Serve open-weight models on your own GPUs.
Deploy Llama, Mistral, Qwen, and fine-tuned models to Kubernetes or dstack. They appear instantly as routing targets in Gateway — same API, same guardrails, zero external dependencies.
Proprietary model APIs create cost and compliance ceilings.
High-volume workloads on commercial APIs carry per-token costs that scale linearly. Sensitive industries cannot send certain data to external endpoints at all. Self-hosting has historically required a dedicated MLOps team and a fragmented toolchain for serving, routing, and monitoring.
Open-weight models served through one API, fully on your terms.
ManyLayers Deploy removes the MLOps ceiling. Models deploy from a curated library, register in Gateway automatically, and serve through the same OpenAI-compatible surface — with the same governance layer applied whether the request routes on-prem or to a cloud provider.
The full model-serving stack, not just inference.
Kubernetes & dstack
Helm chart for one-command Kubernetes deployment. Native dstack backend for cloud GPU orchestration with spot-instance cost optimisation across AWS, GCP, Azure, and more.
Curated Model Library
Browse and deploy Llama, Mistral, Qwen, Phi, Gemma, and other open-weight models directly from the admin UI. Model versioning and rollback included.
Fine-Tuning Jobs
LoRA and QLoRA fine-tuning on your proprietary datasets. GPU-scheduled job queue with progress tracking. Promote fine-tuned checkpoints to production with one click.
Unified API Surface
On-prem models served at the same OpenAI-compatible /v1/ endpoints as cloud providers. Fallback chains, budgets, and guardrails apply identically to self-hosted models.
Air-Gapped Operation
No outbound network calls required after initial image pull. License file activation without internet access. All inference, caching, and logs remain on-premises.
GPU Observability
Prometheus metrics for GPU utilisation, request throughput, and latency per model. Pre-built Grafana dashboards included. Structured log export to your existing stack.
From cluster to serving traffic in five steps.
1
Binary installs Gateway + model plane together
0
Outbound calls required in air-gapped mode
<1 hr
Typical cluster-to-serving deployment time