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Canada's Sovereign AI Platform for Scientific Discovery

Accelerating Research from Permafrost to Fusion

NORAI integrates Canada's national scientific datasets, research laboratories, and high-performance computing infrastructure into a unified, secure platform, enabling breakthrough discoveries while maintaining complete data sovereignty.

1,000+
Canadian Jobs
$1.4B
5-Year Investment
$33B+
Projected Value
23x
Return on Investment

The Strategic Imperative

Closing the AI Infrastructure Gap

The U.S. DOE Genesis initiative has committed $3B+ and 200 MW of dedicated compute capacity for 2026–2030

China's 'New Generation AI 2030' operates three integrated closed-loop science platforms with full data sovereignty

Canadian researchers currently spend 40–60% of their time on data acquisition and preparation rather than discovery

Without a national platform, Canada risks losing research talent and competitive advantage in critical sectors

NORAI provides the infrastructure to close this gap within 24 months.

The Strategic Imperative

Visual data demonstrating why Canada needs sovereign AI infrastructure

$33B+
Projected Value
23x
ROI
1,000+
Canadian Jobs
50+
Partners

The Competitiveness Gap

Without NORAI, Canada risks losing 40% of AI researchers to countries with better infrastructure. The $1.4B investment generates $33B in value while retaining Canadian talent.

Strategic Research Initiatives

Demonstrated Impact Across Critical Sectors

PermafrostGPT

Natural Resources Canada, GNWT, Inuit Tapiriit Kanatami

High-resolution predictive modeling for northern infrastructure resilience. Machine learning models trained on 40+ years of ground temperature data to forecast permafrost degradation at 1-km resolution.

Transformer-based spatiotemporal forecasting (1.2B parameters)
GSC borehole network, MODIS LST, ERA5 reanalysis, infrastructure GIS layers
1 km spatial, daily temporal, 10-year forecast horizon
Training: 500 GPU-hours on Narval; Inference: real-time edge deployment

Projected savings: $8–12B in infrastructure protection across NWT and Yukon

MapleFusion

General Fusion, Kyoto Fusor, National Research Council

Accelerated materials discovery for fusion reactor components. AI-driven simulation reduces magnet and plasma-facing material design cycles from 5 years to 6 months.

Graph neural network for crystal structure prediction + DFT surrogate
Materials Project, AFLOW, proprietary plasma exposure datasets
Atomic-scale simulation with 10⁶ candidate materials screening
Multi-fidelity active learning on 2,000+ GPU cluster

Enabling pathway to commercial fusion by 2035

Pan-Canadian Cancer Moonshot

CIHR, BC Cancer Agency, Ontario Health

Federated learning across provincial cancer registries while maintaining strict data governance. Privacy-preserving AI identifies novel immunotherapy targets without centralizing patient data.

Federated ensemble of genomic transformers with differential privacy (ε=1.0)
10M+ patient records across 6 provincial registries (federated, never centralized)
Single-nucleotide variant detection, HLA typing, neoantigen prediction
Secure multi-party computation across provincial data enclaves

3 novel therapeutic targets identified; $2B+ projected healthcare savings

Critical Minerals Initiative

Natural Resources Canada, Indigenous Resource Network

AI-powered geological analysis combining satellite imagery, geophysical surveys, and historical data to identify economically viable rare earth and lithium deposits.

Multi-modal fusion: hyperspectral CNN + geophysical inversion network
Landsat-9, ASTER, airborne magnetics, gravimetry, drill core archives
30m surface, 500m subsurface, continental coverage
Distributed processing of 50TB imagery + 3D geological modeling

10 new deposit candidates; $15B+ potential export revenue

Borealis Climate Twin

Environment and Climate Change Canada, Polar Continental Shelf Program

Digital twin of Canada's Arctic and boreal ecosystems. Daily 1-km resolution forecasts for sea ice extent, wildfire risk, and ecosystem changes through 2035.

Physics-informed neural network coupled with CanESM5 downscaling
RADARSAT Constellation, MODIS, VIIRS, CFS reanalysis, station networks
1 km spatial, hourly to daily temporal, ensemble forecasting
Real-time assimilation on 10 PB data lake with streaming inference

$5B+ annual reduction in climate-related disaster costs

Platform Architecture

Five Integrated Layers for Sovereign AI

National Semantic Layer

Enterprise knowledge graph with 50M+ scientific entities. Multilingual support (EN/FR/Inuktitut) with standardized ontologies across all federal research agencies.

Production: 7M entities indexed

Federated Data Lakehouse

Distributed sovereign object storage across four geographic zones (Montréal–Toronto–Edmonton–Yellowknife). CCORE-compliant with automatic data residency enforcement.

Architecture validated

Secure Multi-Party Compute

Privacy-preserving computation using OpenMPC protocols. SCION-based secure networking with consent-as-code governance tokens for granular access control.

Pilot: 3 provinces, Q1 2026

Borealis Model Family

Science-specialized foundation models (8B → 70B → 671B parameters). Continual pre-training exclusively on Canadian scientific literature and datasets.

Borealis-8B: December 2025

NORAI Studio

End-to-end research automation interface. Natural language to experiment design to robotic laboratory execution with full provenance tracking.

Integration: 4 partner labs

Canadian AI Ecosystem

Building a National Network for Scientific AI

NORAI brings together Canada's leading AI institutions, world-class universities, and innovative companies to create an integrated research ecosystem.

National AI Institutes

Proposed

Canada's three national AI institutes would provide foundational research capabilities and talent pipelines.

MILA

Montréal

Deep learning and reinforcement learning research

Vector Institute

Toronto

Machine learning and AI applications in healthcare

Amii

Edmonton

Machine learning fundamentals and industry partnerships

Research Universities

Proposed

Leading Canadian universities would contribute domain expertise and next-generation talent.

University of Waterloo

Waterloo

Quantum computing, cybersecurity, and AI systems

University of Toronto

Toronto

Computer science, medical AI, and robotics

McGill University

Montréal

Neuroscience-inspired AI and climate modeling

University of Alberta

Edmonton

Reinforcement learning and natural language processing

University of British Columbia

Vancouver

Computer vision and sustainable AI

National Compute Infrastructure

Proposed

Canada's national high-performance computing network would provide the computational backbone for AI workloads.

Digital Research Alliance of Canada

National

Formerly Compute Canada – national HPC coordination and advanced research computing

Compute Ontario

Ontario

Regional HPC consortium serving Ontario's research community

Calcul Québec

Québec

Advanced computing services for Québec institutions

ACENET

Atlantic

High-performance computing for Atlantic Canada

WestGrid/BC DRI

Western Canada

HPC resources serving Western Canadian researchers

Federal Research Organizations

Proposed

National laboratories and agencies would provide critical infrastructure and domain datasets.

National Research Council

Ottawa

Applied research and technology transfer

Natural Resources Canada

Ottawa

Geological surveys and climate data

Environment and Climate Change Canada

Ottawa

Weather modeling and environmental monitoring

Canadian Space Agency

Saint-Hubert

Earth observation and satellite data

Canadian Technology Companies

Proposed

Canadian companies across AI, cloud, cybersecurity, quantum, and health tech sectors creating a Made-in-Canada technology ecosystem.

Shopify

Ottawa, ON

E-commerce platform and AI-powered commerce tools

OpenText

Waterloo, ON

Enterprise information management and AI

CGI Group

Montreal, QC

IT consulting and systems integration

Thomson Reuters

Toronto, ON

AI for legal, tax, and news content

Cohere

Toronto, ON

Enterprise AI and large language models

Xanadu

Toronto, ON

Quantum computing and photonic systems

D-Wave

Burnaby, BC

Quantum computing systems and software

BlackBerry/Cylance

Waterloo, ON

AI-powered cybersecurity solutions

MDA

Brampton, ON

Space technology and earth observation

OVHcloud

Montreal, QC

Canadian sovereign cloud infrastructure

Lightspeed Commerce

Montreal, QC

Commerce platform and point-of-sale systems

Kinaxis

Ottawa, ON

AI-powered supply chain management

Coveo

Quebec City, QC

AI-powered enterprise search

CAE

Montreal, QC

AI simulation and training systems

Descartes Systems

Waterloo, ON

Logistics and supply chain technology

Sanctuary AI

Vancouver, BC

General-purpose humanoid robots

Semanttica Web Technologies (SWT)

Montreal, QC

Knowledge graphs and semantic AI infrastructure

Join the ecosystem

Canadian companies building sovereign AI

Join the Ecosystem

We're actively seeking partnerships with research institutions, government agencies, startups, and established companies.

Join the Mission

Help build Canada's sovereign AI infrastructure for scientific discovery. We're actively seeking partnerships with research institutions, government agencies, and industry leaders.