Fortra leverages AI algorithms to automate cybersecurity tasks such as threat detection, incident response, and vulnerability management. It provides real-time insights and analytics, enabling organizations to proactively defend against cyber threats. By integrating seamlessly with existing systems, Fortra improves overall security operations efficiency and reduces the response time to incidents.

Offensive Graphs leverages advanced machine learning algorithms to seamlessly ingest diverse network data sources such as firewall rules, Active Directory configurations, cloud assets, and vulnerability scanner outputs. It automatically constructs comprehensive attack graphs that reveal the most effective lateral movement and privilege escalation paths an adversary might exploit. Users can interactively explore these graphs in a user-friendly web interface, apply filters by risk level or asset criticality, and drill down into detailed risk factors. The platform also prioritizes remediation tasks based on aggregated threat scores and generates customizable reports to support compliance and incident response. By automating complex threat modeling, Offensive Graphs significantly reduces manual effort while enhancing the accuracy and coverage of security assessments.

VIPER is a comprehensive AI Red Team Platform that empowers organizations to conduct advanced adversary emulation and penetration testing. Combining AI-guided decision-making with a suite of built-in modules, VIPER automates the creation of attack chains based on targeted objectives, executes customized vulnerability scans, and orchestrates post-exploitation activities across multiple endpoints. Its intelligent orchestration engine adapts tactics in real-time, optimizing payload delivery and lateral movement strategies. Users manage sessions through a secure web interface, collaborate in live environments, and generate detailed analytical reports automatically. With support for custom module integrations and flexible deployment on Linux, VIPER streamlines red team operations, reduces manual overhead, and enhances organizational resilience against evolving cyber threats.