Grants and Contributions

Engineering organizations running a large number of microservices have consistent challenges in understanding the “big picture” and the relationships / dependencies between microservices. Understanding microservice dependencies is important for activities such as capacity planning, reliability planning (e.g., does a Tier 1 microservice call a Tier 4 microservice), and software architecture (e.g., ensuring no circular dependencies).
This project will extend OpsLevel's current functionality by creating a mechanism to track microservice dependencies and allow users to explore/ query the dependencies between services.

This project involves a Front End Developer to program nearly all
consumer-facing aspects of the Omnee app, as well as the User-facing side of the Omnee PRO app.

This project will develop an environment called Digital Inspection Studio (DIS) which can customize a digital inspection application based on client requirements.

FB100 is a novel treatment for COVID-19 survivors with lung fibrosis. This project will focus on providing preclinical proof-of concept results showing antifibrotic efficacy and tolerability in relevant animal models. In addition, the project will allow HyperMabs to initiate critical manufacturing work that will support the preclinical studies a well as product characterization and release. This project represents important steps of the full non-clinical FB100 development program which will lead to clinical trials in early 2022.

Germany BMWi FLAIROP project led by Karlsruhe Institute of Technology (Germany) to develop an international federated learning system in robotic picking and placing of unknown objects.

The project involves development of a new proprietary technology for collecting plastics and other marine debris, and for cleaning oil and chemical spills. The technology will offer an active, unmanned system for marine cleanup operations including operations in highly polluted coastal zones and in remote offshore areas. The technology can be developed to operate autonomously while being powered by the energy of the environment - solar and / or water-wave energy. The technology is unique in its field and is specifically developed to enable effective and economical marine cleanup operations.

ZIM CXE-IPA-I4 project with German partner aoloa-Engineering GmbH to design and develop an innovative new intelligent condition monitoring system for industrial equipment that incorporates conversational intelligent agents and machine learning.

The oil & gas industry manages a tremendous amount of water and for a company to manage all water successfully, they must solve water sourcing, disposal, and recycling problems. Phase 1 of Barreleye's development solves the water sourcing problem. The NRC IRAP project focuses on the algorithm being built for the waterflow through the system from sources to projects. The algorithm is being built to move water while taking into account constraints including rates, dates, capacities, and volumes. Once this is complete, a back calculation engine will be layered on top to ensure water can begin moving prior to requirements so they can be fulfilled on time.

Refuel Mobile is planning to revamp our Admin portal application to make it more streamlined and the ability to do regional fuel pricing.

Development of a 360° device-hygiene suite to enable closed loop monitoring and reporting.