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You just patched PHP. But will your origin server still fold under a 5-minute HTTP flood? While your team recovers from emergency zero-day triage, attackers are looking for your real breaking point. Patching runtime flaws stops exploits but it does nothing against volumetric exhaustion or smoke-screen DDoS attacks designed to knock you offline. Book a confidential DDoS simulation test with our team today! #SecOps, hashtag#InfoSec, hashtag#CloudSecurity

A DDoS test plan should be more than a date and a list of attack vectors. Before testing, you need to define what you want to prove, what is in scope, what constitutes success, and what happens when the test finds a weakness. Just as importantly, the plan should account for what happens afterwards: remediation, retesting, and when changes to your environment make previous test results stale. We’ve put together a practical guide covering the key elements of a DDoS test plan — from objectives and test windows to roles, approvals and follow-up. Read the full guide: https://lnkd.in/gsRNd3eC

A firewall vulnerability can become a web application availability problem. CVE-2026-20349 shows how a single unauthenticated HTTP request can force vulnerable Cisco ASA and FTD firewalls to restart—potentially disrupting not only VPN access, but also the web applications and APIs routed through the same device. The key lesson: protecting the application layer is not enough if a device in front of the application can itself become a point of failure. In our guest post by Eran Atias, we examine the CVE, its WAAP implications, and why DDoS resilience testing should consider perimeter-device failure—not just attack traffic. Read the full analysis: https://lnkd.in/gMdbp6k4

AI is changing the DDoS landscape — but perhaps not in the way some headlines suggest. Our new report examines the evidence behind AI and DDoS, separating what we can demonstrate from what remains speculative. We look at how AI is lowering the barrier to launching and adapting attacks, the reality behind today’s hyper-volumetric attacks, the rise of multi-vector campaigns, and what “AI-powered” DDoS protection actually means today. Read the full report: https://lnkd.in/dcgkNbvR

This month’s DDoS Threat Pulse, from our threat Intelligence team explores: * How a DDoS attack on Norway’s national login system disrupted four banks that weren’t attacked. * Why a Swiss hosting company had to choose between protecting its network and keeping customers online. * How a one-hour DDoS attack caused an email provider’s problems to continue for four days. * How Polish ISPs were hit with attacks and ransom demands designed to make paying seem cheaper than an outage. * How HTTP/3 features could potentially amplify traffic reaching the origin behind a CDN. https://lnkd.in/ghjphxvu

We simulate live volumetric, protocol, and app-layer attacks to test your stack safely. • Uncover hidden failure modes • Get runbooks matched to reality • Receive expert, stack-tailored remediation