Insights & Resources
Guides, updates, and insights on smart water management and IoT automation.
Smart Water Tank Monitoring for Commercial Buildings in Bengaluru
Smart water tank monitoring helps commercial buildings in Bengaluru remotely monitor OHTs, sumps, pumps and water usage while improving visibility and automating daily water management.
How Chennai Apartments Can Automate OHT and Sump Water Management
Discover how Chennai apartments can automate OHT and sump water management with wireless radar level sensors, smart pump controllers, remote monitoring and connected water-management solutions.
Smart Water Management Solutions for India’s Growing Water Challenges
India faces diverse water challenges, from groundwater and irrigation to urban and industrial water management. Discover how IoT, pump automation and remote monitoring can improve water management across India.
Why My Tank Is One of India’s Best Smart Water Management Systems
My Tank is one of India’s best smart water management systems, combining 100% wireless, non-invasive radar sensing with pump automation, real-time monitoring and water quality management.
How to Monitor Water Levels in Deep and Hard-to-Reach Tanks
Monitor deep, underground, sump and hard-to-reach tanks remotely using hydrostatic sensors and IoT water monitoring systems. Reduce manual inspections, prevent overflow and improve pump management.
Smart Water Management System Platform for Municipalities: Complete Guide
Discover how municipalities can use IoT, radar level sensors, automatic pump controllers, LoRa, 4G and Wi-Fi to monitor OHTs, automate pumping, track water quality, flow and pressure, and improve municipal water distribution
Delhi Water Expo 2026: Showcasing the Future of Smart Water Management .
At Delhi Water Expo 2026, My Tank showcased the future of smart water management through IoT-based tank monitoring, pump automation, flow monitoring, remote control, intelligent alerts, and real-time data analytics.
How to Monitor Water Tanks Remotely: Complete Guide to Remote Water Monitoring
Monitor your water tank level remotely from your mobile phone using IoT and wireless water level monitoring. Learn how remote monitoring, real-time alerts and pump automation can simplify water management.
Automatic Water Tank Pump Controller: How It Works, and Benefits
Discover how an automatic water tank pump controller uses water level and pressure conditions to automate pump operation, prevent overflow, reduce wastage, and enable remote monitoring.
AI Water Monitoring Platforms: How AI Improves Smart Water Management
Learn how AI-Based Water Monitoring Platforms combine IoT, smart metering, and automation to improve water conservation, industrial water management, and sustainability.
How to Monitor TDS in Water: Causes, Effects, and Water Quality Monitoring Solutions
Understand the causes of high TDS and explore real-time water quality monitoring solutions for safer, smarter water management.
Radar Level Sensors for Any Water Tank: Shapes, Sizes, and Materials
Discover how radar level sensors accurately monitor water tanks of all shapes, sizes, and materials. Learn why wireless, solar-powered radar technology is the smart choice for reliable water level monitoring.
Wired vs Wireless Water Tank Level Sensors: Which Is Better for Your Application?
Choosing between wired and wireless water tank level sensors affects installation, maintenance, and scalability. This guide compares both technologies to help you select the right solution for efficient smart water management.
The Role of IoT Water Tank Monitoring in WASH Programs
WASH (Water, Sanitation and Hygiene) programs depend on reliable access to safe and fresh water. IoT water tank monitoring is transforming WASH infrastructure by providing real-time visibility into tank levels, automated pump control, remote monitoring, and instant alerts.
Radar Water Level Sensor: How It Works and Where It Is Used
Discover the top applications of radar water level sensors across buildings, industries, municipalities, agriculture, and reservoirs with IoT-based smart monitoring.
How Radar Level Sensors Work for Overhead Tank Monitoring (OHT)
Learn how radar water level sensors work for overhead tank monitoring. Explore wireless LoRa-enabled sensors, IoT monitoring, and smart water tank automation.
What Is a Water Tank Level Sensor? Types, How They Work.
This complete guide explains how different technologies—including float, ultrasonic, radar, hydrostatic, and capacitive sensors—work, along with their advantages and ideal applications
Ultrasonic vs Radar Level Sensor - Which Is Better for Water Tank Level Monitoring in 2026?
Ultrasonic or radar level sensor ? Discover the key differences in accuracy, maintenance, and performance to choose the best water tank level monitoring solution.
5 Hidden Costs of Manual Water Tank Management
Manual water tank management drains budgets through structural overflows, pump burnouts, and high energy bills, but switching to the MyTank lets you automate, monitor thousands of multi-site tanks, and control pumps remotely from one mobile dashboard.
How pump automation reduces electricity bills in high-rise buildings
A smart pump controller with a wireless tank level sensor eliminates all three - automatically. Start at 20% tank level, stop at 95%, never overflow, never dry run.
How IoT-Based GRP Tank Monitoring Improves Fire Safety Readiness
Improve fire safety readiness with IoT-based GRP tank monitoring. Monitor tank levels in real time, receive instant low-level alerts, automate pumps, and ensure continuous fire water availability with smart wireless monitoring solutions.
Why MyTank is the Best Water Tank Level Monitoring System for Apartments & Industries
This blog explains how smart water tank level monitoring systems help apartment complexes automate water management, prevent overflow ,reduce manual monitoring, and ensure uninterrupted water supply.
Smart Water Tank Automation for Buildings: How IoT is Transforming Water Management
Discover how IoT-based smart water tank monitoring and automation systems help buildings prevent overflow, optimize pump operations, and reduce water waste.
