ThreatMapper hunts for threats in production platforms, ranking them by exploit risk. It identifies vulnerable components, exposed secrets, and deviations from security benchmarks by using agent-based and agentless monitoring. The platform's ThreatGraph visualization helps prioritize remediation efforts.
ThreatMapper provides comprehensive coverage across cloud, Kubernetes, serverless, and on-prem platforms. Its ThreatGraph visualization facilitates prioritized threat analysis. The platform supports both agent-based and agentless detection methods, offering flexibility in deployment. It integrates with existing security workflows and provides detailed reporting.
- Agentless Cloud Scanner: Collects configuration data and identifies compliance deviations from cloud providers' APIs.
- Agent-based Sensors: Deployed on Kubernetes, Docker, ECS, Fargate, and bare-metal hosts for comprehensive runtime monitoring.
- ThreatGraph Visualization: Provides a graphical representation of attack paths and prioritizes threats based on risk.
- Automated Configuration: Utilizes Terraform modules for simplified deployment of the Management Console and Cloud Scanner tasks.
- Comprehensive Reporting: Offers detailed reports on vulnerabilities, misconfigurations, and attack paths.
- Extensible Architecture: Designed for integration with existing security tools and workflows.
- Role-Based Access Control: Securely manages user access and permissions within the platform.
ThreatMapper is an active project with regular releases and community support. The documentation is detailed and actively maintained. Recent commits indicate ongoing development and feature enhancements. The presence of a Slack community and active GitHub issue tracker suggests a strong and engaged user base.
ThreatMapper benefits security teams by providing visibility into cloud-native environments, enabling proactive threat detection, and facilitating prioritized remediation. It is valuable for organizations seeking to improve their cloud security posture and confidently manage risks across diverse infrastructure types. It provides a comprehensive alternative to manual vulnerability assessments and limited security tools.