Grants and Contributions

This project will test hypotheses and experiment with new mechanisms to design (or optimize) a repeatable and scalable business process, which may result in new business methods in virtual reality entertainment.

Launch Bioindustries will develop microbial strains and bioprocesses to convert organic waste into compostable bioplastics. This project will focus on establishing baseline production metrics and improving strain performance to enable efficient, cost-effective bioplastic manufacturing. The outcomes of this work will support the development of next-generation biomaterials that reduce reliance on petroleum-based plastics and contribute to a more circular, environmentally responsible economy.

Fluorine is a key marker in environmental, pharmaceutical, semiconductor and food safety analysis, but current testing methods like CIC, LC-MS/MS, and F-NMR are slow, costly, and limited. Kimia Analytics is advancing a proprietary, high-sensitivity fluorine detection technology that augments existing mass spectrometry capabilities. This project bridges late-stage R&D and commercialization by refining the design, validating performance in real-world settings, and accelerating adoption through pilot testing—positioning Kimia as a global leader in scalable fluorine quantification for PFAS and pharmaceutical applications, while driving economic impact for Canada through innovation, exports, and skilled job creation.

The project will deliver a minimum viable product of a new Family Health Solution for public health nurses and family physicians.

To develop and deploy a suite of advanced capabilities within the Aucctus platform that will enable enterprise clients to:
Test business assumptions via synthetic and real-world surveys
Conduct instantaneous assessments of their innovation maturity, strengths, weaknesses and opportunities to improve as a corporate innovator
Identify deep-tech use cases, opportunities and disparately connected but complimentary technical evolutions to assist companies in identifying true innovation in their product and service development process

This project aims to develop an advanced system that predicts space weather events (like solar storms) and provides real-time impact assessments for critical infrastructure and operations, helping decision-makers understand which regions and systems might be affected to enable better operational planning and risk mitigation.

The key innovation objective of the automated inventory system is to eliminate lost warehouse inventory, improve productivity and streamline cargo movement from door to door. We are looking to leverage technology to increase production in the existing Canadian locations and improve competitiveness against US competitors to grow local employment and revenue.

The purpose of this project is to develop a demand and production integration software system for use in medical device and healthcare consumables microfactories.

To create a validated pasteurization process that can consistently achieve a minimum 2 log reduction of pathogens and their surrogate in fresh/frozen fruits and vegetables.

The design and development of multiple dual output alternators for low revving diesel engines. In both side by side & inline formats. Utilizing 12, 24 and 48 voltages X two. The internal components can be installed into but not limited to 4”j mount, 3.15” saddle mount & the new pad mounts now found in both the R.V. and Marine market. The same internal enhanced components will also be incorporated into our current line of single output Genmaax alternators , exhibiting the same technical advancements.
This project entails enhancing and converting our current Genmaax line of Super high output alternators, to more efficient less problematic alternators.