DeployR task sequence editor

DeployR

A core component of the 2Pint Software platform, DeployR is a truly modern operating system deployment solution. It can be deployed in the cloud or on your own servers (or both!) and comprises a leading-edge task sequence engine, web-based user interface for building sequences, peer-to-peer content sharing, and real time dashboards for monitoring and analysis of your deployments.

DeployR features

Windows 10 and 11 image deployment

DeployR can deploy Windows 10 and 11 images (either your own custom images or standard Microsoft ones, both x64 and ARM64 architectures), as well as Linux, ChromeOS and other operating systems. It can inject drivers (either that you provide and manage, or that are automatically downloaded from the OEMs) and install applications to fully provision the device.

Or if you prefer, it can hand off the process to Windows Autopilot so that it can take care of apps, scripts, and other configuration via Intune.

Flexible task sequencing

Using a web-based authoring environment, combined with a modern sequencing engine, you can easily customize the OS deployment process to add in anything that might be needed. This process will feel familiar to users of existing tools like MDT and ConfigMgr with support for conditional execution, nested sequences, error handling, and more.

Remote monitoring and troubleshooting

Leveraging the capabilities of the 2Pint Software platform, DeployR lets you easily see at a glance what sequences are currently executing, which have finished, which have failed, etc. Running into an issue? You can also connect remotely to the device and step through the sequence to troubleshoot.

Peer-to-peer content distribution

DeployR can automatically enable and use Microsoft’s BranchCache technology so that content is shared between devices. This enables scenarios with centralized servers (saving your switches and routers), or even cloud-based environments (saving your internet connection too), while still having great performance by pulling content from peers at full local network speeds.