For regulated and IP-sensitive teams

Sovereign AI: private LLMs and computer vision on your infrastructure

If your data can't go to a public AI API, the AI has to come to your data. We build custom language and vision models, then deploy them air-gapped on your servers, inside your private cloud, or on edge devices. You own the models, and your data stays where it is.

  • Models you own outright
  • Data stays on your servers
  • NDA before we see any data

Deployment options

Run AI where your data already lives

The right option depends on your regulations, latency needs and who will operate the system. Many teams mix them, for example training in a private cloud and running inference on-premises or at the edge.

Air-gapped on-premises

Models run on servers inside your facility with no internet connection. Nothing is sent to a third-party API, and inference keeps working when the outside network is unavailable.

Good fit: Regulated data, secure facilities, hospitals

Private VPC

We deploy into your own AWS, GCP or Azure account. Your cloud team keeps control of networking, identity and keys; the model endpoints are never exposed publicly.

Good fit: Teams already standardized on one cloud

Managed private cloud

A dedicated, isolated environment that we operate for you, including monitoring, drift detection and retraining through our managed services team.

Good fit: Teams without in-house MLOps capacity

Edge devices

Computer vision models optimized with TensorRT for NVIDIA Jetson Orin and Xavier NX, built for offline-first operation, with secure over-the-air model updates.

Good fit: Cameras, factory lines, remote sites

Weighing the trade-offs? Read our guides on on-premises vs cloud computer vision deployment and edge AI vs cloud AI for computer vision.

What you keep

Your models, your data, your control

Models you own outright

We build custom models that you own, not a seat license to our platform. No recurring per-seat SaaS fees, and competitors never get access to your workflow.

Data that never leaves your servers

When a model is deployed locally, it has no reliance on third-party services, so your data never leaves your own infrastructure.

NDA before the first data share

We sign non-disclosure agreements with all of our clients, and we can do it before the scoping call if you need it.

No training on your data without permission

Your documents, images and logs are used only for your project. We don't use them to train anything else unless you explicitly agree.

Your security team will have questions. Our security, data handling and IP page covers NDAs, IP ownership, code and model handover, and the subprocessors this website uses.

Book a private AI assessment

Proof

Private AI we have already shipped

Case study · Atacana

PharmaBrain: a fully offline LLM over proprietary medical news

The constraint. Atacana needed a chatbot that could answer complex questions over thousands of proprietary medical news reports and drug discovery updates added every day. Cloud-based LLMs were not an option because of confidentiality requirements, so the system had to run completely offline on local servers.

What we built. A retrieval-augmented generation (RAG) system on a Mixtral 8x7B model with 8-bit quantization, which reduced the memory footprint and processing time. LangChain orchestrates retrieval from a vector database that ingests the new reports daily.

The result. Cited answers in 5 to 7 seconds on local hardware, with zero data exposure to the public internet.

“[Because of AxcelerateAI we] experienced favourable results in both precision and recall metrics, along with improved response times of the [LLM-based] system.”
Abdigani Diriye, Head of ML, Atacana
Read the full PharmaBrain case study

Edge deployment

Computer vision that runs without the cloud

  • YOLO detection and segmentation models optimized with TensorRT on NVIDIA Jetson Orin, including up to 8 HD video streams on a single device.
  • Air-gapped deployments for hospitals and secure facilities, where sensitive data never leaves the firewall.
  • Offline-first design, so systems keep running through network outages, with secure over-the-air model updates.

How an engagement works

From assessment to a system your team can run

  1. Phase 1

    AI feasibility and ROI alignment

    We review your data sources, security constraints and the workflow you want to automate, then agree on target metrics and what “good enough” means.

  2. Phase 2

    Data pipeline and deployment architecture

    We design the ingestion flow, model serving and network boundaries for your chosen environment: air-gapped servers, your VPC, a managed private cloud or edge devices.

  3. Phase 3

    Model selection, training and integration

    We pick and fine-tune open models that fit your hardware, quantize where needed, and connect them to your document stores, cameras or internal systems.

  4. Phase 4

    Accuracy benchmarking and security testing

    We measure the system against your own benchmark data and test the private endpoints before anything reaches production.

  5. Phase 5

    Deployment and launch

    We deploy into your environment and hand over the code, model artifacts and runbooks your team needs to operate it.

  6. Phase 6

    Drift monitoring and retraining

    After launch, we can monitor performance metrics and logs for drift and retrain as your data changes, without raw data leaving your environment.

FAQ

Questions security and IT teams ask

Where does our data live during the project and in production?

In the environment you choose. For air-gapped and on-premises deployments, the models run on your servers and your data never leaves them. For private VPC deployments, everything stays inside your own cloud account and region. When we provide ongoing monitoring, we only look at performance metrics and system logs; raw data stays in your environment.

Which open models do you work with?

We choose the model per use case, based on accuracy, license terms and the hardware you have. PharmaBrain, for example, runs a Mixtral 8x7B model with 8-bit quantization entirely on local servers. We also work with other open-weight model families such as Llama, Mistral, Qwen and DeepSeek, and with custom computer vision models (for example YOLO-based detectors) for image and video workloads.

What hardware do we need?

It depends on the model size, the number of users or video streams, and your latency target. Quantization lowers memory needs: 8-bit quantization is what let PharmaBrain answer in 5 to 7 seconds on local hardware. For edge vision, we typically deploy on NVIDIA Jetson Orin modules and can also optimize for Jetson Xavier NX. We size the hardware with you during the assessment, before you buy anything.

How are models updated after launch? Do you offer managed services?

Yes. Our managed services cover monitoring, drift detection, retraining and scaling. Edge devices receive new models through secure over-the-air update pipelines. For air-gapped sites, we agree on an update path that follows your change-control and network rules.

Who owns the models and the code?

You do. We build custom models that you own outright, so there are no per-seat licenses and no lock-in to a hosted platform. We also sign an NDA with every client. See our security, data handling and IP page for details.

Book a strategy session

Book a private AI assessment

Tell us what you want to run privately, where your data lives and any regulations you work under. An engineer will reply within one business day, under NDA if you need it, and recommend a deployment option and hardware approach.

  1. 1. Send the form (2 minutes).
  2. 2. We reply within one business day, under NDA if you need it.
  3. 3. A 30-minute call with an engineer to scope feasibility and next steps.
Prefer to pick a time? Book a call directly (opens in a new tab)

Pakistan phone

+92 (314) 424-5425

USA

5900 Balcones Drive, STE 100, Austin TX 78731

Pakistan (engineering hub)

585-H3, Johar Town (Opp. Expo Center), Lahore

Tell us about your project

By submitting, you agree to our Privacy Policy. We never share your details.