Defense OPTIMIZATION
Optimize Defenses Through Continuous Validation
Continuously assess and refine detections and security controls to reduce noise, improve coverage, and improve SOC effectiveness.
What This Service Delivers
Threat-Informed Detection Engineering
Learn to evaluate and develop robust detections mapped to MITRE ATT&CK, grounded in threat-informed defense.
Detection Rule Management with KPIs
Implement detection rule management with KPIs that drive ongoing defense optimization and measurable improvement.
Continuous Reduction of Noise and Time to Detect
Translate assessment results into prioritized actions, define near- and long-term improvements, and establish ownership and reassessment cadence.
Coverage Clarity and Optimization
Increase SOC effectiveness by identifying and eliminating coverage gaps and redundancies across detections and controls.
How the Engagement Works
Train
Build Detection Engineering Capability
Apply a threat-informed approach to detection engineering and management.
Establish
Enable Validation and Measurement
Create the foundation required to assess detection and control effectiveness.
Operate
Drive Continuous Improvement
Support day-to-day optimization of detections and controls as an ongoing practice.
What You’ll Walk Away With
An upskilled detection engineering team
A continuous process for detection rule management
Clear visibility into coverage gaps and redundancies
KPIs that drive ongoing defense optimization
Throughout the engagement, experienced advisors support your organization’s ongoing defense optimization.
Why AttackIQ
AttackIQ is the leading provider of Adversarial Exposure Validation (AEV) solutions, trusted to validate security controls in real time by emulating real-world adversary behavior.
As a founding Research Partner of MITRE’s Center for Threat-Informed Defense, AttackIQ contributes to research programs like Summiting the Pyramid and brings deep expertise in threat-informed defense and detection engineering.
Ready to
get started?
Reduce alert fatigue and improve detection effectiveness with continuous defense optimization.



