IoT Platform Development

Overview

An IoT cloud platform collects data from sensors and devices, displays it on dashboards, triggers alerts and stores historical records. GLIT Electronic Technology builds custom IoT platforms for industrial monitoring, environmental sensing, cold chain management and construction safety — integrating both GLIT hardware and third-party devices.

Platform Capabilities

• Device connectivity — Support for MQTT, Modbus, RESTful APIs and GLIT sensor products.
• Real-time dashboards — Live charts, maps and status panels for monitoring points.
• Threshold alerting — Email, SMS or in-app notifications when values exceed limits.
• Automated reporting — Scheduled technical reports for engineering or compliance teams.
• Device management — Register, configure and monitor connected sensors and gateways.
• Historical data storage — Query and export past readings for analysis.

Reference Project

We have delivered refrigeration and cold chain monitoring systems that track equipment status, generate maintenance alerts and maintain service records — combining IoT data collection with business management features. See our refrigeration management case for an example project type.

FAQ

What is an IoT cloud platform?
It is a software system that collects sensor data, provides real-time visualization, sends threshold alerts and stores historical readings for analysis and reporting.

Which protocols does GLIT IoT platform support?
Our platforms support MQTT, Modbus and RESTful APIs, and integrate GLIT sensors as well as compatible third-party industrial devices.

How GLIT Electronic Technology Can Help

GLIT Electronic Technology, founded in 2012 and based in Shijiazhuang, China, provides custom software development from requirements analysis through deployment and ongoing support. We work with international clients via remote collaboration and English-language communication. Project scope and timelines are defined upfront based on your actual business needs — we focus on practical, maintainable solutions rather than over-engineered systems.