Grants and Contributions

FLYHT is developing a suite of Actionable Intelligence hardware and software tools and communications suites including weather/climate sensors for monitoring / forecasting; reducing airline delays and fuel burn; eliminating contrail production; facilitating airline transition to 5G and Satcom; and supporting achievement of NetZero by 2050. This project will support the development and integration of all required software systems and tools.

The traditional translation effort TODAY in medium to large enterprises is very expensive and error prone. Traditional machine translation tools can be leveraged to generate a starting point, but they are not yet reliable, and lack an industry, brand, or contextual focus, and still require large teams of translation experts (industry-familiar, native speakers). As a result, the translation process still requires a great deal of human attention to ensure acceptability and accuracy, and at a high cost.

Leveraging advancements in generative AI, our project seeks to take a novel approach to machine translation by mimicking the human process of translation and accuracy validation through intelligent Gen AI-based agents.

The objective of this project is to streamline all operations within PMRI clinical operations by implementing internally developed apps, exclusively created by PMRI employees, to digitally capture clinical data information, create reports and allow remote access for sponsor to monitor their trial. It is imperative that these applications comply with global agencies’ regulations. Given the stringent regulations governing the clinical trials industry, comprehensive understanding and compliance are paramount. Once these applications are developed, they must undergo rigorous testing and validation procedures in compliance with all regulations that govern the clinical trials. This meticulous process ensures the integrity and validity of the data

Design and development of an eco-responsible SaaS platform for booking and managing tickets for people requiring accelerated or immediate access to a cultural, sporting, tourist or commercial venue.

Assess the viability to develop and adopt a new production planning methods and tools.

KeyOps will create a virtual asynchronous advisory board product powered by artificial intelligence (AI) to improve engagement between physicians and relevant life science companies, facilitate the collection of virtual subject matter expert feedback and advice in real-time, and compile comprehensive data and analytics support to provide a unique and unprecedented dataset to optimize and diversify HCP input to assist life science companies in making highly informed commercial and market entry decisions.

This project will help the firm test the functionality and technical considerations of building a platform to offer personalized pessaries for the management of POP.

Improvement of a robotic manufacturing process for the production of mass timber floor cassettes for high-rise construction.

The project goal to develop a Care Plan and Scheduling system that are aligned with the patient centred approach to care engaging multiple care providers (Primary Care, home care agencies, community organizations and/or hospital transition team) to collaborate on a single Care Plan and scheduling platform.

Optimize the internal quality assurance systems and introduce more efficient project management methods and methodologies within MinuteBox.