DeployR Enterprise + RecoveR

A unified, fully automated platform delivering standardized, scalable device provisioning and recovery across all operating systems and hardware environments

DeployR Enterprise

A core component of the 2Pint Software platform, DeployR Enterprise is a next-generation operating system deployment solution. It supports hybrid deployments in the cloud or on-premises (or both!) and it provides 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.

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Get started with DeployR Enterprise

Want to get DeployR Enterprise set up in your environment but not sure where to start? We've got lots of great resources for you:

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Core deployment model

Modern task sequence engine with PowerShell 7-based execution
Platform support

Windows, Linux, ChromeOS (cross-platform)
Hardware support

Cross-OEM platform — HP, Dell, Lenovo, Microsoft
Processor support

ARM and Intel
Deployment scenarios

Bare metal, in-place upgrade, refresh
Authoring experience

Web-based UI for sequence creation and management
Image handling

Supports custom and Microsoft images, dynamic download from Windows Update
Driver injection

Automatic download of OEM driver packs, easy import, or manual management of model-specific driver packages
App installation

Simple app install method during task sequence with support for Intune .intuneappwin packages and 3rd parties
Cloud integration

Native Windows Autopilot integration for provisioning handoff, support for Entra join
PXE support

PXE boot from network, cloud, USB, HTTP or HTTPS — centralized with 1 server, secure USB, Wi-Fi
Monitoring and troubleshooting

Real-time monitoring and remote troubleshooting via browser and debugger
Content distribution

Built-in peer-to-peer (BranchCache) by default, distributed caching leveraging MOM. Full content management available through the StifleR platform at additional cost.
Infrastructure requirements

Lightweight — cloud, on-premises, or hybrid flexible deployment
Extensibility

Extensible via scripts, templates, and community contributions

Getting started with DeployR: All you need to know

Before jumping onto the essentials for DeployR, we quickly highlight the starting point for those that haven't installed and configured it yet. The quick start guide will give you some of the highlights you need to get started, such as:

  • How to get access to the software
  • Self-help videos and guides for the pre-requisites and installation of DeployR
  • DeployR setup
  • Boot media options
  • Adding drivers and certificates
  • Creating a task sequence
  • Config editor settings
  • Security options
  • Logging

DeployR Enterprise core feature list

FeatureDeployR Enterprise
2Pint Software support
Community support
User initiated task sequence (LTI)
Built-in PXE capabilities
Peer-to-peer downloads for PXE boot images
USB support (offline media or boot media)
Manual driver management
Automatic OEM driver management
ARM64 support
Peer-to-peer from content source server
Multi OS platforms (Linux etc.)
Peer-to-peer for cloud content via MOM server(s)
Device recovery support
Real-time/historical analytics (Advanced)
User/technician driven installation menu management (UDI)
Push & sequence to device mapping
Role based access control
Device role/application role management
Self-updating USB media i.e. automatic data cache on USB/Disk
Scale out caching of content servers via MOM server(s)

DeployR Enterprise 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 next-generation 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.

Automatic OEM driver management

DeployR can automatically reach out to OEM sources at deployment time and pull down the appropriate driver pack for the target hardware, identifying the manufacturer and model and injecting drivers offline into the OS image before it ever boots — no administrator involvement required.

Organizations that want greater visibility and version control without the overhead of manual downloads can import OEM driver packs directly into the DeployR server. Specific driver packs from vendors like Dell, HP, Lenovo, Microsoft, and others can be pinned, protecting your deployments from unexpected changes while still leveraging OEM-sourced content. DeployR also supports fully manual driver pack management — simply point it at a folder of model-specific drivers, and DeployR will upload, tag, and automatically compress them into an optimized WIM file for efficient, single-file delivery during task sequences.