Grants and Contributions

Acquisition of equipment: The project aims to increase the production capacity of a company specializing in reconditioning single-use plastic consumables for biotechnology, chemistry, and health research laboratories.

Development of digital tools and marketing strategy: The project aims to improve productivity and to diversify the markets of a company specializing in equipment manufacturing.

Scispot will design, implement, and validate a reusable multi-agent orchestration framework that enables agent-to-agent conversations across its AI-driven LIMS and data platform. The project will introduce a set of orchestration components that coordinate specialized agents handling lab data ingestion, scientific reasoning, and workflow execution, and will be validated by a Scientist against representative wet-lab workflows.

This project is mostly related to encouraging the adoption of clean technologies.

To support repairs to the seaway section of the fortification walls.

Develop and validate a prototype that automatically evaluates AI‑generated content for alignment with brand standards and provides audit‑ready records to support responsible AI use and compliance.

The firm is developing a dosing station featuring multiple precision volumetric peristaltic pumps that can be operated individually and share the same servomotor via an innovative, patented mechanical transmission system. The project aims to produce a proof of concept for testing with initial potential customers.

The proposed project will develop and validate a second-generation radiation-hardened RISC-V microcontroller for aircraft mission control and on-board data processing. The microcontroller proposed in this project will build on previous work for the first-generation RISC-V microcontroller and will enhance computing capability and include a more advanced 12nm Fin Field-Effect Transistor (FinFET) technology node to achieve high-speed and low-power performance. This will be the one of the first attempts in Canada to design a 32-bit radiation-hardened RISC-V microcontroller using advanced FinFET transistor technology. The project will not only develop core enabling technologies for the Canadian space industry but will also train students through hands-on experience.

This project will retrofit and expand the Vineland Branch of the Lincoln Public Library to improve accessibility, sustainability, and community use.

Veterans experiencing or at risk of homelessness across Canada will have increased support through the Program. This is accomplished by providing direct funding to communities and mobilizing collaborators at the federal, provincial/territorial and community levels, as well as the private and voluntary sectors, to address barriers to well-being faced by Veterans experiencing or at risk of homelessness, through two funding streams: the Services and Supports Stream and the Capacity Building Stream.