Continued Attacks Emulation

Constant validation of your defenses effectiveness

We continuously simulate techniques used by real attackers to keep your security controls tuned and ready.

Security is not a static state: attackers are constantly evolving, and defensive controls must keep pace. The Continued Attacks Emulation reproduces, in a controlled manner, techniques and tactics used by real adversaries, allowing real-time validation of the effectiveness of implemented security measures.

This service goes beyond a traditional pentest, as it is not limited to a specific point in time, but instead provides continuous validation of the defensive posture. Attack scenarios are periodically updated based on emerging threats and executed within the client's environment to measure detection, containment, and response capabilities.

Continuous attack emulation is based on a structured approach that replicates real-world techniques within a controlled environment. Each exercise is aligned with the framework MITRE ATT&CK, allowing for accurate evaluation of which tactics and techniques are detected, which are blocked, and which require adjustment. In this way, the organization gains a real and dynamic view of its resilience against malicious actors, ensuring that the infrastructure remains protected against new or previously unknown techniques.

According to the Ponemon Institute 2023, the average time to detect an unfamiliar threat (MTTD) exceeds 200 days in many organizations. By integrating continuous attack testing, companies drastically reduce that time, achieving detection and response times up to 60% faster. This service turns emulation into a continuous practice, ensuring that the security posture remains fine-tuned against emerging threats and that defensive teams receive immediate feedback for improvement.

• Scenario Design: Selection of relevant tactics and techniques based on the sector, infrastructure, and most probable threats facing your organization.
• Controlled Execution: Replication of attack attempts in defined environments, using secure and monitored tools that ensure no impact on production systems.
• Result Validation: Analysis of the detection and response capabilities of existing defensive controls, identifying which attacks are caught and which slip through.
• Continuous Improvement & Tuning: Practical recommendations to optimize configurations, detection rules, and response times based on validated findings.