On-Demand Webinar
What happens when attackers deploy swarms of AI agents at machine speed? We tried it. This is what we found.
AI-driven cyber offense has shifted from theoretical to production reality in a single quarter. Attackers are deploying autonomous "red swarms" capable of launching multi-day, parallelized probes across entire perimeters at a fraction of the cost of traditional methods.
Attack Simulation: A three-day live, controlled exercise in a mature production environment at a global institution pitted Armadin’s 26,000-agent red swarm against TENEX.AI’s agentic blue swarm.
The Bottom Line: Human-speed workflows can no longer defend against machine-speed attacks. Organizations must shift to an agentic security operations model where AI-driven defense operates in real time, with human oversight to validate and contain threats at scale.
Watch It Here
Vice President of Customer Engineering // TENEX.AI
Cybersecurity leader and 25-year industry veteran, including 7 years as a founding Customer Engineer for Google Chronicle (now SecOps). Anthony specializes in scaling platform implementation and driving customer success through both deep technical expertise and strategic leadership.
Senior Product Marketing Manager // TENEX.AI
Mike Rotar is a Senior Product Marketing Manager at TENEX.AI. He has spent more than 15 years in security and SaaS, moving from IT security leadership to customer solutions engineering, then to competitive intelligence and product marketing at Duo Security (Cisco). He is PMC-III and holds an ACI competitive intelligence certification.
01
Attack Anatomy
How an AI swarm attack is built: map, swarm, parallelize, chain, adapt
02
Scale
Why scale, not alert volume, breaks the traditional SOC
03
Economics
Why the economics of attack and defense have flipped
04
Six Steps
Six steps to fully agentic, human-led security operations
05
Readiness
How to test your SOC with the Hyperattack readiness checklist
