Grants and Contributions

The project involves the development of catalysts used in the synthesis of Deuterated compounds.

This project will develop an edge-based video processing solution that reduces network congestion and latency while improving video quality for live broadcasts by integrating AI-driven adaptive processing at cellular network nodes.

The Firm proposes to develop a novel, wide field-of-view (WFOV), high-resolution passive camera system that delivers unprecedented observation throughput and high-precision-class positional accuracy for Space Situational Awareness (SSA) from Low Earth Orbit (LEO) to Geostationary (GEO) applications.

The Victoria location utilizes salt water wells to supply water to both groups of biology: Halibut and Wolffish. This water is used in the rearing of broodstock, egg fertilization, yolk sac, egg incubation, first feed, nursery and grow out. Each segment of the operation requires strict control of variables to replicate environment seen in the wild.
AMAR and its partners in both Iceland and Norway have been tracking the growth rates and health of fish and comparing this to operations in PEI. PEI shows inferior growth rates primarily due to water temperature. This project is a strategic effort to locate the coldest water on the site by expanding it coldest well and studying impact on growth rates and overall fish health.

Design a new dual-performance water pump for fire fighting.

Manufacturing process automation solution enabling the coordination of humans and machines.

Carbon Assessors (13492516 Canada INC) has been operating for nearly 5 years and have developed proprietary tools for assessing and managing carbon assets in a variety of markets (TIER, Voluntary Carbon Market, and Carbon Fuel Markets)

The goal of this project is to create a tool that automates the assessment and management of forest carbon offset projects. The project will include the development of an eligibility algorithm to assess carbon-project feasibility for BC FCOP (Forest Carbon Offset Projects) and VERRA VM0034 (VERRA Voluntary Carbon Methodology) as well as proprietary GIS visualizations and detailed reporting mechanisms.

AquaLogic is developing a novel, fabric-hulled catamaran vessel for bulk freshwater transportation through the ocean. This project will support a structured risk-based validation of the vessel design in collaboration with a third-party that are recognized experts in new marine technology.

The overarching goal of this project is to achieve risk-based validation and third-party recognition of the AquaLogic freshwater transportation vessel’s design, safety principles, and operational protocols.

This project is a key step toward commercialization and will help ensure the vessel is ready for future deployment and approval by transport Canada.

Modern engineering workflows are complex, involving large 3D models, technical documents, and structured data. Current tools demand manual effort and expertise to extract data and build models. Our vision is to develop a Text-to-3D AI Assistant that lets engineers interact with models and documents using natural language. This assistant will convert text into structured 3D outputs, reducing setup time, improving accuracy, and making advanced tools more accessible. This proposal details our plan to build the first intelligent Text-to-3D assistant for Integrated Design Suite (IDS), using AI-driven data extraction, reasoning, and natural language processing to automate key workflows.

The project aims to develop an innovative process for depositing specialized photoresin, with precise control over the thickness and uniformity of the deposit, based on technology patented by the company.