OpenCTI by Filigran

47 reviews

Filigran provides threat intelligence, adversary simulation and crisis response open solutions.

OpenAEV by Filigran

2 reviews

OpenAEV, developed by Filigran, is an open-source Breach and Attack Simulation platform designed to help organizations plan, schedule, and conduct cyber adversary simulation campaigns and tests. By simulating real-world attack scenarios, OpenAEV enables organizations to assess and enhance their security posture, ensuring effective responses during actual incidents. Key Features and Functionality: - Realistic Attack Simulations: Utilizes the MITRE ATT&CK framework to build both simple and complex attack scenarios, reflecting probable attack tactics. - Threat-Informed Defense: Integrates with OpenCTI, Filigran's threat intelligence platform, to incorporate prioritized threat intelligence into simulations. - Comprehensive Readiness Assessment: Evaluates technical, human, and business risks to provide a holistic view of an organization's security posture. - Flexible Scenario Creation: Offers adaptable, role-based table-top exercises with an interactive interface, allowing for tailored simulations. - Data-Driven Validation: Executes recurring scenarios to assess team responses and track performance improvements over time. - Extensive Integrations: Supports diverse integrations, including network mapper injectors and collectors that interface with security platforms like EDR and XDR. Primary Value and Problem Solved: OpenAEV addresses the critical need for proactive cybersecurity measures by enabling organizations to anticipate and neutralize cyber threats before they materialize. By continuously assessing and validating exposures in the attack surface through Adversarial Exposure Validation , OpenAEV helps organizations improve their security posture, enhance team dynamics, and establish risk-based employee profiles. This proactive approach ensures that both technical systems and human resources are prepared to effectively respond to cyber incidents, thereby reducing potential damages and improving overall resilience.