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AgriTech / Robotics / Sustainability ● Active

AgriBot — Autonomous AI Farming Robot

Self-driving farming robots that plant, spray and harvest crops 24/7 with zero human labour.

Iowa, USA

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2
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3
~60 days before shipping

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🎁 Early Backer Perks

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Reserved from first production batch
💰
Early-Bird Price
Locked in before public launch pricing
🚀
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Shipped before general availability
📧
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Prototype videos and milestone emails
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Product
AgriBot — Autonomous AI Farming Robot
Pre-order Target
₹15 Cr
Total Pre-ordered
₹10.69 Cr
Product Price
₹10 Cr
Pre-order Now
₹1 Cr
Expected Delivery
January 1970
Delivery Notes
Ships within 1 year of production start
Product Price
₹10 Cr
🛒 PRE-ORDER
₹10,000,000 10% upfront deposit
✅ Price locked at ₹10 Cr forever
💳 Balance ₹9 Cr on delivery
↩️ 100% refundable before shipping
📜 Certificate issued instantly
📅 ADVANCE BOOKING
₹5,000,000 5% slot reservation fee
⚠️ Final price may change at delivery
💳 Est. balance ₹9.5 Cr on delivery
❌ Slot fee non-refundable
📜 Certificate issued instantly
What's the difference? Pre-Order locks your price at ₹10 Cr permanently — pay ₹1 Cr now, ₹9 Cr on delivery. Advance Booking reserves your slot for just ₹50 L but the final price may change. Pre-order deposits are 100% refundable before shipping.
71% Pre-ordered ₹10.69 Cr pre-ordered of ₹15 Cr
🎯 Target: ₹15 Cr
📋
About This Project
Overview, mission & core vision
Overview
🚀
�� Automated Crop Monitoring
Multispectral cameras scan every plant daily, detecting disease, pest damage and nutrient deficiency at early stages. • Precision Spraying System: AI targets only affected plants with micro-dose pesticide or fertiliser, reducing chemical use by up to 90%. • Autonomous Navigation: GPS and computer vision guide AgriBot across any terrain 24/7 without human intervention or remote control. • Soil Health Analysis: Built-in sensors measure moisture, pH, nitrogen and potassium levels in real time across the entire field. • Harvest Assistance: Robotic arms identify ripe produce and harvest gently without bruising, working 3x faster than manual labour. • Weather-Adaptive Operation: Integrates live weather data to schedule irrigation, spraying and harvesting around optimal conditions automatically.
🔧
Features
Core capabilities & functionalities
6 Features
✓
Automated Crop Monitoring
Multispectral cameras scan every plant daily — detecting disease, drought stress and pest damage at early stages.
✓
Precision Irrigation
Soil moisture sensors and weather data combine to irrigate exactly where and when needed — saving 60% water.
✓
Autonomous Navigation
GPS + LiDAR pathfinding navigates between rows, avoids obstacles and operates 24/7 without supervision.
✓
Targeted Fertilisation
AI soil analysis delivers micro-doses of fertiliser only to plants that need it — reducing input cost by 40%.
✓
Weed & Pest Control
Computer vision identifies weeds and pests with 97% accuracy and applies treatment only to affected spots.
✓
Crop Yield Prediction
Machine learning models predict harvest yield 6 weeks in advance for better market planning.
✦
Key Advantages
Why this project stands out
6 Advantages
⚠️
Predicts Failure 72 Hours Early
Vibration, current and temperature analysis detects developing faults in motors, cables, brakes and doors 72 hours before breakdown — maintenance team replaces failing component during scheduled downtime instead of responding to a breakdown with passengers trapped
🛗
Zero Passenger Entrapment
Pilot buildings using LiftLog reported zero passenger entrapment incidents over 18 months versus industry average of 2.3 entrapments per lift per year — most impactful safety metric for residential society facility managers and liability insurers
📊
Compliance Certificates Auto-Generated
LiftLog generates IS 14665 statutory inspection data automatically — maintenance records, safety check logs and performance metrics formatted for lift inspector submission, reducing compliance documentation effort from 4 hours to 4 minutes per inspection
🔧
Clamps On Without Stopping Lift
All LiftLog sensors install on existing cable, motor and door mechanism externally — no lift shutdown required for installation. Full sensor suite fitted and live within 4 hours of installation team arrival with residents using the lift throughout
💰
Reduces Maintenance Cost by 45%
Predictive maintenance replaces scheduled maintenance — parts replaced only when wear is detected, not on calendar schedule. Pilot buildings reduced annual lift maintenance expenditure by 45% while improving reliability and safety simultaneously
🏢
Multi-Lift Building Dashboard
Building manager app shows health status of all lifts simultaneously — colour-coded risk dashboard, upcoming maintenance schedule, energy consumption per lift and month-on-month reliability trend for AMC renewal negotiations
🗺
How It Works
Step-by-step process & workflow
6 Steps
01
Farm Setup & Mapping
AgriBot autonomously surveys your farm perimeter, creates a precision GPS field map and identifies crop rows.
02
Sensor Calibration
Soil sensors and weather station are calibrated to your farm-specific conditions and crop types.
03
AI Crop Planning
Input your crop type and growth stage. AI generates a customised monitoring and intervention schedule.
04
Autonomous Daily Operations
AgriBot executes monitoring, irrigation, fertilisation and pest control rounds on its own schedule.
05
Daily Farmer Reports
Receive a morning crop health summary, action alerts and yield forecast updates on the mobile app.
06
Harvest Optimisation
AI signals optimal harvest timing per zone — maximising quality, minimising waste and coordinating logistics.
💡
Technology
Tech stack & innovation
6 Technologies
📡
GPS RTK + LiDAR Navigation
Centimetre-accurate positioning allows AgriBot to navigate between crop rows without touching plants.
📷
Multispectral Imaging
6-band cameras capture NDVI, NIR and thermal data to detect plant stress invisible to the human eye.
🧠
On-Device Crop AI
Edge AI chip classifies 200+ crop diseases and pest species from camera images in under 2 seconds.
🌡️
IoT Soil Sensor Array
Distributed sensors measure moisture, temperature, pH and NPK at 10 cm depth across the field.
☀️
Solar + LiFePO4 Battery
300W solar canopy with 12 kWh lithium iron phosphate battery enables 18-hour autonomous field days.
☁️
Farm Intelligence Cloud
Aggregated multi-farm data continuously improves AI models and provides regional pest/disease alerts.
📊
Market Opportunity
Market size, growth & potential
6 Data Points
$20B
Agri-Robotics Market by 2030
570M
Smallholder Farms Globally
24%
CAGR Precision Agriculture
40%
Input Cost Reduction Achieved
35%
Average Yield Increase
India + SE Asia
Primary Launch Markets
📐
Specifications
Technical details & parameters
8 Specs
Operating Hours
18 hrs/day (solar)
Field Coverage
Up to 10 acres/day
Navigation
GPS RTK + LiDAR
Camera System
6-band multispectral
Water Saving
60% vs traditional
Battery
12 kWh LiFePO4
Payload
50 L spray tank
IP Rating
IP67 all-weather
Product Price
₹10 Cr
Choose your purchase option
71% Pre-ordered ₹10.69 Cr pre-ordered
—
Days Left
71%
Pre-ordered
Product Price
₹10 Cr
Pre-Order Notice: This is a product reservation, not an investment. No shares or equity are issued. Deposit is 100% refundable before shipping. Refund Policy
🛒 Pre-order
Pre-Order Pay 10% now — ₹10,000,000 · Balance ₹90,000,000 on delivery
See pre-order breakdown▼
Product price₹10 Cr
Buyer pays now (10%)₹10,000,000.00
Creator receives (96%)₹9,600,000.00
Platform fee (4%)₹400,000.00
Balance due on delivery₹90,000,000.00
Creator receives (96%)₹86,400,000.00
Platform fee (4%)₹3,600,000.00
Buyer pays exact price · Platform takes 4% from each payment · 📜 Certificate issued
📅 Advance Booking
Advance Booking Reserve now — ₹5,000,000 · Balance ₹95,000,000 on delivery
See booking breakdown▼
Product price (current)₹10 Cr
Buyer pays now (5%)₹5,000,000.00
Creator receives (96%)₹4,800,000.00
Platform fee (4%)₹200,000.00
Est. balance on delivery₹95,000,000.00
Creator receives (96%)₹91,200,000.00
Platform fee (4%)₹3,800,000.00
⚠ Final price may change · Buyer pays exact price · 📜 Certificate included
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What is the funding target for AgriBot — Autonomous AI Farming Robot?

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