Grants and Contributions

This project will utilize the industrial edge processor and device management software developed in the project titled “Solar Powered Hazardous Locations Gateway” to create a fully integrated control and monitoring system for the oil and gas industry. The result will be an autonomous, cloud connected plunger lift control system that is capable of being expanded to any other remote well site application. It will also enable other companies to add their own programs and hardware modules to expand the system.

The objective of this project is to research/ develop hardware technology what will enable the HeartWatch system to better filter out motion artifacts and muscle noise from biometric signals such as electrocardiograph (ECG).

Design Online is a browser-based application used to design carbide tooling which allows users to log into De Boer Tool servers to modify standard carbide cutting tooling to suit the needs of the user. The application presents a three-dimensional (CAD) VRML file in human readable format through commonly available industry standard web browsers. Design Online eliminates much of the work needed within DeBoer Tool to render customer concepts (verbal description, sketch or detailed drawings) into shop drawings as well as streamlining scheduling and invoicing with computer automation.

This project aims at the development of smarter sensors to improve both (a) their reliability and (b) their ability to extract the higher level information required for the deployment of self-driving cars. More specifically, in the context of this project, we intend to develop more competitive radar solutions that will integrate advanced features not available in current radar sensor technology. The introduction of Artificial Intelligence and in particular deep neural networks (DNN), has drastically improved the performance of many sensors such as laser scanners and cameras. Our objective is therefore to develop an embedded solution that will allow radars to produce more accurate information.

Heavy industry facility operators, such as oil and gas producers, chemical refiners, pipeline companies, municipal water utilities and electrical power generators, replicate past proven designs and/or develop a repeatable modular designs to save time and money. Creating engineering design documents for a new facility or upgrade, however, still largely remains a costly, manual process of updating the project name and tag numbers across hundreds of datasheets, drawings and other documents. CoreData is developing OTOMOTO, a web application that automates the creation of engineering documents, to dramatically reduce time and cost.

There has been a sharp increase in demand for IoT solutions. The IoT solutions cover a wide range of applications that have quite a bit of overlap with SCADA functionalities. In fact, many of the IoT solutions are heavily relying on the SCADA functionalities.
This project proposes a series of development of IoT components to be added to the EVENTA platform such as an IoT Edge Device/Gateway, Private IoT Cloud server and Public IoT Cloud server.
Upon completion of the proposed project, EVENTA will be well positioned to market as a viable solution to Renewable Energy, Smart Grids, Smart Cities and Smart Buildings.

The project seeks to develop an improved, drug delivery cartridge for use with the firm's prototype safety needle technology

The project is intended to reach SAP customers in Germany for lead generation through sponsorship of three specific SAP conferences scheduled in 2019

This project aims to develop the machine learning aspects of Synauta’s Minimum Viable Product (MVP), functionalize and test the beta software with customers and iterate on the lessons learned during this process.

This software development project will allow dog owners to connect with large numbers of neighbours at the same time as opposed to scheduling and meeting with owners one-on-one.