Grants and Contributions

Research will be undertaken to compile and compare water quality requirements for non-potable reuse applications in order to modernize and improve Greyter's water treatment technology in the commercial building space.

This project "APCTI" will develop an AI drone-based technology to inspect cell towers and detect standard issues in the operation and maintenance of the towers.

The aim of the project is to develop ways of optimizing the firm’s marketing and customer knowledge.

Conlis Global has developed a patented bone void filler called NanoCement, which offers significant advantages over traditional bone fillers. To fully realize its potential in clinical settings, there is a critical need for delivery systems. Traditional bone cement mixers include PALAMIX® and HIVAC™, have limitations such as contamination, deformation, and leaks. To address these challenges, Conlis Global is proposing the development of an innovative single-step delivery system.

The project aims to further improve and enhance its existing minimum viable product (MVP) in the areas of cybersecurity and user interface for its Molecular DeCOde Rx Oncology Diagnostic technology.

Develop a mobile, modular Fleet Charging solution to help one of Japan's biggest Logistics Fleet operators accelerate the electrification of their truck fleet.

Smarter Alloys is advancing the development of ultra-fine wire for automotive and aerospace actuation applications. Our project focuses on creating ultra-fine wire that meets high mechanical and cyclic performance standards.
We are developing specialized manufacturing processes to achieve precise wire dimensions and ensure consistent quality through rigorous testing and continuous monitoring. Key efforts include optimizing die sequences, evaluating lubricants, exploring cooling techniques, and integrating automated quality control systems.
These advancements will enhance wire performance and support innovation in high-precision automotive and aerospace applications.

As part of Multinational Corporate Collaboration Program, the project “DispersinB Wound Gel Development and Commercialization” will focus on scaling up the manufacturing process for DispersinB Wound Gel and ensuring the product meets specifications. The DispersinB Wound Gel is a combination product (device, drug, biologic) that is first of its kind in wound care as it disperses biofilms enzymatically.

Shop The LEWK Ltd. is developing an AI-powered fashion recommendation platform to enhance the online shopping experience. The project focuses on refining AI algorithms to provide personalized product recommendations, integrating a retailer filtering system, and implementing an affiliate commission model to generate additional revenue streams. The platform will improve user engagement for e-commerce retailers by aligning customer preferences with available products in real time. This innovative solution will help retailers increase cart values, drive sales, and offer customers a more tailored shopping experience.

This project aims to combine modern AI tools with a fully integrated energy storage SCADA system to maximize the real time operation of the storage system in the energy markets.