Automate Adversary Simulation

Adversary simulation is the practice of recreating real-world cyberattacks so an organization’s cybersecurity defenses can be evaluated under realistic conditions. Static assessments or theoretical risk models can often miss the mark in determining if your organization is safe from actual threats. Instead, adversary simulation applies actual threat actor tactics. This way, you’ll discover the effectiveness of your ability to detect attacks as well as respond to and contain them.

The practice of adversary simulation provides actionable insight into gaps that traditional security testing methods can miss. Adversary simulation does this by securely and accurately replicating the behavior of a bevy of different threat actors, including cybercriminals, nation-state actors and insider threats. This way, organizations can proactively validate and strengthen their defenses before they can be exploited.

Adversary simulation works through controlled attack scenarios that simulate the adversary lifecycle. This includes: 

• Initial access to an environment 
• Lateral movement to privilege escalation 
• Data exfiltration 

Closely mapped to frameworks like MITRE ATT&CK, these simulations are intended to provide realistic scenarios of attacker behaviors. 

Using either pre-built scenarios or custom simulations, security teams can replicate emerging threats through adversarial simulation. Exposures, misconfigurations or blind spots can be discovered, which enables faster MTTR and heightened detection.

Adversary emulation and adversary simulation are often used similarly, but they have different purposes. Where adversary emulation seeks to replicate the exact behavior of a known threat, adversary simulation models broader attack techniques and scenarios that are not necessarily those of a single group.

Adversary emulation reproduces that adversary’s documented TTPs, while adversary simulation tests defenses against the types of attacks organizations will most likely face in real life.

Red team adversary simulations move beyond simply checking boxes by exposing how attacks unfold across systems, users and processes. This helps show that a specific security control works in the face of a realistic attack, not just that the control exists.

Through the process of uncovering attack paths, validating detections and stress-testing incident response playbooks, red team adversary simulations accelerate maturity. Your teams get deeper visibility into threat exposures, achieve faster response times and strengthen your posture against threats continuously.

Yes. Cymulate offers an advanced platform that simplifies and enhances adversary emulation for organizations. 

• Real-time emulation capabilities: Conduct realistic simulations aligned with the latest threat intelligence. 
• Actionable insights: Receive detailed recommendations to address identified gaps and strengthen defenses. 
• User-friendly interface: Streamline the emulation process with an intuitive platform designed for both Red Team and Blue Team use. 
• Continuous validation: Regularly test and optimize security controls to ensure ongoing protection. 

Cymulate not only supports adversary emulation but also complements other security validation practices. Its seamless integration with existing tools makes it a versatile addition to any cybersecurity program.

No, Cymulate won’t overwhelm your SOC with alerts. The solution is designed to optimize SOC efficiency, not overwhelm it. Simulations are executed in a controlled manner, highlighting exposures and gaps in a way that avoids generating excessive noise in production systems.

Your SOC will gain actionable intelligence for enhanced detection rules, fine-tuned controls and optimized workflows so you won’t be chasing hundreds or thousands of low-value alerts. Remediation guidance lets your teams focus on what really matters.

Yes. You can use Cymulate for adversary simulation across hybrid environments. This includes on-premises, cloud, SaaS applications and remote endpoints. To reflect how modern, real-life attackers operate, scenarios follow realistic attack paths spanning cloud workloads to internal networks.

Your organization can validate defenses end-to-end and reduce risk by testing exposures across interconnected systems. This way, a compromise in one environment will be less likely to lead to broader lateral movement and data exfiltration. 

Read more: Mitigate lateral movement with IAM and network segmentation