Sovereign Compute
Execute across infrastructure the customer controls.
Run the work on infrastructure that meets the mission.
Use your established solvers and compute estate with a single control plane for placement, policy and availability—whether the programme runs in cloud, on-premises or offline.

Elidyne does not ask you to migrate to run. Placement, entitlement and data residency are resolved per workload, across the environments your programme is allowed to use.
Execute across infrastructure the customer controls.
Place jobs based on capability, policy and availability.
Native, commercial, open-source and customer-owned solvers.
Connect existing engineering codes and workflows.
Operate within restricted engineering environments.
Before a job is submitted, the platform resolves where it is permitted to run: data classification, licence entitlement, hardware capability, cost envelope and current availability all narrow the target before anything is scheduled.
Commercial, open-source, in-house and Elidyne-native solvers run side by side under the same orchestration. Bring your own container, your own scheduler integration and your own decades-old code that nobody is going to rewrite.
The same governed workflows run inside restricted and air-gapped environments. Models, policies and evidence stay within the boundary, and updates move through a controlled, reviewable channel.
On-prem clusters, reserved cloud and burst capacity are visible to one scheduler, so idle capability stops being invisible.
A job that cannot legally run somewhere never lands there—the constraint is applied at placement, not discovered in an audit.
Connected, private and air-gapped deployments run identical workflows, so a restricted programme is not a second-class one.
Managed private, customer infrastructure and fully air-gapped—one platform across all of them.
A single place to see placement, policy, entitlement and spend across the estate.
Existing solvers, containers and job scripts are wrapped rather than replaced.
Illustrative platform targets. Actual outcomes vary by workflow, model and deployment environment.
Written for infrastructure, security and HPC teams rather than for a brochure.
Cloud, on-prem, partner capacity, licence constraints, classification boundaries—bring the messy version. That is the one we design against.