Meevanta helps Indian manufacturers and industrial enterprises gain real-time visibility, predictive maintenance, energy intelligence, and operational insight — turning traditional plants into connected, data-driven operations ready for Industry 4.0 and beyond.
Figures reflect typical outcomes of Industrial IoT deployments in Indian industry — actual results depend on your operation.
In most factories, critical data is trapped in machines, operators' heads, and end-of-day paper reports. Downtime is discovered after it happens, energy waste goes unseen, and managers make decisions on yesterday's numbers. You can't improve — or prove — what you can't measure.
Meevanta connects your machines with industrial-grade sensors, gateways, and cloud analytics — non-invasively, on equipment of any age. You get real-time visibility of every machine, AI that predicts failures before they happen, and dashboards that turn raw data into decisions. The result is measured in business outcomes: less downtime, lower energy cost, higher output.
New to the concept? Our guides explain what Industrial IoT is and the connected-factory architecture behind it — but this page is about how we deliver it for you.
A proven, layered architecture — from a sensor on a machine to a decision in the boardroom. Every stage designed for reliability, security, and scale.
Vibration, temperature, current, pressure, and vision sensors capture what machines are doing, in real time.
Data is read from machines and existing PLCs — extending the automation you already run.
An industrial gateway aggregates signals, buffers during outages, and speaks every plant protocol.
Time-critical filtering and analysis happens locally, for instant response and less bandwidth.
A secure, scalable platform stores and processes all operational data with enterprise reliability.
Live dashboards turn the data into a clear, role-based view of the whole operation.
AI detects anomalies, predicts failures, and surfaces the patterns humans would miss.
The result: faster, evidence-based decisions that lift output, cut cost, and reduce risk.
A complete, modular set of capabilities — deploy one, or build toward a full connected-factory platform.
Continuous, real-time monitoring of every critical machine — status, runtime, load, temperature, and vibration — so you always know how your shop floor is actually performing.
Live visibility of production counts, cycle times, and targets by line and shift — replacing end-of-day guesswork with a real-time picture of output.
Automatic Overall Equipment Effectiveness tracking (availability × performance × quality) per machine and line — the single clearest measure of manufacturing productivity.
Circuit- and machine-level energy metering that reveals where power is wasted, tracks power factor and demand, and turns energy from a fixed bill into a managed cost.
Sensor data and AI detect the early signature of a developing fault — vibration, heat, current — so maintenance is scheduled before failure, not after breakdown.
Monitor machines and plants across multiple sites from one secure dashboard — with mobile alerts, so distance is no longer a barrier to visibility.
Clear, role-based dashboards that turn raw sensor data into decisions — for operators, plant heads, and management alike, on any device.
Non-invasive integration of vibration, temperature, current, pressure, flow, and vision sensors onto machines of any age or brand — no production shutdown required.
Read data directly from existing PLCs to capture machine state and process values already available on the line — extending, not replacing, your automation.
Connect with existing SCADA systems to unify plant-floor control data with modern cloud analytics, dashboards, and remote access.
Reliable, automated capture of every operational data point — buffered locally during outages — building the historical record that improvement depends on.
Real-time alerts via app, SMS, email, and WhatsApp the moment something goes wrong — a stopped machine, an abnormal reading, an approaching threshold.
Track the ongoing health of motors, pumps, compressors, and bearings — spotting gradual degradation long before it becomes downtime.
Explore the most-deployed of these in depth: machine monitoring, predictive maintenance, and edge AI on the factory floor.
We build on open, proven, industrial-grade technologies — examples of what we deploy, chosen to fit your plant, never to lock you in.
Industrial-grade, vendor-neutral hardware — selected to fit your plant and machines, never locked to a single supplier's catalogue.
Vibration, temperature, current, pressure, flow, and environmental sensors — fitted non-invasively.
Industrial IoT gateways and edge controllers for local processing, protocol translation, and outage buffering.
Integration with your existing PLCs and machine controllers — we extend, not replace.
Industrial cameras for AI-powered quality inspection and process monitoring.
Secure, scalable cloud with enterprise reliability, uptime, and multi-year data retention.
Role-based web dashboards and mobile apps for real-time visibility from anywhere.
Industrial IoT should connect your plant floor to your business systems — not add another silo. We integrate across the stack you already run.
Open standards — MQTT, Modbus, OPC-UA — keep you interoperable and vendor-neutral, with secure links into ERP, MES, and SCADA.
Industrial IoT applies wherever machines, energy, and quality matter — across India's industrial base.
The core of Industrial IoT — machine monitoring, OEE, and predictive maintenance to lift output and cut downtime across discrete and process plants.
High-volume, high-precision lines where real-time OEE, quality data, and predictive maintenance protect throughput and export-grade quality.
Temperature, hygiene, and cold-chain monitoring alongside production visibility — protecting both compliance and yield.
Cleanroom, cold-storage, and process-parameter monitoring with full audit trails — where compliance and traceability are non-negotiable.
Machine and production monitoring across spinning, weaving, and finishing — reducing stoppages and energy cost on power-hungry lines.
Continuous process, safety, and environmental monitoring — where early detection of abnormal conditions is a safety and cost imperative.
Asset, fleet, and condition tracking that brings real-time visibility to goods in motion and the equipment that moves them.
Environment, asset, and equipment monitoring for modern, high-throughput distribution and fulfilment operations.
Generation, distribution, and consumption monitoring across distributed assets — spotting inefficiency and pre-empting outages.
Water, power, and infrastructure monitoring at scale, connecting distributed assets into one managed, data-driven view.
Field, cold-storage, and equipment monitoring that extends Industrial IoT intelligence from the factory to the farm and agri-supply chain.
Real-time visibility surfaces lost time and underperformance, lifting output from the same assets.
Predictive alerts catch developing faults early, converting unplanned breakdowns into planned maintenance.
Service equipment on its actual condition — not a fixed calendar — cutting both failures and needless work.
See and manage every machine and plant from anywhere, on any device, in real time.
Less downtime, waste, and manual effort steadily reduce the cost per unit produced.
Machine-level metering reveals and removes energy waste — often one of the fastest returns.
Asset intelligence exposes idle and underused machines, enabling smarter scheduling.
Every metric, live — replacing yesterday's reports with decisions made in the moment.
Accurate, trended data turns operational decisions from gut feel into evidence.
Continuous monitoring of hazardous conditions and equipment protects both people and plant.
The same plant, run two ways. This is what changes when your machines become connected.
| Factor | Traditional operations | With Meevanta Industrial IoT |
|---|---|---|
| Operational visibility | Yesterday's reports and gut feel | Real-time, every machine, on any device |
| Maintenance | Reactive — after breakdown | Predictive — before failure |
| Data collection | Manual, slow, error-prone | Automatic, continuous, accurate |
| Energy | Unmonitored, a fixed bill | Metered per machine and optimized |
| Downtime | Unplanned and costly | Planned and minimized |
| Decisions | Based on instinct | Based on live evidence |
| Multi-site | Separate teams and reports | One platform, all plants |
A structured, low-risk path from first conversation to a fully supported, live operation.
We start with your goals and pain points — downtime, energy, quality, visibility — and define the outcomes that matter to your business.
Our engineers map your machines, layout, connectivity, and existing systems on the ground.
We design a scalable architecture — sensors, connectivity, edge, cloud — matched to your plant and budget.
We select vendor-neutral, industrial-grade hardware that fits your machines and environment.
Non-invasive installation of sensors and gateways on existing machines — with zero production shutdown.
Dashboards, alerts, rules, and integrations are configured around how your teams actually work.
Every sensor, alert, and metric is validated against reality before go-live.
Your operators, engineers, and managers are trained to run and get value from the system.
Ongoing monitoring, optimization, and long-term support as your operation scales.
An illustrative example of how a typical Industrial IoT rollout takes shape — not a specific client, but a representative scenario.
Every real deployment is designed around your plant, machines, and goals — this is simply how the pieces typically come together.
We combine industrial automation expertise with modern IoT, AI, and cloud — grounded in the realities of Indian manufacturing.
Built for Indian factories, tariffs, connectivity realities, and compliance — not adapted from elsewhere.
Every deployment is designed around your plant and goals, not forced into a rigid product.
Start with one line or plant and grow to a multi-site operation on the same platform.
MQTT, Modbus, OPC-UA and more — so you stay interoperable and never locked in.
Architected for the Industry 4.0 to 5.0 journey — from connected to predictive to autonomous.
Analytics and machine learning turn raw data into prediction, not just charts.
Secure cloud platforms with the reliability and retention enterprise operations need.
Deep understanding of PLCs, SCADA, and the plant floor — not just software.
A partner for the full journey — from first sensor to self-optimizing operation.
| Typical IoT provider | Meevanta |
|---|---|
| Hardware locked to one vendor | Hardware-agnostic, open standards |
| Cloud-only | Edge + cloud architecture |
| Fixed, generic dashboards | Custom dashboards for your teams |
| Limited integrations | Open APIs — ERP, MES, SCADA ready |
| One-size-fits-all | Built for Indian industry |
In-depth guides from the Meevanta engineering team on the technologies behind smart manufacturing.
Schedule a free site assessment with Meevanta's Industrial IoT engineers. No commitment — you walk away with a clear plan for your plant.
Tell us about your operation and goals. We respond within 24 hours.
Serving manufacturers and industrial enterprises across India — engineered in Zirakpur, deployed nationwide.