Agriculture Division
Precision Agriculture &
Autonomous Farming

Combining artificial intelligence, robotics, and data analytics to support modern precision agriculture across large-scale farming operations.

Overview

AI-powered farm management

BRAIIN's Agriculture platform combines artificial intelligence, robotics, and data analytics to support modern precision agriculture. The platform enables farmers and agricultural organisations to monitor crops, automate field operations, and generate insights that improve productivity and resource efficiency.

Using autonomous systems, environmental monitoring technologies, and advanced analytics, the BRAIIN platform provides real-time visibility into crop health, environmental conditions, and operational performance.

Agriculture
Platform Capabilities
End-to-end agricultural intelligence
Drone Spraying

Autonomous Crop Spraying

BRAIIN's autonomous drone systems enable precise crop spraying across large agricultural areas.

  • Drones apply targeted treatments with high accuracy
  • Reduces labour requirements and improves efficiency
  • Automated aerial systems cover large areas quickly
Environmental Monitoring

Environmental Monitoring

Sensors and analytics systems monitor environmental conditions affecting crop performance.

  • Monitor soil conditions, moisture levels, and environmental data
  • Identify patterns that impact crop health
  • Continuous operational visibility from field data
Platform

BRAIIN Agriculture Platform

A unified platform connects robotics, sensors, and analytics for intelligent agricultural insights.

  • Collect and analyse data from multiple sources
  • AI models identify patterns and risks
  • Helps farmers optimise management strategies
Intelligent Farm Management

Integrated robotics, monitoring & AI

The platform collects and analyses agricultural data from drones, sensors, and operational systems to generate insights that improve crop management and farm productivity.

Autonomous Drones

Crop spraying and aerial field monitoring via certified autonomous systems.

Environmental Sensors

Track soil and climate conditions in real-time across the farm.

AI-Driven Analytics

Identify crop health patterns and risks through machine learning.

Farm Integration

Connect with farm management workflows and agricultural systems.

IoT
Operational Impact
Measurable results for farmers

Technology that delivers quantifiable improvements across every metric that matters in agriculture.

15x
Faster Than Traditional Spraying

Technology enables crop spraying at 15x the speed of traditional methods.

30%
Cost Savings

10 drones and pilots can cover in one day what requires hundreds of hours of human labor.

20-25%
Yield Increase

Increase in crop productivity improving yields throughout the entire crop cycle.

85%
Less Water Usage

Less inputs: 85% less water, 50% less biologics. Sensors serve only areas in need.

Market Opportunity
Precision agriculture: a rapidly growing market

The global precision agriculture market is projected to grow at a 13.1% CAGR, driven by labor shortages, falling margins, and climate pressures.

Labor Shortages & Rising Costs

Labor accounts for +60% of agriculture costs, forecast to increase further with labor shortages due to an ever-growing global population.

Stagnant Yields & Falling Margins

Agriculture margins are being squeezed from every angle with rising costs and falling margins across global farming operations.

Worker Safety

Farm workers are exposed to multiple hazards including pesticides, fertilizers, and paints. Autonomous spraying dramatically reduces exposure.

Climate & Water Scarcity

Over 80% of croplands expected to experience water scarcity. Braiin's precision technology uses 85% less water.

100+ customers including some of the largest tea producers, agriculture technology distributors, and VARs in Asia

Operating across India, Sri Lanka, and through dealer networks and value-added resellers.

13.1% CAGR