Distributed compute. Available when you need it.
The Elysium Public Compute Plane provides on-demand access to distributed compute resources orchestrated through eDOS™.
Built for developers, AI teams, startups, and organizations that need flexible compute capacity, the Public Compute Plane connects workloads to eligible resources across the Elysium network without requiring customers to deploy or manage their own Private Compute Plane.
Submit a supported workload through the Elysium Compute Gateway or platform. eDOS™ evaluates workload requirements, available capacity, runtime compatibility, and network policy to coordinate execution across eligible compute resources.
Bring the workload. eDOS™ coordinates the compute.
Compute capacity doesn't have to live in one building.
Traditional cloud infrastructure centralizes compute inside large data centers. The Elysium Public Compute Plane takes a distributed approach — eligible compute resources can participate in the network and contribute available capacity to a shared compute environment.
Distributed Compute Resources
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Elysium Node Network
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eDOS™
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Public Compute Plane
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Elysium Compute Gateway
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Applications & WorkloadseDOS™ provides the orchestration layer responsible for coordinating participating resources and supported workloads across the network.
Distributed resources. One coordinated compute plane.
Submit workloads without managing a node fleet.
Public Compute customers do not need to discover enterprise devices, deploy Node Services across Active Directory, or manage thousands of compute endpoints.
Elysium manages the compute plane. Customers interact with the platform through supported compute interfaces.
Match workloads to the best eligible resources available.
eDOS™ Smart Compute evaluates the operating conditions and capabilities of eligible resources when coordinating workload placement.
Intelligent placement across a compute network that is always changing.
When lower-utilization resources are available, Smart Compute can prefer them. When the network is operating under higher demand, eDOS™ can evaluate the best available eligible resources while continuing to enforce required security and execution policy.
Built for parallel and distributed workloads.
Distributed compute requires continuous trust signals.
Elysium uses node trust, workload policy, and execution verification signals to help determine which resources are eligible to participate in supported workload execution. The Elysium Security Trust Center can evaluate signals including:
Nodes that do not meet required policy can be deprioritized, restricted, or quarantined from new workload execution. Depending on the workload's verification policy, execution may also require additional verification or replication controls.
Distributed infrastructure should not depend on blind trust.
Security policy follows the workload.
Public Compute Plane workloads enter through an authenticated and policy-aware infrastructure boundary.
Turn available device capacity into network resources.
Supported devices can participate in the Elysium Public Compute Plane through the Elysium Node Service or supported node software. Participating resources can report available compute capacity and operating conditions to eDOS™.
Depending on Elysium's active provider program and reward model, node providers may be eligible to receive compensation or network rewards for successfully completed compute work.
Public Compute Plane vs Private Compute Plane
Two ways to run workloads on eDOS™ — pick the compute boundary that matches your organization.
| Public Compute Plane | Private Compute Plane | |
|---|---|---|
| Infrastructure | Elysium distributed network | Organization-controlled resources |
| Node Fleet | Shared eligible compute | Dedicated enterprise fleet |
| Deployment | No enterprise fleet deployment required | Node Service deployed to approved devices |
| Access | Elysium Compute Gateway | Private ECG / approved gateway |
| Orchestration | eDOS™ | eDOS™ |
| Compute Boundary | Public network policy | Organization-defined plane |
| Enterprise Discovery | Not required | Supported |
| Custom Policies | Platform/workload policy | Organization and plane policies |
| Sovereign Control | No | Designed for sovereign boundaries |
| Best For | Flexible distributed compute | Enterprise and controlled infrastructure |