Private inference
Run representative models in controlled environments and measure performance, capacity and operating requirements.
Proposed Toronto reference capability
A practical environment for developing and demonstrating private AI, model evaluation, institutional knowledge systems, accelerated computing, governed agents, simulation and Physical AI.

Atkinson Film-Arts proposes establishing a Toronto-based Sovereign AI & Physical AI Reference Lab built around Dell Technologies and NVIDIA accelerated-computing infrastructure.
The objective is substantially larger than acquiring a high-performance computer. The lab is intended to build practical expertise designing, demonstrating, deploying and supporting AI systems for organizations that need greater control over sensitive information, intellectual property, models, institutional knowledge or physical operations.
The hardware is the foundation. The value is the expertise, evidence and repeatable deployment capability built around it.

The lab is intended to create a controlled environment for practical evaluation across the intelligence stack.
Run representative models in controlled environments and measure performance, capacity and operating requirements.
Compare model quality, language, institutional assumptions, behaviour and version changes against the same workload.
Test retrieval-augmented generation, authoritative sources, permissions, provenance and knowledge boundaries.
Evaluate prompting, retrieval, fine-tuning and other adaptation methods where evidence supports them.
Test tools, permissions, policies, logging, red-team scenarios, approvals and operational boundaries.
Connect accelerated computing to simulation, robotics, perception and real-world systems under bounded authority.

Canadian organizations should not have to assume that a globally trained model automatically understands Canadian law, institutions, terminology, geography, bilingual requirements or organizational context.
The Reference Lab can compare how models respond to Canadian institutional tasks, whether authoritative sources improve grounding, whether model adaptation changes behaviour and whether the resulting system can be documented, reproduced and governed.
Which AI system behaves appropriately for our organization, our jurisdiction, our responsibilities and the people we serve?
The exact work depends on the customer and the maturity of the lab capability.
Compare approved cloud, private, local, Canadian-hosted and hybrid placement according to sensitivity and performance.
Evaluate quality, domain performance, context, cost, latency and behavioural suitability.
Test permissions, retrieval boundaries, retention and controlled access to sensitive repositories.
Explore identity, data classification, model approval, agent permissions, logs and escalation.
Compare versions and detect meaningful behavioural or performance changes before production adoption.
Evaluate robotics, simulation and Physical AI with explicit operational authority and human oversight.
The Reference Lab supports a broader AFA services lifecycle rather than infrastructure resale alone.
Define workloads, information sensitivity, users, performance and institutional requirements.
Design model, knowledge, compute, networking, security and governance patterns.
Use representative workloads to test assumptions and show stakeholders how the environment behaves.
Implement an approved architecture at the appropriate customer scale and location.
Connect institutional knowledge, applications, agents and sector-specific context.
Monitor quality, behaviour, security, model changes, access and operational authority over time.
Atkinson connects people, policy, infrastructure and implementation so each initiative can move forward with clarity, accountability and purpose.




Bring a workload, model, research problem or Physical AI use case that would benefit from controlled testing.
Request a Lab BriefingEach engagement is shaped around the organization, information, responsibilities and outcomes involved.



