OpenAEV vs Stratus Red Team

OpenAEV is an Adversarial Exposure Validation platform for creating cyberattack simulations, stress tests, and crisis exercises. Its breach and attack simulations draw on cyber threat intelligence and map scenarios to MITRE ATT&CK and ATLAS. Attack Chaining links actions into paths based on findings; teams can orchestrate these manually or use dedicated agents. Structured tabletop exercises are available for evaluating readiness, escalation, coordination, communication, and response. Adversarial Exposure Scoring tracks posture over time and maps coverage to MITRE ATT&CK and domain-based controls. The product lists more than 30 integrations and connections to OpenCTI, threat feeds, EDR/XDR, SIEM, and SOC playbooks. Deployment options include cloud, on-premise, and multi-tenant setups, with air-gapped and bring-your-own-cloud options listed for Enterprise Edition. Community Edition is free forever for on-premise core simulations and tabletop exercises, with community support. Enterprise Edition pricing is quote-based, and its SaaS trial lasts 30 days. Components are available as Docker images and manual installation packages; Kubernetes is recommended for production deployments.

Stratus Red Team is a free, open-source Go binary for running specific offensive attack techniques against a live cloud environment and checking detections. Its techniques map to MITRE ATT&CK, with coverage for AWS, Azure, GCP, Kubernetes, Amazon EKS, and Entra ID. For each technique, it can prepare prerequisites, detonate the activity, reverse side effects, and remove prerequisites. Terraform creates and removes required infrastructure, and Stratus downloads its own Terraform binary. Installation options include Go, Homebrew, pre-built Linux, Windows, and macOS binaries, and Docker. The tool can also operate as a Go library for automation and custom techniques. It supports Linux, macOS, Windows, API use, and self-hosting. Documentation recommends an administrator role in a sandbox account or test cluster, not production infrastructure. Kubernetes clusters must already exist, AWS customer-provided detonation infrastructure is unsupported, and Azure resources are fixed to West US.