Intruder is a comprehensive exposure management platform designed to provide continuous security visibility for modern IT environments. It combines vulnerability management, attack surface monitoring, and cloud security posture management into a single interface, enabling security teams to identify and remediate weaknesses before they are exploited by attackers.
For offensive security practitioners, Intruder serves as a continuous reconnaissance and scanning engine. It automates the discovery of shadow IT and exposed assets, performing deep scans for over 140,000 vulnerabilities. The platform includes specific modules for web applications (DAST) and APIs, ensuring broad coverage of a target's digital footprint. Its integration of AI-driven analysis helps prioritize findings based on real-world risk, streamlining the triage process for pentesters and internal security teams.
Key Features
- Automated Attack Surface Monitoring for real-time discovery of newly exposed assets and shadow IT.
- Continuous Vulnerability Management with prioritized remediation and emerging threat detection.
- Cloud Security Posture Management (CSPM) for automated configuration checks across AWS, Azure, and Google Cloud.
- DAST and API scanning to identify application-layer flaws such as SQLi, XSS, and authentication weaknesses.
- AI-powered security analysis (GregAI) to assist in interpreting scan results and prioritizing critical risks.
- Extensive integration ecosystem supporting tools like Jira, Slack, Drata, and GitHub for automated workflows.
Use Cases
- Continuous Reconnaissance: Tracking changes in the external attack surface and identifying newly opened ports or subdomains.
- Automated Vulnerability Assessments: Maintaining an always-on scanning schedule to catch critical vulnerabilities like Log4j or zero-days immediately.
- Compliance Support: Leveraging reporting modules to meet vulnerability scanning requirements for SOC 2, ISO 27001, and HIPAA.
- Cloud Governance: Monitoring multi-cloud environments for security misconfigurations and unauthorized service exposure.
