BleepingComputer is hosting a webinar to discuss how behavioral AI can detect and respond to sophisticated modern email attacks [1].

As cybercriminals refine their methods, traditional security measures often fail to stop advanced threats. This session aims to provide organizations with strategies to reduce alert fatigue and improve response times through automated investigation workflows [1, 2].

The event, titled "Why modern email attacks require a new approach to defense," is scheduled for May 14, 2026, at 2 p.m. ET [1, 3]. It will be conducted online and will specifically address the rise of phishing, business email compromise (BEC), and account takeover attacks [1, 2].

Security teams are currently struggling to manage the volume of notifications generated by these threats. BleepingComputer said, "Phishing, BEC, and account takeover attacks continue to overwhelm security teams with alerts and investigations" [2]. The webinar will explore how behavioral AI can shift the burden away from manual review by automating the detection of anomalies.

The need for this shift is driven by the speed of attacker evolution. BleepingComputer said, "Cyberattacks are evolving faster than many MSP defenses can keep up, with phishing now serving as the primary engine behind modern cybercrime" [1].

By focusing on behavioral patterns rather than static signatures, the proposed approach seeks to identify malicious intent even when the email appears legitimate. The session will detail how these new defenses can integrate into existing security stacks to prevent the burnout of human analysts [1, 2].

“"Cyberattacks are evolving faster than many MSP defenses can keep up"”

The shift toward behavioral AI in email security reflects a broader trend in cybersecurity where signature-based detection is no longer sufficient. As attackers use more sophisticated social engineering and legitimate-looking accounts, the industry is moving toward automation to handle the scale of alerts, reducing the reliance on manual human intervention to prevent breaches.