Sentrilite - EDR/XDR & Runtime Security for Kubernetes and Hybrid-Cloud

Sentrilite is a kernel-level EDR/XDR and runtime security platform built for teams running workloads on Kubernetes, public cloud, and hybrid-cloud infrastructure. By operating at the eBPF level, Sentrilite captures threat activity below the application and container boundary, where most security tools have no visibility. This means attacks that bypass signature-based detection, including zero-day exploits and newly disclosed CVEs, are caught based on behavior, not signatures, the moment they occur. Real-Time Threat Detection and Response for Cloud Infrastructure Modern cloud attacks move fast. By the time a CVE is disclosed, threat actors are already scanning for exposed instances. Sentrilite responds to newly disclosed CVEs instantly, because detection rules are behavior-based and can be written, tested, and deployed in seconds without restarting services or modifying infrastructure. Your security posture adapts as fast as the threat landscape does. Detection-as-Code with Automated Response Security rules in Sentrilite are defined in plain JSON, version-controlled, and fully customizable. Teams can write new detection logic for emerging threats, tune existing rules to reduce false positives, and automate response actions, all without touching application code or redeploying workloads. This gives security engineers the same workflow they use for application code, applied directly to threat detection. 300+ Pre-Built Detection Rules Sentrilite ships with over 300 pre-built detection rules covering the most critical threat categories out of the box, including suspicious process execution, anomalous network connections, sensitive file access, privilege escalation attempts, namespace escapes, and lateral movement patterns. Teams get immediate coverage from the first minute of deployment, with the ability to extend and customize from there. Zero-Day Threat Defense Because Sentrilite detects based on kernel-level behavior rather than known signatures, it provides protection against zero-day threats that no signature database has seen yet. When a new CVE drops, teams can write a targeted behavioral rule and push it instantly across their entire fleet, without waiting for a vendor patch cycle or rule update. Unified Real-Time Dashboard Sentrilite provides a single pane of glass for monitoring and securing Linux servers across cloud, on-premises, and hybrid environments. Security teams get real-time visibility into alerts, process activity, network connections, and system call patterns across every node in their infrastructure, without switching between tools or correlating data from multiple sources. Centralized Alert Storage and Forensic Analysis All security alerts are aggregated and retained in a centralized database, giving teams the historical depth needed for forensic investigation, compliance reporting, and long-term trend analysis. When an incident occurs, the full chain of events is available immediately, with timestamps, process context, triggered rules, and attribution details. AI-Powered Incident Insights Sentrilite automatically summarizes security incidents, surfaces risk trends across your infrastructure, and delivers actionable remediation recommendations. Instead of raw alert feeds that require manual triage, teams receive clear, prioritized guidance on what happened, what is at risk, and what to do next. One-Click Audit-Ready Runtime Security Reports With a single click, Sentrilite generates comprehensive PDF reports covering Runtime Security events across your entire infrastructure. Each report includes full attribution, contextual details, triggered detection rules, and remediation steps, making them ready for security reviews, compliance audits, and executive briefings without additional formatting or manual compilation. Deployment and Compatibility Sentrilite deploys in under five minutes with a single Docker command or Helm chart. It requires no application code changes, no sidecars, no cloud billing API credentials, and no manual tagging. It runs on AWS EC2, EKS, GKE, AKS, bare metal, virtual machines, and hybrid on-premises workloads, making it suitable for any Linux-based infrastructure regardless of where it runs.