Red Team
Measure your organisation’s real cyber risk, before attackers do
Red Teaming is an advanced cybersecurity assessment that simulates real-world attacks against an organisation.
Unlike traditional testing, Red Team cybersecurity exercises adopt the mindset, tactics, and behaviour of real threat actors to evaluate actual defensive capability, not theoretical security.

Yarix Red Teaming services simulate realistic cyber attacks to measure how effectively your organisation can detect, respond to, and contain advanced threats across technology, processes, and people.
What is Red Teaming in cybersecurity?
Red Teaming is a form of ethical hacking services focused on adversary simulation.
It tests how attackers could penetrate systems, bypass controls, and move laterally, while measuring detection, response, and coordination across the organisation.
A penetration test focuses on identifying technical vulnerabilities within clearly scoped systems or applications. Its goal is to uncover weaknesses and produce a remediation-oriented vulnerability list.
Red Teaming goes further by simulating real cyber attacks to assess the organisation’s overall defensive capability. It evaluates not only technology, but also people, processes, detection, and response.
In short, penetration testing shows what is vulnerable, while Red Teaming shows how a real attack would impact the organisation and whether it could be detected and contained.

The Business Value of Red Teaming Services
Red Teaming as a Managed Security Service
Red Teaming as a Service (RTaaS) integrates continuous offensive security into your cyber resilience strategy.
Instead of one-off exercises, enterprises gain an ongoing, scalable approach to advanced security testing.
RTaaS combines:
• Red Teaming and adversary simulation
• Red Team penetration testing
• Vulnerability assessment and social engineering
• Periodic testing of critical assets
• All delivered through a flexible, managed model aligned with business priorities.
Red Team as a Service supports long-term cyber resilience by ensuring security controls evolve alongside real-world threats. A managed Red Team allows organisations to:
• Continuously assess exposure to evolving attack techniques
• Validate improvements over time
• Integrate testing outcomes with MDR and Incident Response services
Yarix delivers Red Team cybersecurity services designed for complex enterprise environments.
Our certified professionals bring deep experience in offensive security and ethical hacking, supported by recognised methodologies and advanced attack playbooks.

Integrated approach within Var Group
Yarix Red Team services integrate with Security Operations Center (SOC), Managed Detection & Response (MDR) and Incident Response services.
This ensures findings translate into concrete improvements, not isolated reports.
FAQ
Frequently Asked Questions about Red Teaming Services
An enterprise Red Team service includes adversary simulation, ethical hacking, and advanced security testing designed to replicate real cyber attacks. It evaluates technology, people, and processes together, rather than in isolation. The outcome is a realistic assessment of detection, response, and resilience. Yarix also provides detailed reporting and remediation guidance.
Penetration testing focuses on identifying technical vulnerabilities in specific systems. Red Teaming simulates full attack scenarios to test how well an organisation detects, contains, and responds to threats. It includes procedural and human factors, offering a broader and more realistic risk assessment. For enterprises, Red Teaming delivers deeper strategic insight.
The frequency depends on business risk, regulatory context, and organisational complexity. Many enterprises adopt periodic Red Team assessments or a managed Red Team as a Service model. This allows continuous validation against evolving attacker techniques. Yarix supports both targeted engagements and long-term programmes.
Talk to our cybersecurity experts to validate your defences and strengthen your organisation’s cyber resilience.