Key Focus Areas

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.

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Precision Agriculture

AI models for crop health monitoring, soil condition analysis, and resource-efficient yield optimization.

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Smart Irrigation & Resource Optimization

Edge-based water and energy monitoring systems that automate irrigation and reduce costs.

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Livestock Health & Anomaly Detection

Behavior analysis and anomaly detection through embedded sensors and machine learning.

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Controlled Environment Agriculture

Real-time emissions tracking, microclimate optimization, and intelligent lighting control for greenhouses and indoor farms.

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Smart Food Processing & Storage

Real-time tracking of temperature, humidity, and vibration to reduce spoilage and ensure food safety in production and cold chain environments.

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Post-Harvest Automation & Analytics

Vision-based quality grading, supply chain optimization, and traceability tools from field to retail.

Case Study

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Pathoscan

Accelerating Crop Disease Detection with Pathoscan

The Challenge

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.

Our Approach

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.

Key Results
  • Achieved 92% accuracy in pathogen detection
  • Reduced processing time to under 5 seconds
  • Model demonstrated 91% AUC score, ensuring reliable predictions
Impact

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.

Key Outcomes
Crop Yield Accuracy30%
Reduction in Water & Energy Use40%
Accuracy in Pathogen Detection92%
Reduction in Crop Loss25%
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Agriculture & Food Industry Transformation

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.

Transformation Highlights
  • From Manual Monitoring → To Real-Time AI Insights
  • From Centralized Data Dependency → To Edge Intelligence
  • From Generic Solutions → To Configurable, Use-Case Specific Tools
  • From High-Cost Deployments → To Scalable, Affordable Adoption
Discover Edge AI Products
+30%
Crop Yield Accuracy
-40%
Water & Energy Use
5X
Faster Decisions
-25%
Reduction in Crop Loss

Agriculture & Food Ecosystem Integration

Seamless AI + IoT integration across the agri-food value chain.

Producers

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.

Agri-Food Processors

Easily embed our platform with temperature sensors, storage equipment, and QA systems to improve traceability, reduce spoilage, and ensure regulatory compliance.

AgTech Startups & Solution Providers

Leverage our SDKs and APIs to rapidly integrate AI features into your platforms, including predictive maintenance, yield forecasting, and real-time crop diagnostics.

IoT & Sensor Vendors

Our platform's modular architecture allows direct plug-in of your sensors and controllers-bridging data collection with localized AI processing.

Distributors & Logistics Operators

Use AI models for cold chain monitoring, inventory optimization, and quality control in transit-supporting safety and transparency from field to shelf.

Academic & Research Institutions

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.