https://community.checkpoint.com/t5/General-AI-Discussion/The-2026-Verizon-DBIR-just-made-the-AI-vs-AI-security-argument/m-p/277280#M72 <P>Something worth discussing in the AI Security space: the Verizon 2026 DBIR confirms what many of us suspected — AI-assisted attackers have fundamentally changed the economics of vulnerability exploitation.</P> <P>Vulnerability exploitation just became the single most common initial access vector (31% of breaches, up 55% YoY). The mechanism matters: GenAI is being used to automate vulnerability research, accelerate targeting, and rapidly generate malware variants — meaning the time between disclosure and weaponization is shrinking precisely as defender patch cycles are getting longer.</P> <P>The implication is that signature-based and reactive defenses are structurally disadvantaged against this threat model. Stopping AI-assisted attacks requires AI operating at prevention time, combined with continuous visibility into what's actually exposed and exploitable.</P> <P>Attached is a short analysis of the DBIR findings and how Check Point approaches this with AI-powered prevention (independently tested by Miercom) and Exposure Management. Happy to go deeper on any of this — would be interested to hear whether this matches what you're seeing in your own environments.</P> Thu, 21 May 2026 13:48:11 GMT MarcD 2026-05-21T13:48:11Z https://community.checkpoint.com/t5/General-AI-Discussion/The-2026-Verizon-DBIR-just-made-the-AI-vs-AI-security-argument/m-p/277280#M72 <P>Something worth discussing in the AI Security space: the Verizon 2026 DBIR confirms what many of us suspected — AI-assisted attackers have fundamentally changed the economics of vulnerability exploitation.</P> <P>Vulnerability exploitation just became the single most common initial access vector (31% of breaches, up 55% YoY). The mechanism matters: GenAI is being used to automate vulnerability research, accelerate targeting, and rapidly generate malware variants — meaning the time between disclosure and weaponization is shrinking precisely as defender patch cycles are getting longer.</P> <P>The implication is that signature-based and reactive defenses are structurally disadvantaged against this threat model. Stopping AI-assisted attacks requires AI operating at prevention time, combined with continuous visibility into what's actually exposed and exploitable.</P> <P>Attached is a short analysis of the DBIR findings and how Check Point approaches this with AI-powered prevention (independently tested by Miercom) and Exposure Management. Happy to go deeper on any of this — would be interested to hear whether this matches what you're seeing in your own environments.</P> Thu, 21 May 2026 13:48:11 GMT https://community.checkpoint.com/t5/General-AI-Discussion/The-2026-Verizon-DBIR-just-made-the-AI-vs-AI-security-argument/m-p/277280#M72 MarcD 2026-05-21T13:48:11Z https://community.checkpoint.com/t5/General-AI-Discussion/The-2026-Verizon-DBIR-just-made-the-AI-vs-AI-security-argument/m-p/277300#M73 <P>Regardless of your security tooling, it's best to reduce your overall attack surface.<BR />That will hopefully reduce your vulnerabilities that can potentially be exploited.</P> Thu, 21 May 2026 23:19:33 GMT https://community.checkpoint.com/t5/General-AI-Discussion/The-2026-Verizon-DBIR-just-made-the-AI-vs-AI-security-argument/m-p/277300#M73 PhoneBoy 2026-05-21T23:19:33Z