Our platform brings the power of Edge AI to the field, greenhouse, and factory floor-enabling localized decision-making, real-time monitoring, and automation even in low-connectivity environments.
AI models for crop health monitoring, soil condition analysis, and resource-efficient yield optimization.
Edge-based water and energy monitoring systems that automate irrigation and reduce costs.
Behavior analysis and anomaly detection through embedded sensors and machine learning.
Real-time emissions tracking, microclimate optimization, and intelligent lighting control for greenhouses and indoor farms.
Real-time tracking of temperature, humidity, and vibration to reduce spoilage and ensure food safety in production and cold chain environments.
Vision-based quality grading, supply chain optimization, and traceability tools from field to retail.
Accelerating Crop Disease Detection with Pathoscan
Pathoscan aimed to improve early detection of crop diseases using their PathoBox assay kits. Traditional lab-based analysis was slow, requiring expert validation and causing delays in intervention during narrow disease windows.
We collaborated with Pathoscan to build a scalable cloud ML pipeline that processes image data from biochemical assays. Our team implemented advanced image preprocessing, reaction classification, and developed a highly accurate machine learning model for real-time pathogen detection.
The project laid the foundation for Pathoscan's transition to a field-ready, automated detection tool, reducing reliance on manual interpretation and enabling scalable deployment across farms.
Edge AI is transforming how farms, food producers, and agri-enterprises operate-enabling real-time decisions, optimizing resource use, and enhancing resilience in the face of climate and connectivity challenges. Our platform brings intelligence directly to the field, greenhouse, and processing floor-empowering operators to act instantly and autonomously.
Seamless AI + IoT integration across the agri-food value chain.
Small and large farms, Indigenous growers, and food co-ops benefit from edge-enabled monitoring and automation tools that require no cloud dependency or extensive IT investment.
Easily embed our platform with temperature sensors, storage equipment, and QA systems to improve traceability, reduce spoilage, and ensure regulatory compliance.
Leverage our SDKs and APIs to rapidly integrate AI features into your platforms, including predictive maintenance, yield forecasting, and real-time crop diagnostics.
Our platform's modular architecture allows direct plug-in of your sensors and controllers-bridging data collection with localized AI processing.
Use AI models for cold chain monitoring, inventory optimization, and quality control in transit-supporting safety and transparency from field to shelf.
Collaborate with our platform as a testbed for applied research in sustainable agriculture, edge computing, and climate-smart food systems-supporting innovation, commercialization, and workforce development.