My main use case for AttackIQ has been validating security controls and testing detection coverage against MITRE ATT&CK techniques. Recently, I used it in a lab setup to simulate credential access and lateral movement techniques to verify whether our security controls were functioning as expected.In my case, the primary cloud platform in our hybrid environment was Amazon Web Services with some integrations connected to on-premises infrastructure. We used that setup to validate security controls across both cloud workloads and internal systems, especially for monitoring logging and attack simulation visibility. I used the platform on Amazon Web Services.
I use AttackIQ primarily as part of security validation and threat exposure assessment within our cybersecurity operation, where the platform is mainly used to simulate attack techniques and validate whether the existing security controls are effectively detecting and responding to the threats. We conducted a purple team exercise where we used AttackIQ to simulate attack behaviors mapped to MITRE ATT&CK techniques with the control testing environment, with the main goal being to validate whether the SIEM detection was triggering correctly and to check if the endpoint security controls are responding as expected, and if the SOC monitoring workflows were functioning properly. That exercise helped identify a few detection gaps where certain behaviors were either not generating alerts consistently or lacked sufficient contextual visibility, and based on the findings, the security team refined the SIEM correlation rules, improved the alert prioritization, and enhanced monitoring coverage for specific attack techniques.
We use AttackIQ for automated, continuous testing and offensive testing. We use their scaled offensive testing module in AttackIQ, which continuously validates your environment and cloud environment, then identifies exposures that we take and try to fix them. I'm the security person on the team, so AttackIQ has become really useful for us to automate this continuous testing because before we would only have point-in-time testing. We would only be able to get a scan at a single point in time, but now it's useful because it provides continuous monitoring. We use public cloud for AttackIQ.
Software Development Analyst at a tech vendor with 10,001+ employees
Real User
Top 10
Jan 19, 2026
My main use case for AttackIQ is conducting breach and attack simulation or any kind of new ransomware simulation, basically for executing particular real-world attack scenarios. Regarding my main use case, I have used AttackIQ Ready, Flex, and Enterprise, which are the main three product types I have utilized most.
AttackIQ offers a cybersecurity platform focusing on security optimization through breach and attack simulation, enabling organizations to assess and improve their defense mechanisms effectively.Using advanced technology, AttackIQ helps organizations evaluate security processes against real-world threat scenarios. Its platform provides continuous security assessments, which help in identifying vulnerabilities before exploitation by adversaries. It allows for the strategic allocation of...
My main use case for AttackIQ has been validating security controls and testing detection coverage against MITRE ATT&CK techniques. Recently, I used it in a lab setup to simulate credential access and lateral movement techniques to verify whether our security controls were functioning as expected.In my case, the primary cloud platform in our hybrid environment was Amazon Web Services with some integrations connected to on-premises infrastructure. We used that setup to validate security controls across both cloud workloads and internal systems, especially for monitoring logging and attack simulation visibility. I used the platform on Amazon Web Services.
I use AttackIQ primarily as part of security validation and threat exposure assessment within our cybersecurity operation, where the platform is mainly used to simulate attack techniques and validate whether the existing security controls are effectively detecting and responding to the threats. We conducted a purple team exercise where we used AttackIQ to simulate attack behaviors mapped to MITRE ATT&CK techniques with the control testing environment, with the main goal being to validate whether the SIEM detection was triggering correctly and to check if the endpoint security controls are responding as expected, and if the SOC monitoring workflows were functioning properly. That exercise helped identify a few detection gaps where certain behaviors were either not generating alerts consistently or lacked sufficient contextual visibility, and based on the findings, the security team refined the SIEM correlation rules, improved the alert prioritization, and enhanced monitoring coverage for specific attack techniques.
We use AttackIQ for automated, continuous testing and offensive testing. We use their scaled offensive testing module in AttackIQ, which continuously validates your environment and cloud environment, then identifies exposures that we take and try to fix them. I'm the security person on the team, so AttackIQ has become really useful for us to automate this continuous testing because before we would only have point-in-time testing. We would only be able to get a scan at a single point in time, but now it's useful because it provides continuous monitoring. We use public cloud for AttackIQ.
My main use case for AttackIQ is conducting breach and attack simulation or any kind of new ransomware simulation, basically for executing particular real-world attack scenarios. Regarding my main use case, I have used AttackIQ Ready, Flex, and Enterprise, which are the main three product types I have utilized most.
I primarily use the solution for my own personal projects. It's a BAS - Breach and Attack Simulation.