Grants and Contributions

Agentnoon is an end-to-end solution for an AI-enabled workforce transformation product. Large enterprises use Agentnoon to carry out organizational design and workforce planning at scale.

This project will test hypotheses and experiment with new mechanisms to design a repeatable and scalable business process, which may result in new business methods for manufacturing and marketing of Gantry-style machine centers.
The project will also address the problem of market diversification and conduct tests of business processes, technical support and marketing programs required to navigate and export to new markets.

“As part of the international consortium project “H5Nx Vaccine: Pan-H5Nx subtype Influenza Protection: mRNA Vaccine Using optimized Lipid Nanoparticles”, this project proposes to develop a groundbreaking biomanufacturing platform for a novel pan-H5Nx mRNA vaccine.

This project focuses on developing critical software functionality in conjunction with AI coding tools, thereby increasing the adoption of the Firm's technology and market success.

Continuing in the development of a fully automated exploration drill for the mineral exploration market, the firm aims to deliver automated rod-handlers, rod sloops and wirelines to compliment its recently developed automated mast features. In the race to deliver a fully automated rig, the focus now shifts to the equipment around the drill to create a truly hands free solution. Additionally, building upon the firm's recently developed drilling control system, it is necessary to develop a robust algorithm which precisely calculates the depth of the drill bit real time, thereby enhancing the quality and correlation of data captured apart from the use of the firm's existing data logging system.

Development of a valve stem-mounted tire sensor that enables real-time tread depth monitoring for commercial vehicle through easy after-market integration.

Able Innovations is advancing the commercialization of ALTA Platform, a medical robotics device designed to enable a single caregiver to conduct patient transfer in a safe, efficient & dignified manner. This Youth hire will focus on market research, business development, and client engagement to drive adoption and scalability.

This project will test hypotheses and experiment with new mechanisms to design a repeatable and scalable business process, which may result in new business methods for online wills.

This project will enhance CliniScripts, an AI-powered clinical documentation platform, by adding new features designed to increase its accessibility, scalability, and integration readiness. Key improvements include support for group therapy sessions, AODA-compliant accessibility standards, concurrent user access, and seamless integrations with leading EMRs such as AthenaHealth, EPIC, and Oracle Health. These enhancements will enable broader adoption by mental health providers and support the platform’s commercialization in North American clinical markets.

PTFE bearing adhesion is a R&D initiative, which focuses on innovative solutions to support the production of clean energy. Target industries are hydro power and other industries using large scale rotating equipment. HTI will utilize creative material science and develop new concepts for manufacturing PTFE bearings to be tested in labs to ensure maximum performance and reliability. HTI has unique manufacturing concepts developed for PTFE bearings and support systems that are compatible with the methods, both of which can be further developed with some proprietary concepts in engineering design, and material enhancements to optimize product performance and reliability. This project will allow HTI to develop best in class products.