An IoT gateway is the communication and data-processing layer between your industrial equipment and sensors and the IoT platform. Meevanta supplies, configures, and integrates the right gateway — protocol conversion, edge processing, and secure cloud connectivity — across India.
Machines, sensors, and systems onto one network.
Speak Modbus, MQTT, OPC-UA, and more.
Filter and act on data locally, at the source.
Data flows securely to platforms and dashboards.
It is the device that connects your machines and sensors to the digital world — collecting, translating, processing, and securely forwarding their data.
The gateway sits between industrial equipment and sensors and the IoT platform, connecting two worlds that otherwise cannot talk.
It gathers data from many machines and sensors over their native connections — wired or wireless.
It translates between industrial protocols (like Modbus and OPC-UA) and IoT protocols (like MQTT).
It can filter, aggregate, and process data locally before anything is sent onward.
It relays data securely to cloud and IoT platforms, dashboards, and analytics.
It can trigger local alerts and logic without waiting on a round trip to the cloud.
It sends data with encryption and secure authentication built in.
Without a gateway, diverse machines and sensors cannot reliably reach a single platform — the gateway makes the connected operation possible.
How data flows from a machine on the floor to a decision — with the gateway at the centre.
The industrial assets — presses, motors, pumps, HVAC, and more.
Measure temperature, vibration, energy, flow, and other conditions.
Aggregates devices, translates protocols, and relays data securely.
Filters, buffers, and processes data locally — even during network gaps.
Ingests, stores, and manages every data stream at scale.
A unified, real-time view of every machine, sensor, and site.
Detects anomalies, predicts failures, and surfaces insight.
Timely alerts and insight drive maintenance, energy, and operations.
Illustrative architecture. Meevanta tailors the gateway, protocols, edge logic, and platform to your operation.
The functions a Meevanta-configured gateway brings to your connected operation.
Gathers readings from many sensors over their native wired or wireless connections.
Connects to industrial machines and controllers, including older equipment.
Translates between industrial and IoT protocols so devices and platforms interoperate.
Runs filtering, aggregation, and logic locally on the gateway itself.
Sends only the data that matters, reducing noise and bandwidth.
Aggregates and pre-processes raw signals into usable, structured data.
Relays data securely to cloud and IoT platforms and dashboards.
Streams live data so operators see conditions as they happen.
Triggers alerts and logic locally, without waiting on the cloud.
Enables central visibility of distributed, remote assets and sites.
Configure, update, and monitor connected devices remotely.
From a single gateway to many, across one site or a national network.
Gateways bridge industrial and IoT communication technologies — the right ones for your equipment.
Not every gateway supports every protocol. Connectivity and protocol availability depend on the gateway configuration and application — we select and configure the gateway to match your equipment.
How the gateway supports each connected-factory application.
The gateway collects machine and sensor data and streams it live to dashboards for real-time health and performance.
It feeds condition data to analytics that detect developing faults before failure.
It aggregates counts, cycles, and line data for real-time production visibility.
It connects meters and energy sensors to track and reduce consumption.
It connects diverse equipment onto one platform for unified oversight.
It links distributed assets to a central dashboard, visible from anywhere.
It is the source that feeds unified, role-based factory dashboards.
It streams vibration, temperature, and load data for asset condition insight.
See it in context on our manufacturing page and connected factory architecture guide.
The same gateway role, applied to the priorities of each sector — with links to explore each.
Processing data on the gateway itself — before it reaches the cloud — brings real operational advantages.
Local processing reduces reliance on continuous cloud communication.
Data is filtered and processed on the gateway, at the source.
Alerts and logic can trigger locally, without a cloud round trip.
Only meaningful data is forwarded, cutting noise and cost.
Less raw data over the network means lower bandwidth use.
Operational logic keeps working even when connectivity drops.
Security is designed into how a connected gateway is deployed and operated.
Encrypted channels between devices, gateway, and cloud.
Devices and users are authenticated before access is granted.
Role-based access limits who can see and do what.
Central, secure control of connected devices and their state.
Isolating operational networks limits exposure and risk.
Data is encrypted in transit from edge to platform.
Firmware and configuration are updated through secure processes.
Security is treated as core infrastructure. We do not claim specific security certifications unless they are verified for a given device and deployment.
A structured path from requirement to a fully deployed, supported gateway.
We understand your machines, data, and monitoring goals.
We map the equipment and sensors to be connected.
We identify the protocols and interfaces involved.
The right gateway configuration for your application and environment.
The right uplink for range, bandwidth, and reliability.
Gateway installed and connected to machines and sensors.
Connected to the cloud platform and your existing systems.
End-to-end validation that data flows accurately and securely.
Dashboards, thresholds, and alerts set up for your team.
Go-live across your operation, with ongoing support.
Not just a device — the right gateway, configured, integrated, and supported end to end.
The right gateway configuration for your machines, protocols, and environment.
Deep experience connecting equipment and sensors reliably at scale.
Gateways configured to work with the Meevanta sensor range and others.
Connecting machines of any age through the right interfaces.
Local processing where it adds value — alerts, filtering, resilience.
Secure connection to cloud and IoT platforms and dashboards.
From one gateway to a multi-site network on one platform.
The right technology for the job — open standards, no lock-in.
From audit to deployment — selection, install, integration, dashboards.
Ongoing monitoring, service, and partnership as you scale.
Because gateways are configured to each deployment, specifications are provided per device rather than as a single generic sheet.
Gateway specifications vary according to deployment requirements. Contact Meevanta for the appropriate configuration and the datasheet for your selected gateway.
Illustrative gateway deployments for common scenarios — example applications, not customer case studies.
The gateway works together with the rest of the Meevanta product range.
The gateway is the building block — solutions are what it achieves.
Where gateways become machine monitoring, predictive maintenance, and energy intelligence.
Explore →Where gateways connect BMS, energy, HVAC, and air-quality systems.
Explore →Aerial data that complements ground-level, gateway-connected sensing.
Explore →Connected automation cells feeding one platform.
Explore →The industries where Meevanta gateways are put to work.
In-depth guides from the Meevanta engineering team on IoT and the connected factory.
Tell Meevanta about your machines, sensors, connectivity requirements, and application, and our team can recommend an appropriate gateway architecture.
Tell us about your machines, sensors, and application. We respond within 24 hours.
Gateways supplied, configured, and supported across India — engineered in Zirakpur, deployed nationwide.