PRIVATE AI INFRASTRUCTURE / CANADA

Private AI.
Built around
your site.

Enterprise GPU systems and telecom-style shelters. Power, cooling and fibre. One coordinated plan for on-site inference.

COMPUTE
Models. Memory. Concurrency.

SITE
Power. Cooling. Connectivity.

DELIVERY
Scope. Interfaces. Acceptance.

Concept illustration of a windowless modular AI equipment shelter with a personnel door, two exterior cooling units and a concrete foundation.

Three paths to on-site AI.

Start with the facility you have, the capacity you need and the room to grow.

Concept: modular AI shelter with opaque walls and external cooling.

01 / AI shelters

A separate environment for your compute. Plan a telecom-style enclosure with rack access, power distribution, cooling and monitoring.

Best fit: sites needing a dedicated equipment space.

Explore modular infrastructure →

Power, cooling, access and fibre support the AI load.

02 / Site expansion

Establish the power, cooling and connectivity needed for the next stage. Identify site constraints before committing to more compute.

Best fit: growing facilities and distributed sites.

Explore site integration →

Concept: enterprise server rack inside an equipment shelter with maintenance access.

03 / In-facility AI

Scope enterprise GPU servers for an existing equipment room. Align model requirements, storage and networking with available capacity.

Best fit: organisations with suitable existing space.

Explore compute options →

Frequently Asked Questions

Who is on-site AI infrastructure for?

We work with enterprise IT teams, industrial and telecom operators, and institutions that need AI compute close to their operations. Common starting points include private knowledge assistants, document processing and computer vision. We assess the workload and location before recommending on-site infrastructure.

What is a modular AI shelter?

A modular AI shelter is an insulated equipment enclosure planned for racks, power distribution, cooling, monitoring and network connections. Telecom-style shelters and walk-in enclosures provide a practical starting point. Site works, permits, utility capacity and equipment selection determine the final design and schedule.

Which server platforms can be considered?

Platform options include Supermicro GPU systems, Dell PowerEdge, HPE ProLiant and Lenovo ThinkSystem servers. We assess supported GPU configurations against model memory, concurrent users, response-time targets, power and cooling. Final models, availability and support terms are confirmed in the project proposal.

How are projects scoped and priced?

Each project is scoped around the workload and site. Pricing depends on the enclosure, GPU systems, storage, networking, electrical capacity, cooling, site works and support requirements. Share your location, use case, timeline and budget range so we can establish project fit and the next planning step.

What does local hosting change?

On-site processing can help reduce dependence on remote connectivity and give your organisation more control over where data is processed. Actual latency depends on the architecture and workload. Data residency alone does not establish compliance: access controls, software, operating procedures and applicable requirements must also be addressed.

From requirements
to a buildable scope.

01 / Workload
Models, concurrent users, response-time targets and data controls.

02 / Site
Utility capacity, cooling, fibre, access and physical constraints.

03 / Configuration
Compute, enclosure and resilience options evaluated together.

04 / Delivery scope
Responsibilities, dependencies, acceptance criteria and the next decision.

Make the first decision.

Start with a workload and site conversation. Tell us what you want to run, where it will operate and when you need it.

A clear starting point.

Bring what you know.
Your organisation, use case, site location and timeline. Include an indicative budget and power or rack requirements if available.

Leave with the next step.
We will discuss project fit and define the scope of any further assessment: required inputs, deliverables, responsibilities and fees.

Before equipment is selected.
Understand the site constraints and options that will shape your deployment.

Please do not include passwords or confidential datasets.

Telecom discipline.
AI ambition.

Infrastela brings computing and telecommunications infrastructure experience to on-site AI. Our focus is the connection between the server specification and the realities of power, cooling, connectivity and maintenance.

Meet Infrastela and our approach →