Grants and Contributions

The Project will support pilot testing of more advanced AI strategies to launch enhanced versions of the analytics and charge capture dashboards and insights products.

During this 2 month project, the firm's team will advance the state of the Ocean Carbon Platform in order to help reduce the time it takes to submit verification reports to retire carbon removal credits while continuing to perform industry leading Ocean Alkalinity Enhancement at the Tufts Cove site.

This project aims to improve the design and functionality of a handheld histotripsy therapy system by enhancing transducer performance, increasing system reliability, and integrating histotripsy and imaging functions into a unified probe. Efforts will focus on refining device components for greater efficiency, durability, and ease of use in clinical applications.

This International Co-Innovation Action Program (ICAP) project will prepare the firm to enter into future international co-innovation work.

Developing the quantum computer processor core module with qbit error correction, aiming for an industrial scale.

The Project will support pilot testing of AI strategies, determine target architecture, and set quantitative technical objectives for implementing an advanced real-time conversational AI solution for healthcare training. Through new audio streaming, speech recognition, and function-calling capabilities, the solution aims to streamline patient assessment simulations, enable multi-lingual interactions, and enhance both VR and non-VR clinical learning experiences.

Acadian Seaplants Limited is now the largest producer of cultivated Dulse globally. Previous IRAP contributions have been crucial to the technical advances achieved in the last two-three years including advances in strain
selection/development, productivity improvement, contamination control and prevention, and scale up. To ensure consistent quality and profitability, key challenges need to be addressed such as energy cost reduction, adaptation to morphological changes during harvesting and processing, and finished goods quality/food safety preservation during storage.

Development of a system to extract formatting information from example documents.

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

Establish the best assembly processes for each stage required in the manufacture of automotive studs. Each station will be studied and tested to mitigate technological uncertainties.