Grants and Contributions

This project would support home identification and assessment operations, which underpins the entire home relocation process by identifying viable structures for rescue, conducting virtual and on-the-ground assessments, and ensuring digital and hard tools are accurate.

With more complex and large-scale moves rapidly developing to save good homes from the landfill, this position is essential to maintaining momentum and ensuring each home rescue is viable and well-coordinated. This role would assist in meeting growing demand, refining operations, and continuing to deliver practical, circular housing solutions across British Columbia.

The project will support development of intellectual property capacity within the firm.

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 healthy, and allergen free food snacks.

MDAP – Market Diversification Action Plan – project is focused on market diversification for ApexRMS, identifying early adopter customers (property insures) interested in piloting our SyncroSim wildfire risk modelling platform in the Australian market.

cirkuit is developing an advanced platform to leverage its building data and aims to expand ML/AI analytics and third-party integrations to meet client demand and support growth.

This project will enable Phase Sensors to reduce drift in its pressure sensors. Drift is a critical specification for precision pressure sensors as it directly impacts the accuracy of a measurement over time. Sensors are typically re-calibrated at schedules determined by sensor drift rates. A lower drift rate means the sensor is more accurate for a longer period of time and does not need to be re-calibrated as often.

Phase Sensors has demonstrated better drift performance than its main competitor at 25°C and 10,000psi. Initial testing between 20,000psi and 30,000psi indicate that further work needs to be done in sensor design to reduce drift rates at very high pressure.

AI driven tool to provide Chief Information Security Office (VCSO) capabilities, including a secure and private GPT-style interface, dynamic threat and risk dashboard, cybersecurity registers, and an incident response ready-room.

This project will test hypotheses and experiment with new mechanisms to design and optimize a repeatable and scalable business process, which may result in new business methods that support international market diversification of supportive apparel

This project will develop GHST (Ground-based Human System Toolkit), a modular system that enables remote and semi-autonomous control of ground vehicles without major modifications. Testing in real-world settings will validate performance, leading to a commercial-ready product with demo units, installation guides, and training materials.

Development of a power-efficient, precision wave height sensor leveraging modern positioning and communications technologies.