AI + IoT Autonomous System for Water Cleaning & Quality Monitoring
An intelligent autonomous surface vehicle (ASV) engineered to monitor freshwater parameters in real-time, pinpoint contamination plumes, and autonomously collect floating surface debris before ecological damage occurs.
WATER QUALITY MONITORING
Real-time continuous measurement of critical parameters including pH, Dissolved Oxygen, Turbidity, and Nitrate levels.
POLLUTION DETECTION
Edge AI algorithms identify abnormal chemical discharge, oil slicks, and sudden contamination spikes at source.
AUTONOMOUS WASTE COLLECTION
Hydrodynamic conveyor mechanism collects and stores floating macro-plastics, weeds, and solid surface debris.
SMART DATA & ANALYTICS
IoT telemetry bridges high-resolution sensor trends to cloud dashboards for data-driven watershed governance.
OUR MISSION
To ensure clean, safe, and sustainable water bodies using advanced robotics and real-time environmental intelligence.
Clean Water Ecosystems
Continuous water Quality Monitoring and autonomous floating debris harvesting to restore clarity and sunlight penetration to freshwater habitats.
Healthy Aquatic Life
Safeguarding fish, amphibians, and flora through dissolved oxygen stabilization and proactive toxic chemical spill alerts.
Sustainable Water Future
Arming municipalities, researchers, and water utilities with transparent, verifiable watershed intelligence.
HOW JALRAKSHAK WORKS
An integrated autonomous platform combining multi-probe telemetry, onboard Edge AI inference, solar power, and robotic harvesting.
Sensors & Analysis Array
Submerged multi-probe housing measuring pH, Dissolved Oxygen, Turbidity, Nitrate, and Temperature.
Solar-Powered Array
Monocrystalline solar deck delivering clean continuous energy for multi-day autonomous patrol.
AI Processor & Edge Core
Low-latency neural anomaly engine classifying water parameters and detecting pollution plumes.
IoT Telemetry Module
Dual-band 4G LTE & LoRaWAN connectivity transmitting encrypted data packets to the cloud.
Autonomous Navigation
RTK-GPS waypoint routing paired with 360° LiDAR and vision-based obstacle avoidance.
Hydrodynamic Waste Collector
Surface skimming conveyor intake and 50 kg floating debris collection hopper.
WATER QUALITY MONITORING
Know the water. Understand the ecosystem. Continuous multi-parameter telemetry with instant anomaly alerts.
Measures hydrogen-ion acidity/alkalinity. Optimal range: 6.5 - 8.5 pH for freshwater aquatic survival.
Vital for fish respiration and biological balance. Levels below 4.0 mg/L indicate severe hypoxia.
Regulates biological reaction speeds and gas solubility. Healthy tropical/temperate target: 18 - 26 °C.
Quantifies suspended particulate matter and microplastics. Standard clear lake target: < 5.0 NTU.
Fertilizer runoff indicator. High concentrations (>5 mg/L) trigger catastrophic toxic cyanobacteria algal blooms.
Reflects the self-cleansing capacity of the water body. Clean oxygenated water range: 250 - 450 mV.
AI Anomaly & Contamination Simulator
Select a simulated water scenario to test JALRAKSHAK's autonomous detection and response engine.
AUTONOMOUS WASTE COLLECTION
Extracting floating macro-plastics, beverage bottles, and organic waste before decomposition into benthic microplastics.
DETECT
Computer-vision cameras and forward sonar identify surface debris clusters.
NAVIGATE
Differential thrusters dynamically steer toward the highest waste density zone.
COLLECT
Submerged hydrodynamic conveyor belt lifts solid waste from the surface layer.
STORE
50 kg onboard hopper stores waste securely until docking and eco-recycling.
JALRAKSHAK MONITORING DASHBOARD
Integrated telemetry suite streaming water quality trends, telemetry feeds, and autonomous vessel location.
Water Quality Index (WQI)
Live Sensor Trends
ASV GPS Patrol Radar
SDG 6 — CLEAN WATER AND SANITATION
Direct technological alignment with United Nations Sustainable Development Goals to safeguard freshwater ecosystems worldwide.
Improve Water Quality
By actively detecting illegal industrial discharges, monitoring chemical spikes, and eliminating floating waste dumping in rivers and lakes.
Integrated Water Resources
Supplying transparent, continuous watershed telemetry to municipal authorities, pollution control boards, and research institutions.
Protect & Restore Ecosystems
Mitigating eutrophication, removing suffocating aquatic surface weeds, and protecting aquatic biodiversity in wetlands and rivers.
IMPACT WE AIM FOR
Measurable, verifiable technological contributions toward water preservation and zero-emission environmental stewardship.
Cleaner Rivers & Lakes
Clearing surface pollutants before they settle to lakebeds.
Reduced Floating Pollution
Preventing macro-plastics from degrading into micro-particles.
Water Quality Awareness
Empowering communities and authorities with open telemetry.
Healthier Aquatic Life
Restoring dissolved oxygen and safeguarding fish habitats.
Sustainable Water Ops
Data-driven preventive governance for water bodies.
PROJECT & TECHNOLOGY EXPLORER
Explore the core engineering subsystems powering JALRAKSHAK. Click any card to inspect full technical specifications.
JALRAKSHAK ASV
Autonomous surface catamaran boat engineered with aerodynamic carbon composite hulls and dual high-torque electric thrusters.
Water Quality System
Submerged probe cluster with anti-fouling ultrasonic transducers reading pH, DO, Turbidity, Nitrate, and ORP at 1 Hz.
AI Anomaly Engine
Low-power neural inference running on Edge AI hardware for real-time contamination plume pinpointing and obstacle categorization.
Navigation & Obstacle Avoidance
RTK-GPS centimeter precision waypoint routing combined with solid-state LiDAR and depth camera vision safety.
Waste Harvesting Module
Front hydrodynamic scoop conveyor belt with dual-stage stainless mesh extracting floating debris into a 50 kg collection bin.
Solar Power Architecture
High-efficiency monocrystalline solar deck paired with smart LiFePO4 battery storage for 14+ hours continuous operation.
MEET THE FOUNDERS
Innovating autonomous robotics, Edge AI, and IoT technologies for clean water conservation and ecosystem preservation.
Chetan Punj
Co-Founder & Tech LeadAnmol Agarwal
Co-Founder & Business Lead
For Safer Tomorrow.
✉️ chetan.techlead@jalrakshak.me
✉️ anmol.businesslead@jalrakshak.me
JalRakshak Digital Hub
LET'S COLLABORATE
Have an idea, collaboration opportunity, or deployment query? Send a message directly to our team.