Applications // Energy & Environment // Agriculture And Smart Farming
application robotics tomato picking 1739883170

Plant Monitoring Cameras For Smart Farming And Agricultural Robots

Maximize Yields, Cut Costs, Ensure Sustainable, High-Quality Harvests

Enhance crop monitoring, yield analysis, and equipment guidance with industrial cameras. Optimize smart farming processes and improve productivity in modern agriculture.

Challenges & Trends

Service 03

Unreliable Performance In Harsh Conditions

The need for compact, robust systems operating reliably with mandatory IP-rated protection against dust, water, and constant vibrations on heavy machinery is a major headache.

Communications Questions 01

Dynamic Biological And Lighting Shifts

Crops constantly change shape, size, and colour, while sunlight, shadows, and weather wildly fluctuate. Maintaining low-latency, high-accuracy detection for tasks like targeted spraying requires systems that can instantly adapt to these extreme visual variances.

Delivery

Data Bottlenecks On Fast-moving Vehicles

Immediate action is required (e.g., spraying a weed) based on images captured at high speed. This demands both extremely low latency and reliable long-distance cable connections for multiple cameras on large machinery like spray booms.

Technical Requirements

  • Infrared, NIR, SWIR sensitivity for Hyperspectral and Multispectral Imaging in plant analysis
  • Small size, low weight, energy efficient cameras for the use of drones and robots in agriculture
  • Robust, shock, vibration, temperature resistant, weatherproof camera housing (IP protection) for outdoor use 
  • Low latency, precise triggering and high frame rates for smart farming proccesses
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