Grants and Contributions

This project will enable Relogix to develop a new solution platform capable of transmitting data from hundreds of thousands of sensors installed around the world to the Relogix Cloud at turnaround times of less than 5 minutes.

Continuous Development of our Universal Machine Fixturing System to achieve flexible manufacturing capabilities.

Intrigue Media is in process of building a unique software that will help grow its operation by increasing efficiencies, creating transparency with clients, boosting revenue, and achieving scalable growth.

The project will provide two outputs. The first will be an update to version 1 of the business plan to include phase 2 growth which targets increasing revenue from $8 Million to $15 Million. The second will be a marketing plan that captures the strategy for NA with specific additions for entering the Arab states market.

CryoLogistics, working closely with local frozen and refrigerated food distributors and warehouse operators, is developing a pallet-size refrigerated transport unit using liquid CO2 as a passive energy source.

Development and testing of seismic source electric vibrators utilizing direct drive (linear actuator) motor technology which when successfully operational, will represent a major innovation in seismic imaging. These electric vibrators will produce signals with wider bandwidth and lower acoustic distortion than conventional hydraulic vibrators. They will be safer and less intrusive to the environment than explosive sources, and considerably cheaper than both.

The 2019 version of the Canadian Highway Bridge Design Code is adding requirements for owners to consider sustainability and resilience of their structures such as buried structures. A sustainable product balances economic, social, cultural and environmental interests to meet infrastructure needs. A resilient structure can adapt to changes such as extreme hydraulic events. AIL intends to develop a design method to for our buried structures to meet sustainability and resilience objectives. This project involves evaluating the impact of extreme hydraulic events on buried structures with the goal of understanding of how buried structures can be designed to better adapt to climate change while while improving our sustainability metrics.

The project will carry out sampling and analysis to establish baseline concentrations of surface sediments in shallow, nearshore areas for the Cornwall Sediment Strategy (CSS). In addition, the hydrological environment will be characterized by carrying out a spatially intensive survey of water velocities in the CSS study areas.

Deep learning has delivered significant improvements over traditional speech recognition methods. Its use for on-device processing has been limited due to high computation/memory requirements. We aim to develop new methods to reduce CPU/memory footprint of deep learning models used for building on-device voice interfaces.

Abatement Technologies Limited is pursuing development of an all-in-one, turnkey, patient isolation solution that will configure existing rooms in healthcare facilities for negative and positive pressure isolation.