Innovation news

Across Canada, a new generation of artificial intelligence ventures is reshaping how technology aligns with public values. Startups emerging from university labs and community innovation hubs are building tools designed not only for performance but also for fairness. Transparent algorithms, explainable models, and open data commitments are becoming central features, reflecting a shift from rapid development to responsible creation. This direction signals that Canada’s AI sect

Artificial intelligence is becoming an essential instrument in Canada’s response to the climate crisis. Across research labs, startups, and policy circles, data scientists are applying machine learning to understand complex systems such as wildfire behaviour, Arctic ice melt, and extreme weather patterns. The goal is to turn vast and often fragmented climate data into actionable insights that can guide everything from community planning to resource management. Canadian resea

Across the country, Canada’s agri-food sector is experiencing a quiet transformation. Entrepreneurs and researchers are building new links between digital technology and sustainable agriculture, using data and automation to rethink how food is grown and distributed. Precision farming tools now help producers adjust water and nutrient use by the square metre, while robotics and sensing systems support safer, more efficient harvests. The goal is not simply higher yields, but re

Canada’s founder community is heading into 2025 facing a reset in how growth and exits are taxed. The federal adjustments to the Scientific Research and Experimental Development (SR&ED) program are prompting early-stage companies to revisit their R&D budgets, particularly the thresholds that determine refundable credits. For many science-based ventures, the change will alter the timing of experiments, hiring, and equipment spending. At the same time, the new Canadian Entrepre

Across Canada, fields once guided by weather patterns and farmer intuition are now informed by streams of digital data. In greenhouses and prairie farms alike, new agri‑tech systems apply artificial intelligence to monitor soil conditions, automate irrigation, and forecast yields. These tools are redefining how climate variation and resource use are managed, translating research into precise, real‑time decisions that make agriculture both more productive and more sustainable.

Across Canada, agriculture is entering a new phase of transformation. In fields from the Prairies to the Maritimes, researchers and entrepreneurs are using data and algorithms as tools of cultivation. Artificial intelligence now supports precision crop management, while connected sensors track soil health, irrigation, and yield forecasts in real time. What was once considered experimental technology has become practical infrastructure for a sector facing growing pressure to p

From remote prairie fields to urban rooftops, Canadian agriculture is undergoing a quiet revolution. Advances in precision technologies and data-driven crop management are helping farmers anticipate changes in weather, water use, and soil conditions with new accuracy. At the same time, vertical farming facilities near major cities are changing what “local food” means, reducing kilometres travelled and extending growing seasons far beyond what climate alone has allowed. Togeth

Across Canada’s farm regions, a quiet technological shift is transforming how food is grown and delivered. Economic pressures, climate variability, and global supply fluctuations have created an urgent need for methods that use fewer resources while maintaining high yields. In response, a new generation of Canadian agritech entrepreneurs is building businesses that turn data into decisions — using digital monitoring, soil analytics, and automation to improve efficiency from s

Across Canada’s agricultural regions, technology is transforming how farmers plan, plant, and protect their crops. As the government and research community look ahead to 2025, food security has become a strategic concern—one that blends climate adaptation with digital innovation. AI-assisted soil mapping now helps producers read their land with new precision, while predictive analytics supports better crop rotation and water use. These tools promise not just efficiency but re

Across Canada, a quiet transformation is taking shape in fields and greenhouses alike. Entrepreneurs and researchers are using digital tools such as artificial intelligence, drones and smart sensors to monitor soil health, predict yields and fine-tune irrigation. These technologies are turning agriculture into a data-driven enterprise — one that reduces waste, conserves water and responds to the realities of a changing climate. What once relied mainly on experience and intuit