Grants and Contributions

Splice N Connect is developing an integrated hardware-software solution for monitoring cable connections in power systems. The software component is crucial for collecting, analyzing, and visualizing sensor data to provide actionable insights for predictive maintenance and system health monitoring.

The software development is focused on establishing and testing the core functionality alongside data provided for system validation by a development partner Splice N Connect has signed an agreement with. A large part of the software innovation includes developing back-end algorithms and calculations for determining the predictive failure analysis for cable failures.

This project is a feasibility study to analyze the Canadian AI ecosystem and identify key resources and deployment sites for a sovereign AI capability. The study will produce a plan for a Minimum Viable Product (MVP) demonstration of a "Sovereign AI Switch," complete with a risk assessment, a deployment timeline with milestones, and a proposed EUREKA-like framework to govern supply chain contributions and mitigate risks.

PurePave Technologies is a green infrastructure technology and manufacturing company. This project is to identify international co-innovation partners who manufacture specialty surfacing equipment and have capacity to expand into the permeable paving market.

Adaptation of an AI educational content generator based on multiple Canadian curricula, using existing modules.

Rock wool continues to be a common choice for soilless cultivation media in hydroponics, despite 70 000 tonnes or 250 000 m3 of rock wool waste ending up in Canadian landfills each year. Genics Inc. is developing a replacement that will eliminate rockwool waste, reduce labour and carbon footprint in greenhouses.

To provide employment for a recent graduate in role of engineer.

The project will offer early and late stage health technology companies the guidance and data for successful development and commercialization of AI solution in health care settings.

Large animal veterinary practices lack tools improve efficiency in creating/maintaining inventories. This project will utilize predictive analytic models to identify inventory needs at veterinary practices by predicting high demand periods, natural language processing to identify key information for case records from video calls that VETSon has been gathering for the past 2.5 years, as well as creating prescriptions from video calls, as well as based on the animal types and numbers for the farm being prescribed for.

The proposed project will advance TransEON’s GaN MOSFET foundry platform to full commercialization by continuing intensive electrothermal characterization of devices for high-power RF operation, with the ultimate goal of achieving critical reliability metrics required for field-ready integrated circuits.

Developing an AI-powered publishing stack for game studios, focusing on a Content Generation Engine that integrates AI agents for documentation, market research, and content creation. Utilizes real-time data and AI expertise for optimized, persona-targeted content. Enhances agent coordination, personalization, and explainability for efficient publishing while maintaining creative control.