Grants and Contributions

The Versatile Interface Architecture(VIA) is a unified and cost effective method to produce predictive and forward-looking business intelligence on high voltage components health at utility-scale and community-scale electrical infrastructure using data from the existing intelligent devices.

This proposed work forms part of the Quantum Photonic Integrated Circuits for Quantum Interconnects Small Teams, Round 2 project which aims to develop a chip-based platform where entangled photons can be generated and distributed
between nodes in a quantum network. Using nanowire-based quantum dots fully integrated on a chip manufactured in the silicon nitride material platform. In this collboration, specific circuits will be designed as required for the
implementation of quantum key distribution protocols for the Small Teams project, including BB84, MDI-QKD and E91/BBM92. These circuits will be fabricated on chip and their overall performance will be evaluated and compared
to other approaches (e.g. weak coherent pulses).

The project focuses on improving the calibration process utilized today as part of the platform that NERv offers to its customers.

This project will assist developing an innovative aviation painting facility which will use indigenous iconography that appeals to our customers, uses environmentally-friendly materials aligning with our sustainability commitments; and, ensures materials and designs are in-line with transport Canada Remotely Piloted Arial Systems (RPAS) standards.

Eureka SMART cluster - TANDEM consortium project led by VTT (Finland) to develop a smart robotic manufacturing toolbox. Empower Operations Corp. aims to develop modeling, monitoring, and controlling technologies and software for Directed Energy Deposition metal additive manufacturing processes.

NetExperience is a provider of software solutions aimed at automating management of private and public Wi-Fi networks. NetExperience takes an innovative approach to networking by dissagregating the hardware components from the software layers.
To date, the focus of the software solution has been towards reducing human complexity in managing complex WI-FI networks.
This projects aims at scoping market opportunities and the technical feasibility to build a new monetization platform on top of the existing software infrastructure in order for Service Providers (SP) to leverage their investment in deploying large scale Wi-Fi networks. Several applications running on the new platform will provide specific monetization solutions to the SPs.

The project consists in reprogramming all the applications in ROS language, a language specially designed for the robotics field, which will allow them to be integrated in any autonomous robot in order to simplify the coding and installation process.

Apiaries and Bees for Communities (ABC Bees) will transition from a beekeeping company to a full-online training company, with comprehensive guides and programs that host curriculum and establish mentoring and networking services the beekeepers sector.

Truck-based delivery is a growing business service in Canada as the prevalence of e-commerce dramatically increases. This project aims to improve the efficiency and business capabilities associated with truck-based delivery systems. Currently, delivery companies operate on a first-come, first-served service basis, typically using manual scheduling methods. Because the demand and the associated deliveries are dynamic in nature, it is becoming increasingly challenging to accurately estimate vehicle resource requirements and to plan efficient delivery routes ahead of time. The objective of the Project is for the University of Calgary and the NRC to partner with industry partner Bison Transport to develop and implement AIbased methods and tools to help build an intelligent regional logistics network for truck-based delivery that satisfies service level goals using the minimum amount of delivery routes.

To carry out a series of digital marketing activities targeting podiatrists, pedorthists and chiropractors worldwide for our in-clinic 3D printing software and hardware to fabricate custom foot orthotics.