Research Notes
AI is fundamentally changing how offensive cyber operations are conducted, while legacy U.S. offensive cyber firms cannot keep up; this combination puts U.S. cyber operators in a shift toward AI-enabled tools and workflows. Advances in artificial intelligence are accelerating cyber operations.
U.S. cyber operators must now move at the same machine speed to match the scale, speed, and autonomy adversaries already demonstrate in real-world attacks. A Chinese state-sponsored hacking group used AI agents to target roughly thirty organizations globally and successfully penetrated several of them.
FUZZ-E is an AI-native platform whose support for the full cyber kill chain sets it apart from legacy U.S. offensive cyber firms, which cannot keep up with AI-driven offensive cyber operations.
FUZZ-E’s platform augments the work of human operators rather than replacing human operators.
Advances in artificial intelligence are accelerating cyber operations, while legacy U.S. offensive cyber firms cannot keep up, putting U.S. cyber operators in a race to move at machine speed. U.S. cyber operators must adopt AI-enabled tools and workflows to match the scale, speed, and autonomy adversaries are already demonstrating in real-world attacks.
A Chinese state-sponsored hacking group used AI agents to target roughly thirty organizations globally and successfully penetrated several of them. AI is fundamentally changing how offensive cyber operations are conducted.
FUZZ-E is an AI-native cyber platform that supports the full cyber kill chain and augments the human operators working on that chain rather than replacing them.
The U.S. Air Force awarded Autonomous Cyber a Tactical Funding Increase to deliver FUZZ-E to the 16th Air Force.
