Managing a growing device fleet can become difficult when teams need reliable and secure remote access to machines across different locations. Traditional remote-access solutions may require third-party infrastructure, separate clients, or complex network configurations.
Self-hosted remote access provides another approach: organizations can run key infrastructure on their own servers while maintaining centralized control over users, devices, sessions, and permissions.
Ollalink is built specifically for this use case, providing self-hosted remote access and fleet control for teams that want to manage their own infrastructure. Its control plane manages the fleet while signaling servers and relays can run on infrastructure owned by the organization.
What Is Self-Hosted Remote Access?
Self-hosted remote access allows an organization to remotely connect to computers while keeping the underlying access infrastructure under its own control.
A simplified architecture looks like this:
Administrator
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v
Ollalink Control Plane
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v
Self-Hosted Signaling & Relays
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v
Device Fleet
This approach is useful for companies managing development machines, office computers, test systems, infrastructure servers, or distributed endpoints.
Ollalink supports Windows and macOS hosts. A host agent registers the machine with the signaling server, after which the device becomes available in the fleet console.
Browser-Based Remote Device Management
One of the main advantages of Ollalink is browser-based remote control.
Instead of requiring an operator to install a separate remote-access client, an authorized user can sign in to the dashboard, find a device, and connect from a browser. Ollalink uses WebRTC for video streaming and supports keyboard and mouse interaction.
The workflow is simple:
Sign in
↓
Select workspace
↓
Find device
↓
Click Connect
↓
Control device from browser
For IT teams, this creates a centralized remote device management workflow instead of maintaining connection details separately for every machine.
Manage the Entire Device Fleet from One Console
As the number of machines increases, knowing which devices are online becomes just as important as connecting to them.
Ollalink provides a fleet console where teams can view device information such as operating system, online status, and last-seen information. Devices can also be grouped by workspace and searched from the console.
For example:
Engineering
├── Windows development PCs
└── macOS development Macs
Operations
├── Production machines
└── Infrastructure devices
Support
└── Support workstations
This structure makes device fleet management easier to organize as an environment grows.
Use Self-Hosted Signaling and Relays
A key part of Ollalink's architecture is self-hosted signaling.
Organizations can run the signaling server and relays on their own infrastructure. Ollalink states that remote sessions therefore do not need to pass through a vendor's cloud infrastructure.
This can be particularly useful for organizations that want greater control over their remote-access infrastructure and data flow.
The infrastructure can be deployed according to the organization's existing hosting, networking, and security requirements.
Secure Access with Workspaces and RBAC
Secure remote access is not only about how a session is transmitted. Teams also need to control who can access each device.
Ollalink provides workspaces and role-based access control (RBAC). Administrators can invite team members, assign roles, and scope access by workspace. Actions are audited as well.
A company can therefore separate access between development, operations, and support teams instead of giving every administrator unrestricted access to the entire device fleet.
This supports a least-privilege approach to remote device management.
Monitor Remote Sessions and Usage
Managing a fleet also requires visibility into resource consumption.
Ollalink provides usage metering for session minutes and active devices at the workspace level. Organizations can use this information for monitoring or connect usage data to internal billing systems.
Auditing is also important when multiple administrators have remote access. Organizations should regularly review access activity and remove permissions that are no longer required.
Automate Device Management with an API
Large fleets often need automation rather than manual administration.
Ollalink provides an API that can be used to list devices, broker connections, rotate secrets, and meter usage. It also supports workspace-scoped API keys and webhooks for live events.
This makes it possible to integrate remote access and device fleet management with existing internal tools.
For example:
Internal IT Dashboard
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Ollalink API
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Devices Sessions
Automation can reduce repetitive administrative work and make fleet operations more consistent.
Security Checklist for Self-Hosted Remote Access
Before deploying a self-hosted remote access environment, teams should:
- Use individual user accounts.
- Apply RBAC and least-privilege access.
- Protect API keys and rotate secrets.
- Keep signaling and relay infrastructure updated.
- Separate production and development workspaces.
- Review audit activity regularly.
- Monitor active devices and sessions.
- Remove access for decommissioned devices.
- Secure the infrastructure hosting signaling and relays.
Conclusion
Building secure self-hosted remote access for a device fleet requires more than simply connecting to computers remotely. Organizations need centralized device management, controlled permissions, secure connectivity, auditing, and operational visibility.
Ollalink brings these capabilities together through browser-based remote control, WebRTC, self-hosted signaling and relays, fleet management, RBAC, usage metering, and an API.
For teams that want to manage remote devices while maintaining control over their own infrastructure, Ollalink provides a practical foundation for secure remote access and device fleet management.
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