For the complete documentation index, see llms.txt. This page is also available as Markdown.

Deploy the EDR

Basic rules for deployment

Here are the key points to keep in mind for a smooth and trouble-free deployment of Stoïk MDR:

  1. No restart required. Neither your servers nor user workstations need to be restarted. EDR deployment is simple and requires no service interruption.

  2. Uninstall any existing antivirus software before deployment. To avoid conflicts between EDR and any existing antivirus software, we recommend uninstalling any antivirus or similar solutions before installation.

  3. Immediate internet connection not required. Endpoints can be installed offline, but will need to connect to the internet later to fully activate the EDR.

    • If deploying via MDM or GPO, add ProvNoWait=1 to the install command: WindowsSensor.exe /install /quiet /norestart CID=<customer_ID> ProvNoWait=1

Two ways to deploy

You can deploy Stoïk MDR (EDR) in two ways:

  1. From the Stoïk Protect app (recommended). Available environments depend on the provider:

    • CrowdStrike: Windows, macOS, Linux, ChromeOS, Virtual environments, and Mobile

    • SentinelOne: Windows, macOS, Linux On the screenshot below you can see the view if your provider is CrowdStrike :

  2. From the Helpcenter documentation. Follow the guide for your EDR and operating system:

Supported environments

Stoïk MDR is designed for IT workstations and servers only. It cannot be installed on industrial or embedded hardware. If you are unsure whether your equipment is compatible, contact us at protect@stoik.io.

The following hardware is supported:

  • Standard x86_64 (Intel / AMD) or server-grade ARM64 workstations and servers

  • Windows, macOS, Linux with standard vendor kernels (Debian, Ubuntu, RHEL, etc.)

For detailed system requirements, refer to your vendor's documentation.

The following hardware is not supported:

  • OT / IoT devices: industrial gateways, PLCs, SCADA controllers

  • Embedded systems: hardware from Compulab, Advantech, Moxa, Wago, Siemens Industrial, etc.

  • Custom or stripped-down kernels: missing standard modules such as CONFIG_DMI_SYSFS

  • Low-resource embedded SoCs: Cortex-A53, i.MX8, and similar processors with limited RAM / storage

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