Grants and Contributions

Developing a multi-agent artificial intelligence platform that helps healthcare organizations improve their visibility and representation within AI-powered search and recommendation systems. The project focuses on diagnostics and remediation functions to improve discoverability, accuracy, and competitiveness across large language models and emerging AI search experiences.

The role will focus on assisting engineering and R&D activities through hands-on testing, CAD design support, and technical documentation.

The project includes a pilot within the Phoenix, Arizona market in addition to optimizing existing B2B accounts through a qualified partner pipeline.

The objective of this project is to advance the commercial-scale production of THCA using an alternative process approach.

Providing materials science and engineering support to develop Ripple’s EpidelTM technology for further use in ophthalmology and other indications.

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 for online digital channels.

The Firm intends to evaluate the feasibility of expanding its proprietary scoliosis imaging platform from its current iOS-based system to Android devices, improving accessibility and supporting broader adoption, particularly in remote and underserved settings. The role will support assessment of Android-compatible 3D scanning technologies, validation of measurement accuracy and reliability, and adaptation of AI and cloud infrastructure for Android integration.

This youth project supports the expansion of a Canadian-developed hydrologic modelling software into the U.S. market through targeted research, lead generation, and digital marketing campaigns. VO represents Canadian innovation in water infrastructure, helping engineering teams model and plan stormwater systems with greater speed and clarity.

The goal of the project work with Sungreen H2 is focused on the operational integration (“handshake”) of Ayrton’s H-Cell system with SungreenH2’s electrolyser system. Ayrton’s e-LOHC system is designed to take in hydrogen direct from an electolyser into our H-Cell unit to be chemically bound to our LOHC carrier oil. When integrated with an electyolyser the hydrogen does not require drying or to be pressurized within the electrolyser. By optimizing this integration, we believe we can improve the electrical efficiency of the electrolyser by up to 20%.

The Firm's platform is an AI solution that helps teams ask questions in plain language and get answers from their business data.