Grants and Contributions

Develop digital adoption plan

The satellite market is currently shifting toward LEO constellations. Those new missions calls for phased array antennas which up to now are typically operating in single polarization. Combining two phased array antennas in a dual polarization operation represents a great advantage in terms of real estate and cost effectiveness, both aspects being crucial for satellite operators.

The project purpose is to develop the necessary technologies to enable the combination of two polarization in one phased array antenna. This requires developing antenna architecture but also advanced Radio frequency (RF) components in order to maximize efficiency and reduce the electronic front end foot print.

The expected outcome will be a reference architecture and electronics to support MDA’s new product line of dual polarization phased array antennas.

Those LEO constellations will ultimately provide broadband access to remote parts where it is not economically viable to develop traditional broadband services and help closing the digital divide.

Satellites are critical infrastructure in our technologically advancing world. Daily, we use satellites to navigate, predict weather, and communicate. A successful cyberattack against space infrastructure could be devastating. To prevent such attack, satellites encrypt their communications using keys loaded before launch. If those keys are ever compromised after launch to space, there is no way to load new keys.

QEYnet is developing a solution to this problem using a technology called quantum key distribution (QKD). In QKD, keys are sent to the satellite using photons. Due to the laws of quantum mechanics, any attempt at eavesdropping on a QKD system can be detected, making the keys highly secure.

Though QKD does hold incredible promise, imperfections in the QKD hardware can result in unintended security vulnerabilities. This project will further advance QEYnet’s testing of novel countermeasures to these vulnerabilities, and advance QEYnet’s QKD technology toward commercial readiness.

Software developer for a quality assurance role to oversee quality in product development of the firm’s mobile app releases, as well as enhance user experience within apps.

The Project will support development of intellectual property capacity within the Firm.

In this project we will conduct market entry preparation for our generator that harvest energy from motion.

This project aims to develop a platform for the demonstration of compliance with electromagnetic engineering requirements for aircraft and electric transport.

This project covers the custom design of Drinkable’s V1 which is comprised of a custom PCB with Bluetooth capabilities, a display, a battery, and a connector to translate the voltage changes from the sensor board to the PCB. The sensor board will be housed in a detachable cartridge which will be injection molded alongside the waterproof encasement.

MotionHall will further develop various NLP and Machine Learning systems in order to enhance its digital twin model of the novel biotherapeutic R&D landscape.

This project will develop the protocols for segmentation of compartments to enable a more fine-grained assessment of tissues in smaller regions.