Deepfence ThreatMapper review
A self-hosted open-source platform for visualizing runtime risk across cloud-native environments.
Reviewed by iTechGuides Editors · Editorial team · Updated Oct 2026
Deepfence ThreatMapper is an open-source cloud-native application protection platform for security and DevOps teams. It discovers production workloads and infrastructure across containers, Kubernetes, cloud, serverless, and on-premises environments. The platform scans running workloads, container registries, and CI/CD image builds; generates runtime SBOMs; detects exposed secrets; checks cloud, host, and Kubernetes compliance; and ranks findings by risk of exploit. Its web management console is supported on Linux and provides API access, while the deployment model is self-hosted.
ThreatMapper’s strongest differentiator is the breadth of its security observability workflow. Teams can connect discovery with runtime vulnerability scanning, registry scanning, image-build scanning, SBOM generation, compliance checks, and ThreatGraph visualization. Risk-of-exploit ranking helps organize findings around potential impact rather than presenting vulnerabilities as an undifferentiated list. Integrations with CircleCI, Jenkins, GitLab, Slack, PagerDuty, Jira, Splunk, ELK, Sumo Logic, AWS S3, and Terraform extend the platform into development, notification, SIEM, ticketing, cloud, and infrastructure workflows. This makes it a fit for open-source teams that need visibility across both production and delivery environments.
The main operational consideration is deployment responsibility. The management console runs as containers on Docker or Kubernetes, while sensor agents and cloud-scanner tasks collect workload and infrastructure data. That architecture suits teams prepared to operate a self-hosted security platform, but it is less suitable for buyers seeking a managed service with minimal platform administration. ThreatMapper should be considered by organizations prioritizing open-source access, runtime risk visualization, and broad scanning coverage. Teams that specifically require admission control should choose a product designed for that requirement instead.
Deepfence ThreatMapper pros and cons
- Where it wins
- Discovers production workloads and infrastructure across diverse environments
- Combines runtime, registry, CI/CD, SBOM, secret, and compliance scanning
- ThreatGraph ranks exploit risk and connects notifications, SIEM, and ticketing tools
- Where it doesn't
- Self-hosted deployment requires Docker or Kubernetes management
- Sensor agents and cloud-scanner tasks are part of the collection architecture
- Teams requiring admission control should consider an alternative
Deepfence ThreatMapper fact sheet, pricing and score →
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