Instance
genome-worker-a
synapse.tf
network_interfaces = {
subnet_id = subnet.synapse.id
vpc_id = vpc.quad.id
name = "nic0"

Accelerate discovery on cloud infrastructure you can own

High-performance compute with the transparency, control, and reliability research teams need.

Make faster progress with fast, automated infrastructure

Research teams need compute that scales as they explore more questions, experiments, and findings. They can't afford to navigate long procurement cycles or inelastic infrastructure that's difficult to troubleshoot.

Traditional on-prem infrastructure lacks modern velocity and requires great operational overhead, while the public cloud introduces unpredictable costs, inflated egress fees, and reproducibility challenges.

Oxide gives research facilities the best of both worlds: the speed and automation of cloud, delivered as a fully integrated, rack-scale system that you own on your premises.

High-throughput performance

Ideal for simulations, pipelines, analytics, and iterative scientific workloads.

Deterministic behavior

Full isolation and multitenancy, meaning no noisy neighbors or fluctuating instance performance.

Predictable economics

Run massive workloads without unpredictable metering, egress costs, or subscription licensing.

Unified control plane

All resources and their APIs are managed through a single control plane, streamlining operations.

Purpose-built to drive scientific innovation through on-prem cloud

Genomics and bioinformatics

Accelerate alignment, variant calling, and downstream analysis on reliable compute. Ideal for WGS/WES pipelines, RNA sequencing, metagenomics, and mixed workloads that require high memory and throughput.

Molecular modeling and computational chemistry

Run compute-intensive modeling, docking, scoring, and molecular dynamics workloads with high memory bandwidth and fast node-to-node communication.

Simulation and scientific computing

Ideal for physics, climate, biomechanics, epidemiology, or agent-based simulations that rely on iterative, high-throughput computation.

Large-scale batch and workflow orchestration

Data cleaning, preprocessing, ETL, and end-to-end workflow execution benefit from Oxide's fast storage and compute.

Clinical and research analytics

Serve results to clinicians quickly with first-class APIs and stable performance, without putting sensitive datasets in the public cloud.

AI / machine learning

Use the same programmable infrastructure for AI and ML workloads as the rest of your research stack. Quick spin up and tear down through a unified API.

Teams pioneering advanced platforms need the agility of cloud architecture, without the egress fees, unpredictability, and performance noise of the public cloud.

Close-up of laboratory equipment

Hardware-backed security

Built for teams that need not only speed, but observation, traceability, and transparency

Multi-tenant isolation

Baked-in resource partitioning between teams, research groups, or regions.

Complete transparency

No black-box layers, third-party firmware, or hidden services in the stack.

Built for observability

Metrics, telemetry, logs, and tracing from silicon to API.

Modernize your infrastructure
Get cloud-native performance