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Quidich Innovation Labs Pvt. Ltd. - Agriculture Conference

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(1)

MECHANIZATION

A PRESENTATION BY

QUIDICH INNOVATION LABS LTD., D/11/1, MIDC, ANDHERI-E, MUMBAI

WWW.QUIDICH.COM

(2)

SCOPE

STATISTICAL

SNAPSHOT TRADITIONAL

MEASURES CROP INSURANCE

TRACKING

UAV IMAGERY REMEDIES THROUGH

UAV

QUIDICH FLEET &

SOLUTIONS

(3)

• Average Cropping Intensity in India: 137%

Irrigated Net Sown Area: 64.3m hectares

Potential to increase cropping insurance

Cropping Intensity

Top Cropping Intensive States Punjab

Haryana Uttarakhand

Least Cropping Intensive States

Jharkhand Tamil Nadu Assam

*NSA over 100,000 hectares

Cropping

Intensive States

•Cropping Intensity can be optimized by obtaining

consistent values to check the quality of soil, distressed areas and fertile spots.

Measures

•Selective Mechanization

•Precision Farming

Measures to increase

By engaging UAV service providers, accurate values can be gathered thereby enabling incisive decisions on other

fronts such as crop insurance, compliance, ground realities and crop / soil health improvement measures

(4)

TRADITIONAL INSTRUMENTS IN AGRICULTURE

Traditional Practices

Unmanned Aerial Vehicles

(UAV)

UAVs over incumbent mechanisms

• Low altitude flights that can capture more details

• Limited cloud interference with the survey

• Cost effective as chartering planes with sensors involve scheduling and fuel rates

• Ergonomic value considering the ease of usage and

• Can obtain crop parameters with a

high degree of accuracy

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LIMITATIONS OF ALERNATIVES

High Costs

Subject to Weather Conditions

Prior Arrangements needed

Cloud clearance issues

Numeric

transmission issues

Human Error More qualitative outputs

Ergonomic Risk Free

Cost Effective Accurate

Unmanned Aerial Vehicles (Drones as a Service) can enable data driven decisions on various fronts

namely health measures for distressed soil areas, insurance calculations based on crop health among

others

(6)

CROP INSURANCE ISSUES

Discrepancy in area insured

Poor Land record management

Incorrect claims based on inconsistent data

Lack of Early warning system for crop failure Lack of transparency and common platform for agricultural land data

Fertile insured land not under cultivation

Traditionally barren land fraudulently insured

Area insured, greater than area sown

(7)

CROP INSURANCE ISSUES

• Limitations in gathering correct data points for insurance schemes

• Delayed crop health estimations resulting in poor insurance payment turnaround

• Locate experimental plots in villages for CCEs. Non validation of values recorded by local accountant

Incorrect Raw Data

Miscalculated insurance

payouts

Delayed payment turnaround

Faulty crop analysis Impact on

insurance schemes

(8)

USING DRONES AS A SERVICE

Suppleme nt

Small area crop estimation

exercises Verify satellite

imagery

Crop cutting experiments

Evaluate

Yield calculation Accuracy of

satellite imagery Surveys to gauge crop

losses Potentially fertile areas

Solve

Data gathering issues

Delays and challenges

Crop productivity

issues

Capture

Overall anatomy of the

land and parameters

that can enable optimal soil

usage by increasing the

net sown area and cropping

intensity across the

country

Drones as a Service offer an end to end ownership of the survey which is comprised by:

• Imagery

• Analysis and Evaluation

• Recommendations and Solutions

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DRONES AS A SERVICE

Area of Interest

Flight

Planning

Data

cleansing

&

processing

(10)

Land Record Issues:

• Issues with transparency and clarity

• Land redistribution and acquisition issues

• Limitations in correlating cadastral data with ground features and identifying location and extent of plots

Proposal:

• A turnkey solution for accurately identifying a given plot number on a map with ground features and GPS

coordinates.

Technology:

• The solution integrates aerial data, existing land records and accurate GPS data, allowing a user to remotely identify plots with their survey numbers.

DRONES AS A SERVICE

(11)

HIGH RESOLUTION ORTHOMOSAIC

(12)

NDVI SURVEYS

(13)

GEO REFERENCING

Geo Referenced

land surveys are

placed into a

cloud based

repository to

record crop

history and

optimize

premiums

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EASY CLOUD BASED ACCESS

• Accurate boundary marking

• Owner record maintenance

• Precise area calculation Boundary Marking

• Interactive tools for area measurement and view Online Portal

• Cloud based repository to store geo references and land records Web Storage Architecture

• On demand service

• Easy collaboration

• Easy claim settlements

Collaboration and Access

(15)

Quidich Innovation Labs Pvt. Ltd., Mumbai provides UAV services offering end to end industrial solutions and consultations to help clients make decisions in alignment with policy and observed parameters

DRONES AS A SERVICE

•Station at a pilot district

Onsite Presence

•Capture data using NDVI cameras

Camera Work

•Validate hand held captured data

Data Check

•Analyze imagery and tabulate crop parameters

Analysis

•Develop necessary indices, prepare recommendations

Tabulate

•Assist with CCE and provide soil

analysis results

Provide Support

•Create a team of locals and train in UAV operations

Engage Locals

•Gather periodic snapshots of crop performance and publish

Create

Schedules

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OUR BIRDS

Weight 700 g

Wingspan 96cm

Material EPP foam, carbon fiber &

composite parts

Propulsion Brushless DC motor

Battery 3S , 11.1 V

Maximum Flight Time 45 minutes Cruise Speed ( Nominal) 50 -85 kmph

Radio Link Range Up to 3 km

Maximum coverage (single flight) Up to 4 km2 Ground Sampling Distance 2-5 cm

Camera Resolution 18.2 MP

Weight 3.0 Kg

Motor Configuration 4 motor , X-configuration

Material Carbon fiber, molded plastic

Propulsion Brushless DC motor

Battery 6S , 22.8 V

Maximum Flight Time 15 minutes

Cruise Speed ( Nominal) 30-40 kmph

Radio Link Range 1 km

Maximum coverage (single flight) 40 acres Ground Sampling Distance 1-5 cm

Camera Resolution 12 MP

(17)

QUIDICH FLEET CAPABILITY

Safety Standards

Quidich Innovation Labs Pvt. Ltd. Strives to keep up its exemplary safety record. Strict precautionary measures are taken during field exercises.

Quidich has a 100% flight success rate

•Plant biomass and chlorophyll content

•Plant productivity and accumulated rainfall

•Digital Elevation and Surface Models (DEM & DSM)

•Orthomosaics and 3D Models NDVI Cameras

•Still true color images

•High detail, soil value RGB Cameras

•Thermal maps for soil / crop assessment

•Cloud based online login for easy stakeholder access and review

•Share recommendations with experts Workspace Software

•Output analysis and reportage

•Exhaustive solution kit covering all facets of the exercise

•Training sessions and follow ups In-house Experts

(18)

QUIDICH CLIENTS

Largest UAV fleet in the country, 20+ multi-rotors ; 4 fixed-wings

(19)

THANK YOU…

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