LEARN MORE
See how iCOUNTER and CTOS make the Third Wave operational.
Explore the CTOS platform and the first application of the Third Wave in third-party threat detection and response.
//: Why a new model is needed
The threat environment changed. Most security architectures did not.
Enterprises now operate across vast ecosystems of suppliers, partners, contractors, and SaaS providers. At the same time, adversaries are using automation and AI to compress the time between reconnaissance, compromise, and exploitation.
Security teams are left trying to manage this environment with posture scores, dashboards, alert queues, and manual decision-making. That model does not scale to the speed of the threat or the size of the enterprise ecosystem.
WAVE 1
Reactive Security
Move beyond raw alerts, posture scoring, and fragmented analysis with real-time risk determination at the point of collection.
WAVE 2
Detection & Response
The second era improved visibility with EDR, XDR, threat intelligence, and detection workflows. Teams became faster at finding and investigating threats.
WAVE 3
Counter-Threat Operations
The next era moves beyond monitoring. Security determines risk at the edge of collection and routes intelligence directly into machine-driven operations.
//: Why a new model is needed
A new operational model for cybersecurity.
//:ONE
Risk is determined at the edge of intelligence collection.
//:TWO
Intelligence is routed directly into operational workflows.
//:THREE
Security decisions move from human-speed triage to machine-speed response.
//:FOUR
Protection expands across the full enterprise ecosystem, not just internal infrastructure.
//:FIVE
AI-native counter-threat operations become the foundation of modern defense.
//: The core shift
From posture scoring and dashboards to risk determination and action.
TODAY
Questionnaires and posture scores
Manual triage and fragmented workflows
Internal infrastructure as the primary security boundary
Alert overload and delayed action
Intelligence separated from operations
Third Wave
Risk determination at the edge of collection
Machine-driven counter-threat operations
Ecosystem-wide security coverage
Earlier signal detection and faster response
Intelligence routed directly into action
//: The platform behind the shift
CTOS powers the Third Wave.
CTOS — COUNTER THREAT OPERATING SYSTEM™ — operationalizes this model by connecting intelligence collection, risk determination, enterprise context, and counter-threat operations in one platform.
It is the architectural foundation for moving from monitoring threats to countering them across the enterprise ecosystem.
It is the architectural foundation for moving from monitoring threats to countering them across the enterprise ecosystem.
//:ONE
Threat Collection Edge
//:TWO
Enterprise Digital Twin
//:THREE
Risk Determination Engine
//:FOUR
Counter-Threat Operations
//: Where it starts
The first use case is Third-Party Counter Threat Operation System.
Third-party ecosystems are one of the largest unprotected attack surfaces in the modern enterprise. The Third Wave starts by extending intelligence-led security to suppliers, vendors, partners, and other external relationships that traditional security architectures were never designed to protect.
//: Third Wave point of view
The future of cybersecurity belongs to organizations that can turn intelligence into action.
The first wave of cybersecurity blocked attacks. The second wave detected them. The third wave will counter them in real time. As threat actors use automation and AI to scale faster across broader attack surfaces, security teams need a model built for speed, context, and operational execution.
//: Learn more
See how iCOUNTER and CTOS make the Third Wave operational.
Explore the CTOS platform and the first application of the Third Wave in third-party threat detection and response.
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//: FAQ
LEARN MORE ABOUT The Third Wave of Cybersecurity
What is CTOS?
CTOS (Counter Threat Operating System) is a cybersecurity platform that connects intelligence collection, risk determination, enterprise context, and counter-threat operations in one architecture, enabling machine-speed response across the full enterprise ecosystem.
How does CTOS determine risk?
CTOS correlates intelligence signals against live enterprise context, including vendors, suppliers, identities, and assets, to determine what represents real risk at the moment of collection, rather than routing everything into analyst queues.
What makes CTOS different from traditional security platforms?
Traditional platforms collect intelligence, generate alerts, and rely on manual decision-making. CTOS connects intelligence directly to operational action, replacing dashboard backlog with automated, context-driven counter-threat operations.
What is the first use case for CTOS?
Third-party threat detection and response, identifying threats targeting suppliers and vendors before attackers pivot into the enterprise, one of the largest unprotected attack surfaces in modern security.
What does 'counter-threat operations' mean?
Counter-threat operations is the active model of security where intelligence is routed directly into response actions, moving beyond monitoring and detection into machine-driven intervention across the enterprise ecosystem.
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