
Unity Infoway designs and develops IoT software that connects devices, machines and physical assets with secure cloud platforms, web and mobile applications, analytics and enterprise systems. We help businesses move from disconnected hardware and manual monitoring to reliable connected products and operational systems built for real-world scale.
Our IoT development services cover solution architecture, device-to-cloud communication, MQTT and API integration, industrial protocols, edge gateways, telemetry pipelines, device lifecycle workflows, dashboards, alerts, enterprise integrations, security and production operations.
Core commercial service section – ready to publish as cards or grouped content.
Define device, connectivity, edge, cloud, application, data and integration architecture around the business workflow, field environment, security requirements and expected fleet size.
Build the backend, APIs, portals and mobile/web experiences that turn connected hardware into a usable product for customers, operators and support teams.
Develop secure ingestion, messaging, rules, storage, command workflows, APIs, user management and operational services for connected-device platforms.
Connect machines, sensors, PLC-adjacent systems and industrial data sources to applications and business systems using suitable gateways and protocols such as OPC UA, Modbus and MQTT.
Implement provisioning, device identity, registration, grouping, configuration, health status, remote commands, certificate/key workflows and lifecycle visibility.
Create operational dashboards, maps, timelines, alerts, reports and mobile/web interfaces for monitoring assets and acting on device data.
Process, normalize, buffer or route data closer to devices when latency, intermittent connectivity, protocol translation or local decision-making requires an edge layer.
Connect IoT platforms with ERP, CRM, CMMS, MES, WMS, ticketing, notifications, billing, analytics and other business systems.
Design reliable event ingestion, routing, validation, time-series storage and downstream processing for device telemetry and operational events.
Build authentication, authorization, encryption, device identity, secrets/certificate handling, secure APIs, audit trails and security-focused lifecycle controls into the system.
Build the backend workflows, release controls, targeting, status visibility and audit trail needed to coordinate firmware/configuration updates with the device or firmware delivery mechanism.
Upgrade legacy connected systems, replace brittle integrations, modernize APIs and data pipelines, improve observability, or migrate IoT workloads without losing operational continuity.

Use this section to show that IoT is a system – not a single app or protocol.
Sensors, controllers, actuators, firmware and local device state
Wi-Fi, Ethernet, BLE, cellular, LoRaWAN, Thread/Matter or other field/network links
Protocol translation, buffering, local rules, aggregation and offline resilience
MQTT brokers, APIs, queues and event routing
Identity, device registry, configuration, commands, rules, fleet state and workflows
Time-series, relational/object storage, event history and analytics pipelines
Operations dashboard, customer portal, mobile app, alerts and support tools
ERP, CRM, MES, WMS, CMMS, BI, billing and third-party APIs

The cloud/backend layer determines whether an IoT product can move from a small pilot to reliable day-to-day operations. We design services that receive device events, maintain device state, route commands, enforce access rules, expose APIs and connect field data to the applications and business systems that need it.
IoT value often appears only after device data enters existing business workflows.
Asset/customer mapping, service parts, orders, billing or operational status
Customer/device ownership, service events, alerts and account context
Machine status, production context and manufacturing workflows
Condition-based maintenance requests, work orders and asset history
Tracking, environmental telemetry, inventory or location events
Email, SMS, push, chat or incident-routing workflows
IoT development is the process of building software that connects physical devices or machines with digital systems. It can include device communication, gateways, cloud platforms, telemetry, device management, dashboards, mobile apps, APIs, alerts, analytics and enterprise integrations.
Unity Infoway focuses on IoT software and integration: architecture, device-to-cloud connectivity, MQTT/API integration, IoT backends, device lifecycle workflows, dashboards, edge/gateway applications, enterprise integrations, security and production operations.
Our recommended website positioning is software/platform/integration focused. Hardware, PCB, RF and embedded-firmware services should be offered only when Unity Infoway has verified in-house capability or an explicitly scoped specialist partner.
Yes, the software scope can include gateway integration, OPC UA or MQTT connectivity, telemetry pipelines, dashboards, alert workflows and integration with MES, ERP, CMMS, WMS or analytics systems. PLC/control engineering should be scoped separately if required.
Protocol choice depends on the device and environment. Common technologies include MQTT, HTTP/REST, WebSocket, OPC UA, Modbus through gateways, BLE, Wi-Fi, Ethernet, LoRaWAN, cellular and Matter/Thread for compatible smart-device scenarios.
Often yes. We first assess the device firmware, available protocols/APIs, identity model, payloads, gateway requirements and update constraints, then design a migration or integration path that minimizes disruption.
412, 4th Floor, Radhe Infinity, Rakshashakti Circle, Kudasan, Gandhinagar – 382421.