Deployment

Where your AI runs. All private.

Every deployment mode we offer keeps your data out of consumer chatbots. No training on your prompts. No leaking to public models. The difference is where the hardware lives and who manages it.

Deployment modes

The four modes.

Option 01 — Full Control

On-premises

Open-weight models deployed on GPU servers inside your building. Data never leaves. You own the hardware, we configure and deploy.

  • Models — DeepSeek, Llama, Mistral, Qwen, GLM
  • Hardware — NVIDIA H100/H200/B200, AMD MI300X
  • Privacy — Complete. Fully offline (air-gapped) option available
Regulated, government, healthcare, defense
Option 02 — Hosted Dedicated

Private GPU cloud

Open-weight models running on dedicated GPU instances in a private cloud. The GPUs are yours alone — no sharing with other customers.

  • Models — Same open-weight catalog
  • Privacy — Dedicated instances, US-based infrastructure
  • Cost — Monthly operational. No hardware purchase
Enterprise, SMB with compliance needs
Option 03 — Frontier via API

Via API

Access the most capable models in the world through API endpoints we configure and secure. Or serve your own open-weight model through hosted endpoints.

  • Models — Claude, GPT, Gemini, Grok
  • Privacy — Contractual: under the enterprise agreements we configure, providers do not train on your data
  • Cost — Pay per token. Lowest barrier to entry
Frontier intelligence, rapid prototyping, variable workloads
Option 04 — Hybrid

The best of both

Most mature AI stacks end up hybrid: open-weight models on hardware you control for the regulated, high-volume work — frontier models via API for the hardest problems. One architecture, one audit trail, one team running both. Each request routes to the right model: sensitive data stays in-house, and you pay per token only for the exceptions.

Mixed workloads — regulated volume plus frontier-grade problems

Sovereign AI

Your AI, inside your borders.

Sovereign AI means your models, your data, and your operations stay inside a legal boundary you control — your building, your jurisdiction, your rules. No foreign cloud. No consumer chatbot. For utilities, banks, healthcare, and government, that isn't a preference — it's a requirement.

We build for it: on-premises deployment with a fully offline (air-gapped) option, US federal jurisdiction for regulated data, and a bilingual team serving Puerto Rico, the Caribbean, and Latin America. How we build it

YOUR JURISDICTIONYOUR DATAnever leaves the boundaryYOUR MODELSopen-weight, owned by youYOUR OPERATIONSrun by one accountable teamair-gapped optionno routeFOREIGNCLOUD

Privacy

Privacy across all modes.

ConcernOn-premHosted DedicatedVia APIHybrid
Data used to train public models?NoNoNo (enterprise terms)No
Data leaves your jurisdiction?NoNo (US-based infrastructure)No (enterprise terms)You choose, per workload
You control the model weights?YesYesNo (frontier) / Yes (open-weight served)Yes, for the open-weight side
Audit trail available?YesYesYesYes — one trail across both

Decision guide

How to choose.

On-premHosted DedicatedVia APIHybrid
Upfront costHigh (hardware purchase)NoneNoneVaries — start small
Ongoing costLow (power, maintenance)Medium (monthly)Variable (per token)Mixed — owned volume + per-token exceptions
ControlMaximumHighLow–MediumHigh
Intelligence ceilingOpen-weightOpen-weightFrontier (Claude, GPT, Gemini)Frontier, where you route to it
Best ifData must stay on-site, long-term high volumeYou want control without buying hardware, with predictable monthly spendYou need max intelligence, variable or low volumeMixed workloads: regulated volume plus frontier-grade problems

Many of our clients start with one mode and evolve. A bank might prototype via API, move to hosted dedicated for production, and eventually bring it on-prem. That evolution is the hybrid path — and we handle every transition.

Contact

Not sure which deployment fits?

We'll walk through your requirements — data sensitivity, budget, use case, timeline — and recommend the right architecture.

Find your deployment model