A new generation of frontier AI models is fundamentally changing how cyber attacks are created and executed, introducing a level of speed, scale, and accessibility the industry has not faced before. Early testing of advanced models, including Claude’s Mythos model, shows that they can identify vulnerabilities in code, connect them into viable attack paths, and generate working exploits with minimal effort. What once required deep expertise and significant time can now be executed rapidly, and at scale, across a wide range of environments.

These are not simply AI-assisted attacks, they are attacks powered by frontier AI models. The new models enable automated discovery of weaknesses, continuous generation of new attack paths, and real-time adaptation of exploits based on the environment. These capabilities are not limited to a single model or vendor. As similar advancements continue across commercial, open-source, and global AI ecosystems, they are becoming increasingly accessible, lowering the barrier to entry while amplifying the impact of skilled adversaries.

The result is a sharp increase in vulnerabilities discovered at scale, faster attack cycles, and more sophisticated exploitation techniques that can outpace traditional security approaches built on periodic testing and static defenses. Organizations are entering a new threat reality where attacks are no longer manually crafted, but generated, tested, and refined continuously by AI.

From Reactive Security to Proactive Readiness

To address this shift, CPR Act’s AI Threat Readiness takes a proactive approach to identifying and reducing risk before it can be exploited. The service was built on proven security practices shaped by Alex Spokoiny, Check Point’s Chief Security & Trust Officer, and the company’s own approach to securing its environment in the era of frontier AI models.

“Organizations can no longer rely solely on static defenses in a world where attacks evolve in real time,” said Spokoiny. “Security must be continuously tested, validated, and improved based on how threats actually behave, not how we expect them to.”

The service focuses on continuously challenging the environment in ways that reflect how  attacks powered by frontier AI models are actually carried out. It consists of three major steps:

• Simulate: Leverage advanced and emerging frontier AI models to replicate how attackers generate, chain, and adapt exploits in real time. This approach uncovers hidden exposure across applications, infrastructure, and identities, revealing risks that traditional assessments often miss.
• Validate: Assess how existing security controls perform against AI-generated attack paths and rapidly evolving exploitation techniques. Identify gaps in detection, response, and coordination, ensuring that tools, processes, and teams are aligned and effective against  modern, AI-powered attacks.
• Harden: Strengthen defenses through targeted remediation and continuous improvement based on real findings. Reduce risk across the environment by closing gaps, optimizing controls, and evolving security posture to better withstand increasingly automated, AI-powered attacks.

Expert-led Readiness in the Age of Frontier AI

“Our approach with CPR Act is focused on bringing real-world expertise directly into the customer environment,” said Reut Weitzman, Director of CPR Act at Check Point Services. “We simulate how attacks unfold, validate how defenses respond, and help organizations strengthen their posture in a way that is practical and measurable. This enables security teams to move beyond reactive response and adopt a more proactive, adaptive approach that keeps pace with evolving threats.”

As emerging frontier AI models continue to accelerate the pace and sophistication of cyber attacks, organizations can no longer rely on static defenses or periodic validation. Security must become continuous, tested against real-world conditions, and aligned to how  AI-powered attack generation actually works. By combining expert-led insight with frontier AI techniques, CPR Act AI Threat Readiness Service helps organizations close the gap between AI-powered attack capabilities and their ability to defend against them, before attackers can take advantage.

Are you ready to ensure your security can withstand the next wave of AI-driven attacks?

Contact us here.