Grants and Contributions

The Project will support development of intellectual property capacity within the Firm.

The firm aims to develop a non-invasive at-home HPV collection device for demonstrating to prospective business customers to acquire sales and commercial feedback. The proposed device would offer a non-invasive and accessible method for HPV screening and early detection.

The project will develop an innovative, AI-powered animation platform designed to democratize access to high-quality visual content for emerging and independent artists and media professionals.

This project will address development of an automated, sample prep workstation platform intended to perform the key tasks of microwave energy heated, close-vessel, sample digestion and associated tasks. As the project title states, significant focus of the development effort will be on low cost, small form factor, and a modular design. The project goal is to develop a platform that competes in price with current microwave-assisted digestion systems in the marketplace, but with the inherent benefits of automation i.e. automated sample loading/uploading, and automated sample vessel preparation with reagent additions and volumizing.

The platform is a SaaS IoT solution designed to address the unique challenges faced by the heavy equipment industry. By equipping mobile heavy equipment with advanced IoT sensors and connecting them to a centralized cloud-based platform, Machine-specific operational data that was previously inaccessible would now be the primary tool is operational decision making.

Brilliant Harvest is embarking on a six-month project to improve agricultural equipment sales through an AI-enhanced automation platform. This initiative aims to refine the sales process, boost communication effectiveness, and automate the creation of documents from customer interactions. Key goals include providing contextual information to aid in decision-making, dynamically generating contractual documents, and conducting thorough system testing to ensure precision and efficiency. The project is intended to enhance both farm customer satisfaction and operational excellence in the agricultural sector.

Spherical Rotors Inc. is developing an expander to generate zero emissions power at remote natural gas sites. IRAP support will help to resolve technical challenges during detailed design and early lab testing.

Pilot study testing of a dual-blade highway Snowplow based upon the existing EDISON L500 Hybrid Electric Truck platform.

As part of the Japan Corporate Co-Innovation Program, the RealSimE MVP will focus on leveraging GeoMate’s advanced aerial AI mapping technology with a Japanese MNE.

The firm aims to develop a tool to enable clients to declare a disaster and invoke resources to power up and spin-up via Interactive Voice Response (IVR) to enhance and extend our existing Disaster Recovery (DR) runbook service.