Make in India · AI Robotics Platform

AutonomousSanitationRobotics

AI-driven modular robots for India's public infrastructure — zero pre-mapping, real-time 3D scanning, 60–70% less water.

₹50K
Per Unit
18–24
Month ROI
6–8×
Cleaners Replaced
70%
Less Water
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01/ Problem

India's Sanitation
Crisis Has a Cost

High Labour Costs
High Labour Costs
₹10–15K/cleaner/month
1 robot replaces 6–8 cleaners
Worker Safety Risk
Worker Safety Risk
70+ deaths/year
Zero human exposure to hazard zones
Glass/Wall Cleaning
Glass/Wall Cleaning
Scaffolding & rope access
Autonomous suction-climbing module
No Audit Trail
No Audit Trail
Paper-based, no compliance
Timestamped mission logs, cloud reports
5M+
Sanitation workers in India

India's public sector employs over 5 million sanitation workers exposed to hazardous conditions with minimal safety protection.

02 / Technology

Built on
Edge AI

GROUND OPERATIONS

Floor Module

Counter-rotating brush deck, squeegee, dual-input soap-water mixing, dirty-water vacuum.

Station concourses
Hospital corridors
Airport terminals
VERTICAL OPERATIONS

Glass/Wall Module

8-pod vacuum adhesion array, wiper-scrubber arm, vertical mobility, streak detection.

Government façades
Metro glazing
Atria
HEALTH OPERATIONS

UV Sanitization

UVC array (254nm), dose-controlled exposure for complete microbial elimination.

Hospital wards
Outbreak response
Clean rooms

── Autonomous Cleaning Workflow

01
Mission Trigger
Scheduled time, operator command, or occupancy-sensor threshold
02
3D Scan
LiDAR + RGB-D cameras generate full 3D occupancy map in 45–90 seconds
03
Surface Classification
AI segments floor, glass, walls, furniture, dynamic obstacles
04
Path Planning
Boustrophedon decomposition + GA optimizer for water/battery/time
05
Cleaning Execution
Adaptive brush RPM and fluid dosing based on real-time dirt scores at 10 Hz
06
Mission Close
Robot docks, uploads timestamped report, flags anomalies for human review

── Technical Specifications

Primary ComputeNVIDIA Jetson Orin NX 16GB
LiDAR16-ch Rotating · 360° @ 10 Hz
Cameras2× RGB-D + 1× Downward Vision
SLAM AlgorithmLIO-SAM — Real-time 3D Mapping
AI ModelYOLOv8-seg · TRT INT8 · <12ms/frame
Drive System4-Wheel Differential · 0.8 m/s
BatteryLiFePO4 24V · 4–6 hr operating
Water Tanks15L Fresh + 12L Dirty (auto-managed)
ConnectivityWi-Fi 6 + 4G/LTE Fallback · MQTT
03 / ROI

Returns in
18–24 Months

Annual Sanitation Cost (20 cleaners)
0
at ₹10K–15K/cleaner/month
Fleet Cost (3 robots)
0
hardware + ₹60K/yr maintenance
Labour Savings per Year
0+
60–75% reduction
5-Year Net Saving
0+
per mid-size facility

── BOM Cost Breakdown

Edge Compute (Jetson)8,000
LiDAR Sensor6,000
RGB-D Cameras (2×)5,500
Drive Motors + Chassis7,000
Battery (LiFePO4 24V)4,500
Floor Brush Deck + Pump5,000
Glass Suction Module6,000
Water Tanks + Fluid System3,000
PCBs, Wiring, Electronics2,500
Connectivity (Wi-Fi + 4G)1,500
Assembly, Housing & Misc.1,000
TOTAL BOM50,000

── Competitive Edge

FeatureSaafi SaathiKärcherBrain CorpHobot WCR
Real-Time 3Dpartial
Floor Cleaning
Glass/Wallresidential
AI Dirt Detectionbasic
No Pre-Mappingpartial
Fleet Mgmtpartial
India-Made
04 / Roadmap

36-Month
Execution Plan

1
Phase 1
0–6 months
IN PROGRESS
Functional prototype: floor module
3D scanning system validated
Basic path planning in lab
2
Phase 2
6–12 months
Glass/wall module integration
Pilot in 1 government building
Fleet dashboard v1 launch
3
Phase 3
12–24 months
Production-scale manufacturing
UV sanitization module
Multi-robot fleet operations
Government procurement
4
Phase 4
24–36 months
Smart-city scale deployment
50+ unit deployments
Predictive maintenance AI
Export market entry
05 / Impact

Measurable
Outcomes

Labour Displacement
Labour Displacement
6–8 manual cleaners replaced per robot per shift
Worker Safety
Worker Safety
100% removal of hazardous cleaning task exposure
Water Conservation
Water Conservation
60–70% reduction vs manual operations
Cleaning Consistency
Cleaning Consistency
Standardized, auditable cleaning on every shift
Policy Alignment
Policy Alignment
Swachh Bharat 2.0 · Jal Shakti · Make-in-India PLI