Trusted by leading companies
End-to-end IoT solutions from hardware design to cloud analytics. Powering smarter Energy, Water, Renewable Energy, STP / ETP / WTP Turnkey solutions, Fuel, and Customized Dashboards for environmental management across industrial and utility sectors.
From PCB design to cloud dashboards — we own every layer of the stack, ensuring reliability, compliance, and performance that competitors simply can't match.
Click any category to explore products and detailed capabilities across our entire IoT ecosystem.
Our IoT gateway solutions serve as the critical bridge between field devices and the cloud. Designed for industrial-grade reliability, they support multiple protocols and provide seamless data transmission even in challenging environments.
Our smart water Monitoring solutions deliver accurate flow measurement, tamper detection, and cloud analytics for municipal, industrial, and rural networks — reducing non-revenue water and improving billing accuracy.
Our IoT-based energy monitoring system — tracks voltage, current, power factor, and consumption across industrial, commercial, and utility-scale operations. Reduce bills and prevent downtime with intelligent alerts.
Our edge computing equipment bring environmental monitoring and intelligent automation to STPs, ETPs, construction sites, and heavy industries.
Precise visibility into diesel levels, consumption patterns, refill events, and theft detection — ensuring complete fuel accountability for DG sets.
Real-time visibility into solar, wind, and hybrid energy assets for industrial and utility-scale deployments — ensuring optimal performance and improved ROI.
High-precision environmental data collection for industrial plants, renewable sites, agriculture, smart cities, and research facilities.
Complete turnkey monitoring & automation for STP, ETP, and WTP plants — from instrumentation to cloud dashboards.
Vyntar’s Turbo E-Blower is a high-speed, oil-free centrifugal blower designed for energy-efficient aeration and industrial air applications. Powered by advanced PMSM motor and air-bearing technology, it delivers 35–50% energy savings compared to conventional blowers.
Purpose-built IoT platforms that monitor, analyze, and optimize the world's most critical utility and industrial infrastructure.
End-to-end smart water Monitoring and management platform designed to monitor, analyze, and optimize water usage in urban, industrial, and rural utility networks.
Track, analyze, and optimize electrical energy consumption in industrial, commercial, and utility-scale operations with intelligent fault detection and reporting.
Certified IoT device designed for environmental parameter monitoring in industries, STPs, ETPs, and utilities.
Real-Time Diesel Tracking for DG Sets.
Precise visibility into diesel levels, consumption patterns, and theft detection to ensure complete fuel accountability.
Optimize Solar & Wind Performance.
Intelligent visibility into energy assets to ensure optimal performance, reduced downtime, and improved ROI.
Intelligent. Accurate. Real-Time.
High-precision environmental data collection for industrial plants, renewable sites, and smart cities.
Monitor. Control. Comply. Optimize.
Our Waste Water Management Monitoring Solutions provide intelligent, real-time monitoring and automation for STP, ETP, and WTP plants. Complete turnkey solutions — from instrumentation and automation to cloud-based dashboards and regulatory compliance reporting.
Our roadmap to smarter, more connected infrastructure — expanding platforms, sectors, and geographies.
Scaling Water, Energy, Environmental and Fuel across new industries.
AI-enabled edge nodes for predictive anomaly detection and autonomous decision-making at device level.
Vertical solutions entering precision agriculture and urban air quality monitoring segments.
Strategic alliances to expand across Southeast Asia and the Middle East with smart infrastructure solutions.
Whether you're a utility operator, industrial facility, or smart city planner — Vyntar has the platform and expertise to make it happen.