Oxide Computer Company Solutions for the Public Sector
The following solutions describe how Oxide's rack-scale cloud computer addresses high-priority use cases across federal civilian, DoD, intelligence community, and SLED customers. Each solution is delivered on the same hardware and software platform, acquired through standard federal vehicles including GSA via Carahsoft, SEWP, and Other Transaction Authority pathways.
Sovereign Cloud Infrastructure
Oxide enables federal civilian agencies, the Department of Defense, and intelligence community customers to operate cloud-grade infrastructure entirely under government control. Each Oxide rack is owned outright by the customer, runs disconnected or connected at the operator's discretion, and exposes no proprietary firmware or third-party hypervisor licensing dependencies. Software updates and security patches are delivered without subscription fees. Sovereignty is enforced as a property of the system rather than a contract clause, with verified provenance from silicon to control plane and US-based manufacturing in Rochester, Minnesota.
VMware and Legacy Hypervisor Replacement
As Broadcom-driven licensing changes accelerate VMware migrations across public sector data centers, Oxide provides a direct replacement path. The integrated Oxide hypervisor and control plane eliminate per-core licensing, ELA renewals, and the complex broker software stacks required to operate legacy virtualization at scale. Agencies migrating off VMware reduce three-year total cost of ownership by 40 to 60 percent in customer-modeled deployments while gaining a fully API-driven operational experience. Existing virtual machine workloads are supported on day one without re-architecture.
Public Cloud Repatriation
Workload repatriation from hyperscale providers is now a board-level priority across federal agencies and government enterprises facing budget overruns from metered cloud consumption. Oxide gives agencies the developer experience and elastic provisioning model of public cloud on infrastructure they own. There are no egress fees, no consumption surprises, and no shared-tenancy concerns. A standard rack runs production workloads within hours of arrival, and the same hardware and software stack supports connected, air-gapped, and classified deployments without modification.
AI and Machine Learning Compute
Oxide supports AI and machine learning training, fine-tuning, and inference workloads on infrastructure designed for the operational realities of public sector facilities. Air-cooled accelerators integrate into the same rack, control plane, and API used for general-purpose compute. Reimagined rack engineering delivers twice the compute density and twelve times the cooling power efficiency of traditional on-premises deployments, allowing agencies to recover floor space and reduce power demand while expanding AI capability. Multi-tenancy and isolation primitives ensure sensitive model weights and training data remain segregated within a single physical environment.
Zero Trust Compute Foundation
Oxide is engineered to satisfy zero trust mandates at the infrastructure layer. A purpose-built hardware root of trust validates firmware from the moment power is applied, every component is cryptographically attested before joining the fabric, and data is encrypted at rest and in transit by default. Boot is measured. Firmware is signed end to end by Oxide. The result is a verifiable trust chain that government operators can audit without depending on opaque vendor disclosures. NDAA, BAA, and TAA compliant, with full supply chain transparency from US manufacturing partners.