Grants and Contributions

Smart home-based aging care systems are reshaping the health services by introducing proactive monitoring, improving quality of life, and facilitating efficient management of health resources. However, these advances inevitably emphasize growing threats to the security and privacy of sensitive personal and health information. This project will develop a comprehensive security analytics framework entailing multi-level countermeasures (i.e., software systems) for attack detection and prevention in smart aging care systems. The framework will include advanced vulnerability assessment, machine learning, and monitoring techniques that will consider the behavior of not only connected electronic devices and applications but also user activities and usage patterns to detect and prevent common and unknown threats. The developed cutting-edge and comprehensive solutions will improve the security and privacy of smart home-based aging care systems.

EMS will design and validate a polymer-based probe capable of quantifying solid-state hydrocarbons in soils.

Development of TAGDit Data-as-a-Service Cloud software product designed for the coming age of user-owned data. The software enables users to aggregate data in their own secure private living data library located in virtual spaces called “data rooms” on the TAGDit webpage, market it and sell it in their own data storefront. It comes with advanced search features to search the data, which could be text,audio, video, multimedia, IoT data or executable files. A custom web search tool that is weighted with your own saved search history return more contextually meaningful results. Other types of search filters are also possible such as text, image, and other filters.

The quality of quantum photonic technologies, ranging from communication to computation to sensing, depends on the generation of high-quality quantum states photonic states: either single or entangled photons. The Project addresses this challenge, developing on-demand sources of indistinguishable single photons and entangled photon pairs, on-chip and at telecommunication wavelengths. These sources require the integration and electronic-gating of self-assembled quantum dots, whose sizes and material composition have been carefully engineered to provide telecom photons, with on-chip nanoscale systems, designed to control and optimize quantum light-matter interactions. Together, this combination will for the first time, provide high-quality quantum photonic states on chip that can leverage the full power of the telecommunication industry, providing a powerful new platform for the development of quantum sensing technologies.

Hiring to consolidate the local "Quality Control" team by adding an additional resource.

The goal of the proposed project is to develop a comprehensive business development strategy.

Software development project to enhance the firm's Team Learning Experience Platform (LXP) including interactivity and mobile enhancements, algorithm upgrades, and user experience enhancements to the proprietary Vital Statistics Report.

PolyUnity Tech Inc. delivers value and benefits to healthcare organizations via a complete Additive Manufacturing as a Service (AMaaS) solution that reduces the cost, time and complexity of traditional healthcare procurement and supply chain management and directly improves patient service levels & outcomes.

With this project, PolyUnity will serve to deliver a commercially validated solution to multiple end user healthcare organizations.

This project will develop and test a data-driven change management system that facilitates the improvement of employee well-being in organizations.

Prompta’s updated software platform will deliver proprietary, original, and innovative capability to the change process and employee lifecycle. The developed application will reflect org. workforce attributes to Support change.