Grants and Contributions

The Rubic has developed a world-class robot, Freedom Pick™, that uses Innovative Mechatronics systems combined with AI-based motion planning and gripping solutions. The system comprises a state-of-the-art robot and a universal object gripper that can pick and place various objects for warehouse, distribution, and fulfillment centers. The aim of this project is to provide end-to-end integration of the robot to other software platforms and to perform additional integrated motion testing on Freedom Pick.

VueReal has developed key technology for microprinting of microLEDs and microSensors into substrates for creating different applications such as microLED displays. Due to unique features of microLED it can enable high reliability, high brightness and high resolution displays. The project involves researching and developing a backplane, driving scheme, and customized microLEDs for smartwatch and other wearable products. Specifically, this IRAP funded project will focus on overcoming the remaining technical issues related to developing small microLED, backplane and driving schemes for smartwatch displays.

This IRAP project would consist of developing the concept and demonstrating the feasibility of using the FibrePlate sheets to make low pressure nanofiltration immersed membranes.

Since 2015, Fibracast’s ultrafiltration sheet has been successfully used for ultrafiltration (UF) in membrane bioreactor applications (MBRs). Its small footprint and capability to handle solids is appreciated by our Municipal and Industrial clients.

We believe that the same base polyester sheets could also be used to support a low pressure nanofiltration membrane (NF). And if the concept is applicable, we would be able to enter the nanofiltration market with a new paradigm shift concept consisting of an outside-in hybrid membrane instead of the conventional

Further develop a scalable industry-leading AI accelerated core logging system to improve the pace and consistency of core drill core logging, which represents one of the largest bottlenecks in the mining life cycle with no signs of improving. This project will address major challenges in the industry by improving productivity and consistency of core logging through Machine Learning (ML), a subdomain of Artificial Intelligence (AI).

IRAP funding will allow KORE to accelerate development and ultimately commercialize new products faster. The proposed solution(s) are a direct result of market research and voice of customer studies and are specifically designed to solve customer identified needs and challenges.

Indie Tech is preparing to head to market, as such final implementation of end-to-end engagement modules must be completed, shipped to market, and optimized. Indie Tech has identified the post-contract and revenue readiness and the final components that needs to be created in MVP form to begin testing in market with optimization following the implementation.

The Eternity Platform is a hybrid web2/web3 architecture running on the Internet Computer Blockchain and on the cloud (in this case AWS) used to establish a digital economy on the IC, which has the advantages of both web2 and web3 such as high availability & low latency of centralized databases and persistence & ownership of blockchain. This architecture provides as much configurability as possible, with applications built on top of it being able to implement arbitrary business logic specific to their digital economy.

The project aim is to create a prototype of Eternity which connects Cloud to Blockchain functionalities, proves the concept of bidirectional communication between the two and allows some basic operations on in-game items.

Develop a hardware and software managed communications system to provide Redundant Remotely Piloted Aircraft Systems with fault-tolerant communications.

This project's goal is to prototype and design a new generation of wireless platform technology to host connectivity and edge compute requirements of remote industry and rural connectivity.

The project encompasses the research, design and testing of our unique patented Aluminum Air Batteries. Purpose of the project is to hire a recent graduate to help expand our Testing Team so that testing on our products can be accelerated and completed sooner.

Ibex in-situ oil sands steam generator offsite 1000:1 scale prototype parametric testing to determine if technology performs per predictions on actual fluids at commercial conditions, troubleshoot issues, and determine suitable alternative approaches to achieve all required targets