Microsoft Loop Organizational Deployment
Administrative Architecture
The Administrative Architecture of Loop
Managing Microsoft Loop effectively requires understanding its technical underpinnings. Unlike some apps with a single admin console, Loop's administrative controls are distributed. The key is knowing that where a piece of Loop content is stored dictates how you manage it. Your control strategy will depend on whether you're dealing with a component in a chat, a collaborative workspace, or the app itself.
Where Loop Content Lives
Loop content isn't stored in one monolithic database. Instead, it lives within your existing Microsoft 365 storage infrastructure, which gives it familiar security and compliance capabilities. There are three primary locations:
- OneDrive for Business: When a user creates a Loop component in a private context, like a one-on-one Teams chat, an email, or a Word document, the corresponding
.loopfile is created in a special folder within their own OneDrive.- SharePoint: Components created in shared spaces, such as a Teams channel, are stored in the SharePoint site that backs that channel.
- SharePoint Embedded: The full Loop workspaces, with their pages and component collections, are built on a different foundation. They use [{
}] storage, which is provisioned within your tenant but managed separately from your standard SharePoint sites.
This distributed storage model is the reason administration isn't centralized. Policies that govern OneDrive and SharePoint apply to Loop components stored there, but managing the creation and behavior of the Loop workspaces themselves requires a different set of tools.
The Two Levers of Control
Because of the storage architecture, you have two primary toolsets for governing Loop. Using both is essential for comprehensive management.
First is the Microsoft 365 Apps Admin Center, which uses Cloud Policy. This is your tool for controlling the user-facing Loop experiences across Microsoft 365. For example, you can use policies here to disable the creation of Loop components in Outlook or Word without affecting the main Loop app itself.
Second is SharePoint PowerShell. This is the more powerful, backend tool used to manage the containers for Loop workspaces. If you want to control who can create new Loop workspaces, or to see all workspaces that exist in your tenant, you'll use PowerShell cmdlets. This is because Loop workspaces are built on SharePoint Embedded, and PowerShell is how you interact with that service.
| Tool | Scope of Control | Common Use Cases |
|---|---|---|
| M365 Apps Admin Center (Cloud Policy) | User experiences for Loop components | Enable/disable Loop in Outlook, Teams, Word, etc. |
| SharePoint PowerShell | Loop workspace containers | Prevent new workspace creation; Audit existing workspaces. |
Deployment and Access Requirements
Before your organization can use Loop, several requirements must be met. First, users need appropriate licensing. Loop is available to users with Microsoft 365 Business Standard, E3, or E5 licenses, among others. You can verify and manage this through the '' service plan within each user's license details in Microsoft Entra ID. If this plan is disabled, the user will not be able to access Loop functionality.
From a networking perspective, Loop relies on WebSockets for its real-time synchronization. Your network firewalls and proxies must allow WebSocket traffic to the service endpoints, primarily *.svc.ms. If this traffic is blocked, users will experience significant issues with collaboration, as changes won't sync between participants.
To ensure a seamless experience, Microsoft 365 administrators should:
Properly configuring these storage, policy, and network layers is the foundation of a well-managed Microsoft Loop deployment. By understanding how the pieces fit together, you can create a collaboration environment that is both powerful for users and controllable for administrators.