Your GPU fleet,
scheduled and served.
Serve inference across a multi-backend fleet — hosted providers and your own GPUs — and run training and fine-tuning workloads on infrastructure you control.
GPUs are stranded or overpriced
Renting frontier APIs is expensive and sends your data off-site; self-hosting is hard to schedule and scale. Most teams end up locked into one and paying for the trade-off.
What this layer gives you.
Self-hosted serving
Serve open models on your own GPUs with SGLang and vLLM — tensor-parallel, prefix caching, and tuned KV-cache.
Multi-backend fleet
Blend self-hosted models with hosted providers behind the gateway; route by cost, capability, or data residency.
Elastic scheduling
Workloads scheduled across Kubernetes, with warm pools kept ready for instant assignment.
Train on your accelerators
Bring fine-tuning and training jobs to your own GPUs — no data or weights leave your perimeter.
- 1Connect your acceleratorsOn-prem, VPC, or cloud GPUs — including RTX PRO 6000-class hardware.
- 2Deploy modelsStand up self-hosted open models or point at hosted providers, all behind one gateway.
- 3Scale on demandWarm router pools and autoscaling keep latency low without idle spend.
Raw compute, in your perimeter
Your GPUs, your data, your weights.
One integrated stack, GPU to Agent. This layer, in context.
- Serving
- SGLang · vLLM
- GPUs
- on-prem · VPC · cloud
- Scheduling
- Kubernetes + warm pools
- Models
- open + hosted
