A code injection flaw in n8n’s expression evaluation lets any authenticated user with workflow edit rights run arbitrary system commands on the host, enabling full server compromise.
A memory-exhaustion flaw in Apache HTTP Server’s mod_http2 lets an unauthenticated attacker crash HTTP/2 web servers within seconds using a single crafted connection.
Today we’re announcing continuous AI pentesting. It runs always-on across your full external surface, using AI agents to spot overlooked weaknesses, reason through context, and chain the multi-step moves a skilled adversary would. It has already uncovered real exposures in live environments. Here’s how it works.
Most organisations don’t know what’s on their external attack surface. Richard Stiennon joins our CEO Rob Gurzeev to unpack why attackers always find what defenders miss, and how AI is making that gap harder to close.
The instinctive reaction to Mythos is: we need to patch faster. That instinct is understandable. It is also exactly the wrong frame. The real question isn’t how many CVEs are in your queue. It’s how many of your exposed assets can actually be exploited right now, by anyone with an API key and an afternoon.
The latest GigaOm Radar for Attack Surface Management highlights the shift from inventory to contextual prioritization and actionable validation across 32 vendors. CyCognito was named a Leader for the third year in a row and, for the first time, an Outperformer.
Modern security frameworks often fail by surfacing endless vulnerabilities without context. This blog explores how the CTEM framework’s Validation stage provides “permission to ignore” theoretical risks, allowing teams to focus engineering resources exclusively on confirmed, evidence-based, and exploitable threats.
Continuous Threat Exposure Management (CTEM) shifts security metrics from measuring activity to prioritizing impact. This refocuses reporting on urgent, validated issues and continuous testing coverage. By tracking remediation hours and material exposure reduction, organizations can effectively manage risk without creating unnecessary noise or alert fatigue.