Breakthrough approach ‘grows’ colour to produce natural colours for the textile industry, removing environmental hazards traditionally associated with the sector

Juliette Champeil is reducing the time it takes pharmaceutical companies to get vaccines to market by giving them a safer, easier and quicker way to evaluate their products.

Pascal McCarthy is helping athletes perform better and stay injury-free by analyzing and improving both the way they move and their mental wellbeing — all using a state-of-the-art AI-based platform he created.

A Montreal innovator is on a mission to better predict and prevent strokes so fewer families endure the sudden loss of a loved one. Her first-of-its-kind tool uses cutting-edge AI and image analysis technologies to make more accurate stroke predictions

A first-of-its-kind robot goes where no human should ever have to go: into the murky, muddy sludge of industrial mine tailing ponds and other hazardous terrains that need to be continually monitored.

Ontario start-up builds and commercializes tools based on classical quantum information theory to ensure the highest level of security and communication over public and private networks, paving the way for the future quantum Internet

Dr. Seyyedarash Haddadi developed a novel, low-cost compound — made from a graphene oxide-silver combination — that can be used as part of a coating material for masks; this material makes them 99.99 percent effective against transmission of COVID-19.

Four Indigenous-led interns at the Sanyakola Foundation build a framework to help recover Kwak’wala – one of the world’s endangered Indigenous languages.

A Montréal chemical engineer and small business owner has developed a disruptive system that converts CO2 emissions into commercial-grade potassium formate — a chemical used as de-icer in airports.

Small business owner and entrepreneur aims to disrupt the $9 billion rope-access industry with “human-like” robot that improves safety and delivers three to four times faster than traditional methods.

Small business entrepreneur and postdoctoral fellow at University of Waterloo uses machine learning to develop first-of-its-kind technology that has the potential to fight aquaculture’s problem with harmful algae blooms, which injure fish.

With Mitacs’s support, master’s student at Concordia University starts a business to create an innovative custom-made device that addresses uterine prolapse, a challenge faced by one in 10 women.