Exein Runtime for Embedded Cybersecurity

Core Differentiators

  • Embedded-First: Our solutions are designed specifically for embedded devices and their specific constraints (agent-based and agentless approaches).
  • High Performance: Built entirely in Rust, uses eBPF technology for minimal overhead, great portability and advanced safety.
  • End to End: Protect from dev-cycle (Analyzer) all the way to runtime (Runtime).
  • Easy to Adopt: Both Analyzer and Runtime allow seamless adoption with agentless solutions and upstream chipset integrations.
  • Edge AI: Proactive anomaly detection at the device level.

Extensive Features List

Runtime

  • Network Activity Monitor
  • Filesystem Activity Monitor
  • Process Activity Monitor
  • Edge AI Anomaly Detection
  • Advanced Threat Intelligence
  • Threat Detection and Response
  • Tasks Execution
  • Stack/Heap Monitoring
  • Core Dumps Tracking
  • Reset Analysis

Purpose : Continuous security observability and protection on the device-detect and block attacks in real-time.

Key Features

  • eBPF-Powered Observability: Fine-grained monitoring of filesystem, processes, and network calls.
  • Edge AI: Real-time anomaly detection for unknown threats.
  • Runtime Policy Enforcement: Block suspicious operations (file modifications, malicious network connections, etc.).
  • Advanced Threat Intelligence: Fleet-wide threat intelligence through Gen AI, analysis, and incident response.

Key Goals

  • Highlight proactive, in-kernel observability and blocking through eBPF
  • Emphasize AI-based anomaly detection for unknown threats
  • Show advanced threat intelligence capabilities
  • Demonstrate advanced security even in resource-constrained devices

Certifications and Compliance

Currently Compliant With:

  • EU Cyber Resilience Act (CRA)
  • EU Radio Equipment Directive (RED)
  • US Cyber Trust Mark
  • UK Code of Practice for Consumer IoT Security
  • ETSI EN 303 645
  • ISO 26262 (Functional Safety for Road Vehicles)

In Progress:

  • ISO 26262 Certification (Pending)