Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

What makes cyber deception effective against modern attackers? In this video, we explore the core capabilities that matter most in cyber deception, including how deception technology helps detect attacker behavior, generate high-confidence threat signals, and identify threats before they reach their objectives. Learn how cyber deception fits into modern threat detection, the Cyber Kill Chain, and AI-driven cybersecurity.

Active Directory controls access to nearly every application, file, and system in your network. That's exactly why it's the first thing attackers go after. Get privileged access to AD, and an attacker doesn't need to break into ten different systems. They just need one path in, and from there they can move freely, escalate privileges, and sit undetected for weeks. AI is making this worse. Faster reconnaissance, sharper phishing, quicker lateral movement, all pointed straight at identity infrastructure.

AI Is Accelerating the Cyber Kill Chain: Faster Attacks, Greater Risk AI is changing the speed and scale of modern cyber attacks. From accelerating reconnaissance to reducing the time required for initial access, attackers are leveraging AI to move faster across the entire cyber kill chain. In this video, Paul Girardi explains how AI is impacting each stage of the attack lifecycle, including: As attackers automate more of the kill chain, security teams need smarter approaches to detect, disrupt, and deceive adversaries before they can achieve their objectives.

AI-powered cyber attacks are evolving faster than traditional defenses can respond. Modern attackers use valid credentials, native tools, and AI-assisted reconnaissance to move through enterprise environments without triggering conventional security controls. Signature-based detection and behavioral analytics often struggle to detect these advanced intrusions before damage is done. In this video, discover how Fidelis Deception helps security teams detect and disrupt AI-accelerated attacks by turning attacker reconnaissance into immediate detection.