Our Projects
- Creation of a Dairy Management, Modelling, and Collaborative Framework System to Facilitate Predictive and Data-Driven Decision-Making in Canada
- GeoAI Platform for Automating Manual Observation Associated with Wheat Production (Phase 2)
- SoilOptix®: Advancing Processes to Predicting Soil Organic Carbon
- Autonomous Tractor Kit for Enabling Autonomous Farm Implement Operation
- Feasibility of an Autonomous Solution for Optimized Application of Livestock Manure
- Commercialization of IoT and AI for Carcass Cooling to Improve Meat Profitability, Quality and Food Safety
- Using Automation, Data, and Insights to Improve Meat Quality and Safety
- On-Farm Direct Measurements to Validate Traceability and Develop GHG Monitoring Tools for Canadian Dairy Producers
- Data-Driven Dormant Apple Tree Pruning and Tree Vigour Models to Improve Farm Outcomes
- F3: Farm to Factory to Farm: Pea Protein Quality and Traceability
- Integration, Optimization, Field Validations of BHF Agrobot, and Development and Validation of its Electric Weeding and Precision Agrochemical Application Technologies
- Smart Barn for Sustainable Swine Husbandry
- Application of Artificial Intelligence (AI) Technologies for Improved Welfare and Productivity in Commercial Sow Barns
- Smart Barn Technology for Swine Disease Prevention, Enhanced Biosecurity & Rapid Response
- Development of an Automatic Pork Quality Grading (APoG) System for Sustainable Pork Production
- Integrated Real-Time Nitrogen Guidance System for Optimizing Canadian Prairie Agriculture: The Automated Nitrogen Recommendation Algorithm
- Prescriptive Beekeeping: Leveraging Artificial Intelligence to Automate the Management of a Beekeeping Operation to Maximize Honeybee Colony Survival Rates and Business Profitability
- Apiculture prescriptive : tirer parti de l’intelligence artificielle pour automatiser la gestion d’une exploitation apicole afin de maximiser les taux de survie des colonies d’abeilles et la rentabilité de l’entreprise
- Advancing Agronomy Through Hyperlayer Data Collection and Analytics
- Automatisation de la récolte : Réduire les besoins en main-d’œuvre hautement qualifiée lors de la récolte de cultures commerciales de grandes superficies
- Optimizing Hyper-Eye: An Integrated Solution for Assessment of Fertility and Gender of Pre-Incubated Eggs
- Automating Traceability, Creating a Digital Manifest, and Providing Transport Assurance Via Generic Data Enablers
- Optimisation d’Hyper-Eye : une solution intégrée pour l’évaluation de la fertilité et du sexe des œufs pré-incubés
- Harvesting Automation: Reducing the Requirement for Highly Skilled Labour During the Harvest of Broad-Acre Cash Crops
- Artificial Intelligence (AI) Development for Autonomous Agriculture Application
- VeriGrain™ Development, Validation, and Commercialization
- Evaluation and Improvement of Economic, Environmental and Logistical Benefits of Autonomous Agricultural Equipment Operation for Broad-Acre Crop Production
- Pan-Canadian Smart Farm Network Development
- Agricultural Autonomous Controls Framework
- GeoAI Platform for Automating Manual Observation Associated with Wheat Production
- Automation and Scalability of SWAT MAPS to Advance Canadian Agriculture
- Digitizing Fomite Contact Tracing to Mitigate Pathogen Spread in Agriculture
- Precision Ranching for Improved Reproductive and Grazing Efficiencies
- Development of Automated Smart Device for Pork Marbling Assessment
- The Utilisation of 3-D Real-Time Multispectral Cameras to Identify the Liveweight, Optimal Slaughter Weight, and Carcass Weight in Pre-Slaughter Cattle
- Field to Glass – The Next Generation of Barley Traceability
