Network Security MazeBolt launches AI module to simulate novel DDoS attack vectors June 3, 2026 Share By SC Staff (Adobe Stock) As detailed in Silicon Angle, MazeBolt Technologies has launched RADAR VectorAI, a new module designed to leverage artificial intelligence for the creation and execution of previously unseen distributed denial-of-service (DDoS) attack vectors against customer production environments. This launch aims to proactively identify and expose vulnerabilities in existing defense mechanisms. The RADAR VectorAI module operates on MazeBolt's existing RADAR platform, continuously simulating DDoS traffic without disrupting services. It distinguishes between AI-orchestrated attacks, where an AI selects known attack methods, and AI-generated attacks, where novel traffic patterns are created at query speed. MazeBolt says DDoS vulnerabilities often stem from misconfigurations in defense policies, rate limits, and scrubbing rules, which are prone to drift. The company asserts that AI-assisted attackers can exploit these configuration weaknesses more rapidly than human red teams. This development comes amid a significant rise in DDoS attack volume and sophistication, with major incidents reported by Cloudflare and Microsoft in recent years. MazeBolt, founded in 2013 and based in Ramat Gan, Israel, offers its RADAR platform to enterprise and financial services customers focused on maintaining uptime for online services. Source: Silicon Angle An In-Depth Guide to Network Security Get essential knowledge and practical strategies to fortify your network security. Learn More SC Staff Related Network Security The 2026 FIFA World Cup: A network availability stress test Matthew Andriani June 1, 2026 Here’s four tips for organizations protecting the World Cup ecosystem from a major DDoS attack. Network Security RondoDox botnet exploits old ASUS router vulnerability SC Staff May 26, 2026 The RondoDox botnet has been exploiting this vulnerability since May 17, as discovered by VulnCheck's Canary Network. Network Security ‘Underminr’ exploitation poses similar risks to domain fronting, researchers say Laura French May 22, 2026 ADAMnetworks estimates about 42% of domains could be abused using the technique. Related Events Cybercast How to transform your SOC through XDR and MDR On-Demand Event Cybercast AI for network security: Problems and solutions On-Demand Event Virtual Conference Fortifying the Foundation: Tackling Evolving Challenges in Network Security On-Demand Event Get daily email updates SC Media's daily must-read of the most current and pressing daily news Business Email By clicking the Subscribe button below, you agree to SC Media Terms of Use and Privacy Policy . Subscribe Related Terms Berkeley Internet Name Domain (BIND) Border Gateway Protocol (BGP) Bridge Broadcast Cell Circuit Switched Network Datagram Decapsulation Demilitarized Zone (DMZ) Domain Name You can skip this ad in 5 seconds