With the world’s first Cloud Attack Emulation platform, Mitigant safely and automatically emulates various cloud attacks, such as ransomware attacks, to discover security blindspots within cloud security controls and verify the readiness of the clouds and the security team for possible cloud threats. The scenarios are developed based on real-world cloud attacks, the MITRE ATT&CK and MITRE ATLAS frameworks, and the revolutionary Security Chaos Engineering approach. It allows companies to strategize cloud security gamedays and improve the readiness and cyber resilience of the clouds and the security teams.

• Mitigant Cloud Security Posture Management (CSPM) continuously monitors the cloud security posture to be secure and compliant. Mitigant automatically analyzes the cloud security posture to detect and remediate security vulnerabilities in the cloud resources due to misconfigurations and compliance violations. Compliance with cloud security regulations and best practices, such as ISO 27001, SOC2, and BSI C5, could be achieved and monitored quickly based on the cloud security assessment results, which can be downloaded in PDF or CSV formats. It also provides complete multi-cloud security visibility in one platform that takes inventory of available cloud resources and monitors cloud infrastructures for suspicious activities and unwanted changes in the cloud infrastructure.

Mitigant Kubernetes Security Posture Management (KSPM) ensures that the containerized services running in the Kubernetes environment are secure and compliant. A Mitigant agent is installed easily in the Kubernetes clusters via Helm chart to perform security assessments automatically or on demand to detect security vulnerabilities. In addition, containers, images, and registries are analyzed for vulnerabilities in the dependencies and software. This enables companies to quickly identify and rectify outdated versions of resources, thereby reducing the potential for attacks.

• Mitigant ensures the security and safety of cloud GenAI workloads by checking the configuration of the cloud resources for the GenAI workloads for any misconfigurations that can be exploited into cloud attacks. The incident response playbook can also be created so that cloud GenAI services can be better prepared against potential cloud attacks with cloud attack actions that can be emulated automatically and safely.