Confluera combines behavioral analytics and ML powered anomaly detections to detect a broad spectrum of suspicious host and network behaviors in real time. What makes it special is the noise reduction and low false positives to intercept threats ‘that matter’ , thanks to the continuous attack graph approach.
Built from the ground up to protect container workloads and their unique attack surface with comprehensive coverage across all MITRE ATT&CK tactics, including container escapes, unsecured credentials and lateral movements. Confluera continuously gathers OS, network, and application events, and applies a combination of behavioral detections and ML-powered anomaly detections to provide superior container protection with low performance overheads.
Stop triaging detections one by one. Confluera stitches the full context of container, host, and network activity and detections into real-time storyboards, enabling comprehensive but quick analysis. You'll see the entire history of activity before and after any detection, across any number of containers or hosts, across any amount of time.
Confluera’s Continuous Attack Graph technology uses a fundamentally new approach to threat monitoring. The SecOps team is alerted only when a combination of IOCs and weak signals form a cohesive chain of events indicating malicious intent. This drastically reduces the need for triaging individual detections or alerts. SecOps teams only need to analyze a small set of curated threat storyboards that are risk prioritized, to have full context, and tell a meaningful story.
Confluera distills rich event telemetry from containers and hosts into key actionable insights and security KPIs that span a wide range of use cases, including runtime behavior, user session tracking, lateral movements, privileged activity, north-south network activity, and manipulation of mission-critical assets.
Confluera enables rapid incident response with auto-generated recommendations and surgical response capabilities rather than disruptive big hammer approaches. You can now drive precise remediation actions at file, process, or network level on both containers and the host OS.