Learn what Layer 7 DDoS attacks are, how HTTP floods and API attacks work, why they are difficult to detect, and how organizations can mitigate them.
Choosing a Web Application and API Protection (WAAP) platform usually starts as a security conversation and ends as an infrastructure compromise. Most vendors support one or two deployment models well, and everything else becomes a workaround — a proxy in...
A highly sophisticated, remote denial-of-service (DoS) vulnerability has been uncovered, threatening major web servers across the internet. Dubbed the “HTTP/2 Bomb,” this exploit allows an attacker to completely cripple enterprise-grade web infrastructure within seconds using negligible bandwidth—requiring nothing more than...
Key Takeaways* When Your Load Balancer Becomes the Bottleneck A web application that processes 3 million HTTP requests per second doesn’t fail at the database first — it fails at the load balancer. Yet most infrastructure teams spend months benchmarking...
In today’s digital world, users expect applications and websites to load instantly, remain available 24/7, and deliver a seamless experience without interruptions. Whether it’s an e-commerce platform, banking application, government portal, or enterprise software, performance and reliability directly impact customer...
A Web Application Firewall (WAF) is no longer optional — it’s a foundational layer of any serious application security strategy. But choosing how to deploy one is where most organizations get stuck. Should you buy a physical appliance and run...
Introduction: The Bot is Not What It Used to Be Remember when bot attacks were just simple scripts trying to stuff login credentials? Those days are over. Today, we face Fifth-Generation Bots—AI-driven, polymorphic, and disturbingly human-like. These new-generation bots can: For...
The two dominant paradigms for volumetric DDoS mitigation — Anycast-based scrubbing and on-demand traffic diversion to dedicated scrubbing centers — represent fundamentally different trade-offs between baseline latency, mitigation capacity, detection lag, and operational complexity. Understanding which trade-offs your infrastructure can...
According to the latest Verizon Data Breach Investigations Report (DBIR), over 90% of malware uses DNS at some stage of the attack lifecycle—whether for command-and-control (C2), data exfiltration, or lateral movement. Yet, DNS security remains one of the most overlooked...