Package: endura-sensor
Version: 1.0.107-1
Architecture: amd64
Maintainer: Infrared Security, LLC.
Installed-Size: 30409
Filename: ./endura-sensor_1.0.107-1_amd64.deb
Size: 4461616
MD5sum: ad6a27ae48c720cfb8e3b36e8b70de0e
SHA1: c037fca99c36914e98b948705bafc7d0fbf2d866
SHA256: bafbc6230ff31ea6f18f22f768d2f339798060bcd36536ce93d23b26919964e7
Section: Development
Priority: optional
Description: endura sensor
 # Endura Runtime Sensor
 .
 The Endura Runtime Sensor provides kernel-level runtime monitoring and policy
 enforcement for Linux workloads. It observes security-relevant operations with
 eBPF, evaluates Endura policies before operations complete, and reports
 activity
 and violations to Endura Team Server when centralized management is configured.
 .
 ## Capabilities
 .
 | Area | Examples |
 |------|----------|
 | File access | Execution, reads, writes, creation, deletion, mounts |
 | Networking | IP, Unix, packet, raw, netlink, and vsock operations |
 | Process control | Signals, scheduling, resource limits, tracing |
 | Kernel and memory | eBPF, kernel modules, IOCTL, executable memory |
 | Containers | Image execution and container-runtime socket access |
 .
 ## Documentation
 .
 The [official Runtime Sensor
 documentation](https://docs.endurasecurity.com/runtime-sensor/)
 is the source of truth for installation, deployment, configuration, operation,
 updates, and troubleshooting.
 .
 ### Deployment Options
 .
 | Method | Use it for |
 |--------|------------|
 | [Native package](https://docs.endurasecurity.com/runtime-sensor/deployment/)
 | Persistent Linux hosts and CI/CD runners |
 | [Docker](https://docs.endurasecurity.com/runtime-sensor/deployment/docker/) |
 Hosts managed with Docker |
 | [Podman](https://docs.endurasecurity.com/runtime-sensor/deployment/podman/) |
 Hosts managed with Podman |
 |
 [Kubernetes](https://docs.endurasecurity.com/runtime-sensor/deployment/kubernetes/)
 | One Runtime Sensor per cluster node through a DaemonSet |
 .
 ## Repository Validation
 .
 The repository's automated validation includes Rust tests, host-level system
 tests, Kubernetes tests, eBPF compatibility checks, and build-tooling tests.
 Contributors use these `mise` task entry points:
 .
 - `mise run check` for formatting and static analysis
 - `mise run test` for the Rust test suite
 - `mise run test:tooling` for isolated build-tooling regressions
 - `mise run test:system [suite]` for host-level runtime behavior
 - `mise run test:k8s [suite]` for Kubernetes deployment behavior
 - `mise run test:ebpf` for eBPF compatibility
 .
 Runtime test suites require a supported Linux environment, elevated privileges,
 and authorized Endura test credentials.
 .
 ## Support
 .
 - Review the [Runtime Sensor
 documentation](https://docs.endurasecurity.com/runtime-sensor/)
   for product guidance.
 - Visit [Endura Security](https://endurasecurity.com) for product information.
 - Use the [Endura contact page](https://endurasecurity.com/contact) for
   onboarding and support requests.
 .
 ## License
 .
 Copyright Endura Security. All rights reserved.