Sensors are the real-time data layer beneath every connected system. Meevanta supplies, configures, and integrates the right smart sensors — for Industrial IoT, smart buildings, agriculture, energy, logistics, and more — into one connected platform across India.
The live sensing layer beneath every connected system.
From shop floors and fields to buildings and vehicles.
Every sensor on a single dashboard and analytics layer.
Configured to work with your existing systems.
Smart sensors are the devices that measure the physical world and feed that data into a connected system — the foundation every IoT, monitoring, and automation solution is built on.
Smart sensors convert physical quantities — temperature, moisture, vibration, current, air quality, and more — into digital signals.
Each sensor links to a gateway over the right connectivity for the site — wireless or wired, short-range or wide-area.
Gateways aggregate and securely relay sensor data to a cloud or IoT platform for storage and access.
Data appears on real-time dashboards, so operators and managers see conditions live, from anywhere.
Analytics and AI turn sensor streams into trends, anomalies, predictions, and automated alerts.
Every insight depends on accurate, dependable sensing — which is why sensor selection and deployment matter.
A broad range of sensing types — selected and configured for your specific measurement, environment, and application.
Measure temperature of air, surfaces, liquids, and equipment. Applications: process control, cold chain, HVAC, equipment health. Industries: manufacturing, food, pharma, buildings. Benefit: protect product quality, assets, and comfort.
Measure relative humidity in air and enclosures. Applications: HVAC, storage, greenhouses, cleanrooms. Industries: agriculture, buildings, pharma. Benefit: stable conditions, less spoilage and corrosion.
Measure water content in soil at root depth. Applications: irrigation control, crop health. Industries: agriculture, horticulture. Benefit: save water and protect yield.
Measure pressure in pipes, tanks, and systems. Applications: process, hydraulics, HVAC, water networks. Industries: manufacturing, energy, utilities. Benefit: safe, efficient operation.
Measure vibration signatures of rotating equipment. Applications: predictive maintenance, machine health. Industries: manufacturing, energy, mining. Benefit: catch developing faults before failure.
Measure current, power, and consumption. Applications: energy monitoring, machine load, sub-metering. Industries: manufacturing, buildings, energy. Benefit: measure and reduce energy cost.
Measure flow of water, air, gas, or fluids. Applications: water management, process, HVAC. Industries: utilities, manufacturing, buildings. Benefit: measure use and detect loss.
Measure level in tanks, silos, and reservoirs. Applications: inventory, water, fuel, materials. Industries: manufacturing, agriculture, utilities. Benefit: avoid run-out and overflow.
Measure particulates and pollutants such as PM and VOCs. Applications: indoor air quality, environmental monitoring. Industries: buildings, healthcare, cities. Benefit: healthier, more compliant spaces.
Measure carbon dioxide concentration. Applications: ventilation demand, occupancy proxy, air freshness. Industries: buildings, healthcare, education. Benefit: right-sized ventilation and lower energy.
Detect presence and space use. Applications: lighting and HVAC control, space analytics. Industries: buildings, facilities, cities. Benefit: match energy and space to real use.
Detect water or gas leaks. Applications: plant rooms, storage, utility networks. Industries: buildings, facilities, utilities. Benefit: prevent damage, loss, and downtime.
Detect open/closed state and access events. Applications: security, HVAC logic, asset monitoring. Industries: buildings, logistics, facilities. Benefit: security and efficiency.
Measure noise, light, and ambient conditions. Applications: site and workplace monitoring, compliance. Industries: cities, construction, industry. Benefit: comfort, safety, and audit-ready records.
How a reading in the physical world becomes an alert or a decision — layer by layer.
The real-world source — a machine, field, room, tank, or vehicle.
Measures the physical quantity and converts it into a digital signal.
Carries data over the right link — Wi-Fi, BLE, LoRaWAN, NB-IoT, cellular, or wired.
Aggregates many sensors, translates protocols, and relays data securely.
Filters, buffers, and processes data locally, even during network gaps.
Ingests, stores, and manages every sensor stream at scale.
A unified, real-time view of every sensor and site.
Thresholds, AI, and analytics turn data into alerts and decisions.
Illustrative architecture. Meevanta tailors sensors, connectivity, gateways, and platform to your application.
The sensing behind Industry 4.0 — and which sensors power each application.
Sensors: vibration, temperature, current. See the real-time health and performance of critical machines and lift uptime.
Sensors: vibration, temperature, current. Detect developing faults early and service equipment before it fails.
Sensors: current/energy, temperature. Meter consumption at machine and building level to cut energy cost.
Sensors: flow, level, occupancy. Track output, cycle, and utilisation in real time across the line.
Sensors: air quality, temperature, humidity, noise. Keep the plant safe, comfortable, and compliant.
Sensors: vibration, temperature, pressure. Track asset condition to extend life and reduce failures.
See it in context on our manufacturing page and predictive maintenance guide.
The same sensing range, applied to the priorities of each sector — with links to explore each in depth.
The right link is matched to range, power, and reliability — never one standard forced everywhere.
Best for indoor sites with existing network and mains power.
Best for short-range, low-power sensors and wearables.
Best for long-range, low-power sensors across large or rural sites.
Best for wide-area, low-power sensors on cellular coverage.
Best for high-bandwidth needs or mobile assets without local network.
Best for fixed, reliability-critical industrial installations.
Best for integrating with existing industrial equipment and PLCs.
Through open standards — MQTT, Modbus, OPC-UA, and APIs — sensor data flows into the systems you already run.
Not just devices — the right sensors, selected, integrated, and supported end to end.
We choose the right sensor for your measurement, environment, and goal — not a generic device.
Experience deploying sensors reliably across factories, buildings, farms, and sites.
Sensors are integrated with gateways, platforms, and your existing systems.
From a handful of sensors to thousands, across one site or many.
Live dashboards and alerts across every sensor and location.
Sensor data turned into trends, anomalies, and decisions.
From requirement to deployment — selection, install, integration, and dashboards.
Ongoing monitoring, service, and partnership as you scale.
A structured path from requirement to a fully deployed, supported sensing solution.
We understand what you need to measure, where, and why.
The right sensor types and options for your application and environment.
Our team assesses the site, mounting points, and conditions.
The right connectivity for range, power, and reliability.
Sensors installed safely and correctly, with minimal disruption.
Sensors connected to gateways and the cloud platform.
Dashboards, thresholds, and alerts set up for your team.
End-to-end validation that data flows accurately and reliably.
Go-live across your operation, with ongoing support.
Illustrative sensor stacks for common scenarios — example applications, not customer case studies.
Because sensors are selected and configured for each application, specifications are provided per device rather than as a single generic sheet.
Specifications vary by sensor model and application. Contact Meevanta for the appropriate configuration and the datasheet for your selected device.
Sensors are the building blocks — solutions are what they achieve.
Where sensors become machine monitoring, predictive maintenance, and energy intelligence.
Explore →Where sensors become BMS, energy, air-quality, and occupancy monitoring.
Explore →Aerial data that complements ground-level sensing.
Explore →Sensing and vision that guide automation and machine vision.
Explore →The industries where Meevanta sensors are put to work.
Sensors work together with the rest of the Meevanta product range.
In-depth guides from the Meevanta engineering team on sensing and IoT.
Tell Meevanta about your application, environment, and monitoring requirements, and our team can recommend the appropriate sensing architecture and configuration.
Tell us about your application and environment. We respond within 24 hours.
Sensors supplied, configured, and supported across India — engineered in Zirakpur, deployed nationwide.