Red Team / Adversarial Simulation
Defenses that are not just reactive, but robust, resilient, and
ready to withstand even the most sophisticated cyber threats
How It Works?
01.
TESTING
02.
ASSESSMENT
03.
CONTINUOUS IMPROVEMENT
01.
TESTING
02.
ASSESSMENT
03.
CONTINUOUS IMPROVEMENT
Benefits of Red Teaming
Enhanced Security Posture
Realistic Threat Emulation
Enhance blue team effectiveness
Informed Decision Making
Compliance and Assurance
Continuous Improvement
Enhanced Security Posture
Realistic Threat Emulation
Enhance blue team effectiveness
Informed Decision Making
Compliance and Assurance
Continuous Improvement
Red Teaming Services
- External Red Teaming
- Internal Red Teaming (Assumed Breach)
- Hybrid Red Teaming
- Purple Teaming
Our Internal Red Teaming, also known as Assumed Breach testing, simulates attacks from threat actors who have already gained access to the organization’s internal network. This type of engagement evaluates the organization’s ability to detect, contain, and respond to advanced threats that have already infiltrated its internal environment. Internal Red Teaming activities include lateral movement, privilege escalation, data exfiltration, and evasion of internal security controls.
Our Hybrid Red Teaming combines elements of both External and Internal Red Teaming to provide a comprehensive assessment of an organization’s security posture across all attack vectors. This approach integrates external and internal threat scenarios to simulate multi-stage attacks that begin with external compromise and progress to internal network infiltration. Hybrid Red Teaming exercises leverage a blend of tactics, techniques, and procedures (TTPs) to emulate sophisticated cyber threats.
Our Purple Teaming is a collaborative security testing approach that bridges the gap between Red Team and Blue Team activities. Purple Teaming emphasizes cooperation and knowledge sharing between offensive and defensive teams. In a Purple Team engagement, Red Teamers work closely with Blue Teamers to simulate attacks, identify weaknesses, and validate defensive controls in real-time. This collaborative effort enables organizations to enhance their detection and response capabilities, optimize security configurations, and improve overall cybersecurity resilience.