Grants and Contributions

The objective of this project is to test hypotheses and experiment with new mechanisms in order to design reproducible and scalable processes that could lead to new commercial methods in the remote monitoring sector of the information technology industry.

Development of a environmental contaminant tracking platform.

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

Expanding and executing AI Materia’s business development and marketing strategy, supporting outreach efforts, partnership initiatives, and promotional activities to help expand the company’s presence in the materials informatics market.

Symend is launching a company-wide initiative to integrate generative and agentic AI across operations and products. This effort centers on two platforms: One automates the behavioral engagement strategy lifecycle using multi-agent orchestration, retrieval-augmented generation, and behavioral science; and the other streamlines business process workflows.

This project will research the commercial level processes required to produce protein rich mycelium powder. The key components of the research will include parameters to increase mycelial yield (fresh), protocols for pasteurizing substrate, optimal drying processes and assessing current customer landscape for a functional ingredient product.

To develop Solar Tile product for replacement of steel roofs. Leverage resources to provide guidance for complying with the relevant safety and performance standards related to the solar tile and advise through specific construction and testing requirements, to provide product design guidance and assist with documentation preparation.
These pre-certification works include:
1) Custom R&D Test Plan Prep, Program Management and testing lab Assistance.
2) Technical Design Preview.
3) Product Risk Assessment.
4) Pre-certification testing.

To complete testing of 2 new components of new RPMachine, which are subject of new IP, and to design and complete design revisions for the full-scale RPMachine incorporating these 2 components. The new IP relates to a new process for heating feedstock and forming blocks that relies on 2 proprietary components: 1) the heat transfer unit ("HTU"), and 2) the block forming press ("BFP"). The design and fabricated pilot versions of these components will be tested during the first phase of the project. At the end of the project there will be a design for a full-scale RPMachine.

To develop a portable breast cancer imaging device using very low power microwave technology. Aiming to bring the device to the market to monitor breast tissue composition to detect worrisome changes and measure neoadjuvant treatment effect. Long term goal is to be an adjunct technology for breast cancer screening and first line screening equipment for remote communities.

ICARUS Aero Inc. is expanding into international co-innovation programs, introducing an EO/IR camera mount solution for helicopters and building partnerships in the European market, with initial efforts focused on Germany and the broader EASA region.