Grants and Contributions

This firm aims to undertake a technology initiative to deliver next‑generation digital commerce solutions. The project will focus on advancing secure, scalable, and adaptable transaction technologies, supported by a demonstration environment to showcase potential applications.

Biofect Innovations is recruiting a part-time Research Assistant to accelerate both our high-titer Brazzein strain-optimization and business-development activities. In the lab, they’ll prepare reagents, run routine assays (PCR, small-scale fermentations), manage electronic lab notebooks, and maintain inventory. On the business side, they’ll work to conduct market and customer research, support BD materials (competitive analyses, pitch decks, etc.), and track partnership opportunities. This dual role frees senior scientists for advanced R&D and enables more rapid market engagement.

The project involves working on machine intelligence and new concepts for weeding attachments to improve robotic agricultural equipment for automated mechanical weeding of root vegetable crops.

The purpose of this CanExport Innovation agreement is to support Canadian organizations to carry out activities related to pursuing opportunities that would lead to establishing new collaborative Research and Development (R&D) partnerships between the Recipient and foreign organizations in order to support R&D on the Recipient’s technology and advance its commercialization.

This project support the hiring a research associate to join Future Fertility's scientific team to further the development of their tools and conduct research with clinic partners around the world.

To develop and integrate an intelligent, mode selection algorithm for a robot, enabling automatic gripper adaptation based on sensor inputs.

The project supports the deployment of the across North America by providing field expertise, client training, and technical support. The project will strengthen technical operations, enhance customer support, and accelerate commercialization.

To continue to create Design Standards through Product Definition so the firm can create and refine their Design Automation

The project aims to further identify commercially relevant outputs in the laboratory, while optimizing and scaling up the purification of a high-potential green chemical compound. The aim is to determine the overall commercial viability of the process.

To integrate multiple different traffic devices into one point of contact for the customer via a web interface. This project will take current hardware being used from Canada, US, UK and EU and allow customers to connect, control and update their devices via one single point of contact. Work will be required to create soft-links between units that do not provide an open API. Data input will need to be dynamic to allow multiple formats to be processed and interacted with.