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Private AI & deployment

AI shaped around your operating environment.

Plan and implement AI workloads with data location, access, model lifecycle and infrastructure constraints in view. Explore customer-cloud, on-premises and constrained-environment deployment as engineering choices, with their dependencies made explicit.

Discuss your project

Enterprise technology leaders, infrastructure teams and organisations with controlled environments

Amber glass and metal layers, a DataVedam illustration of connected systems.
Experience. Information. Engineering.

Considered together.
Built around your work.

The opportunity
behind the brief.

An AI workflow that works in a hosted demonstration may not fit your network, hardware, procurement or information policies. Model access, artifact movement, observability and operational support all need a plan. We help assess the complete environment before committing to a deployment approach.

What we can
help you build.

Shape a workstream around the capabilities you need. The proposal defines which parts are included and how they will be evaluated.

Environment and architecture assessment

Review where information can be processed, which external services are permitted and who operates the resulting system. Map compute, storage, networking and identity requirements.

The assessment distinguishes the desired deployment model from verified feasibility. On-premises and disconnected environments introduce specific packaging, update and support requirements; they are not labels applied to an unchanged cloud product.

Model and workload fit

Evaluate models and inference approaches against the task and available resources. Consider model size, supported runtimes, quality, latency and the effort required to operate the workload.

Where relevant, distillation can be evaluated through Bodhi. A smaller model is a candidate to test, not a guarantee of acceptable quality or lower total cost. Data and model-use permissions remain part of the scope.

Packaging and delivery

Prepare the agreed application and model artifacts for the target environment. Define configuration, secrets handling, installation, versioning and the interfaces to surrounding systems.

Delivery can include deployment automation and controlled artifact transfer. The target hardware, image/runtime compatibility, network access and update mechanism must be validated in the actual environment.

Operations and lifecycle

Define how the owning team observes the service, changes configuration and handles incidents. Include model updates and application releases in the operating model.

Monitoring, backup expectations, rollback and support responsibilities are agreed explicitly. Availability commitments, managed operations and support hours are contractual scope, not assumptions attached to the word enterprise.

Work you can
put your hands on.

Concrete outputs to agree at the start of an engagement. The final scope depends on your systems, access and priorities.

Deployment assessment
Constraints, environment dependencies and the architecture options that fit the selected workload.
Validated workload candidate
Task-level evaluation of the chosen model/application configuration on the agreed target environment.
Installation and release artifacts
The agreed packages, configuration and delivery automation needed to reproduce the deployment.
Operating plan
Ownership, monitoring, update and recovery procedures, with remaining infrastructure and provider dependencies.

Inside an engagement

An internal assistant in a controlled environment

Illustrative engagement: a team wants to use approved internal documents without assuming that all content can leave its network.

  1. Agree data boundaries and which model or external-service access is permitted.
  2. Evaluate retrieval and model options against representative questions and available hardware.
  3. Package the approved configuration and validate installation in the target environment.
  4. Review updates, source refresh, access controls and the operating handover.

A deployment decision grounded in the actual workload and environment, with the quality and operating trade-offs visible.

A clear way
to work together.

Start with enough detail to make a good decision. Expand the work when the first scope has earned it.

Before we
get started.

Scope, responsibilities and commercial terms are agreed with your team.

Can everything run offline?

That depends on the workload, model, licence and surrounding systems. We assess all dependencies before proposing a disconnected architecture and validate the chosen scope in the intended environment.

Does private deployment guarantee compliance?

No. Deployment location is one technical consideration. Your organisation’s legal, security and compliance owners must assess the applicable obligations and the complete implementation.

Will a smaller model reduce cost?

It may, but the decision needs evidence. Quality, hardware utilisation, engineering effort, support and update costs all affect the comparison. We evaluate the task and deployment together.

What could we
make possible?

Bring us the work that matters.
We’ll find the right place to begin.

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