just a cyber issue — it's operational and strategic. This piece outlines what critical infrastructure operators, boards and technology providers must reassess in a world where disruption is deliberate.

Quantum computing's rise threatens classical cryptography, prompting urgent shifts to post-quantum cryptography (PQC). Check Point leads this transition with quantum-ready solutions, ensuring secure communications through hybrid key exchanges and cryptographic agility. As PQC standards evolve, Check Point's architecture promises seamless adaptation, safeguarding digital infrastructures against future quantum threats.

Back-to-back firewalls were effective 15-20 years ago, but in today's encrypted, identity-driven and rapidly evolving threat landscape, they add cost and complexity without meaningful protection. Modern security replaces duplicated perimeters with platform-integrated NGFW enforcement, segmentation and coordinated prevention—delivering stronger, measurable defense through intelligent design rather than stacked legacy controls.

Let's discuss the natural evolution from just getting things working to adding all the bells and whistles, a Flannel to Cilium discussion, powered by eBPF, as the logical next step for Kubernetes networking. Looking at how Isovalent Enterprise enhances scalability, security and observability, offering a robust, production-ready platform for complex, multi-cluster environments. Transitioning to Cilium signifies embracing advanced capabilities for modern network engineering.

Learn about QUIC (Quick UDP Internet Connection), a modern transport protocol that enhances internet speed, security and reliability by building on UDP. It integrates TLS 1.3 for faster handshakes, employs BBR for smarter congestion control, and uses multiplexed streams to eliminate head-of-line blocking. Seamless connection migration ensures uninterrupted connectivity, making QUIC a promising successor to TCP.

As cloud-native technologies continue to converge with traditional networking in the data center and enterprise, understanding how Kubernetes, Cilium and eBPF works is crucial for network engineers. With hybrid mesh firewalls being the latest trend, and distributed firewalls (like Cisco's Hypershield) emerging in the market. Understanding how Kubernetes transforms traditional IP networking concepts into a dynamic, software-defined environment is crucial. This article demystifies Kubernetes security, making it accessible for network engineers familiar with ACLs and VLANs. You may think this doesn't apply to you, but if you're planning a firewall refresh anytime soon, then these concepts will need to be part of your vernacular going forward.