The top IoT development platform on the market is widely favored for its speed, ease of use, and broad compatibility, providing developers with an efficient, intuitive, and powerful development environment.
The platform supports device docking based on MQTT, HTTP, WebSocket, COAP, TCP/IP protocol transmission
Our self-developed monitoring system ensures that MQTT clients can remain online continuously and stably. The system has load balancing capabilities and can automatically switch in the event of a failure.
Users do not need to write cumbersome program code, they can set related options for data alarms through a simple and intuitive web interface.
We use intuitive charts (including line charts and bar charts, etc.) to enable users to quickly and accurately understand the key information of the data.
We provide powerful offline analysis tools that allow users to delve deeper into historical data for detailed processing and analysis.
Users can use custom scripts to personalize and process device reporting messages, including alarm analysis and calculation analysis, thereby improving the flexibility and automation of data processing.
Developed using the Go language because of its simple and easy-to-learn syntax, native support for concurrent programming, performance close to C language, automatic garbage collection simplifies memory management, and fast compilation speed.
In the Go IoT Development Platform, stable MQTT client management, WebSocket, HTTP, TCP/IP, and COAP services can be provided.
Users can start business development within 1 minute by using Docker Compose.
In the Go IoT Development Platform, whether you are MQTT, WebSocket, HTTP, TCP/IP, or COAP, the average access time is within 1 minute.
Users can configure threshold alarms and cascading alarms through a graphical interface without developers writing programs and republishing them, greatly saving development time.
In the Go IoT Development Platform, users can write data analysis tasks through JavaScript scripts and complete data storage for users' analysis tasks.
We hope that users can cooperate with us to build a community for the Go-IoT development platform, exchange opinions on functional modules, and make the project more user-friendly.
If you encounter any problems during use, you can contact us by submitting a problem, and we will continue to solve the problem until it is resolved.
We hope that when users use this project, they can greatly reduce unnecessary development investment and quickly and efficiently build their own IoT infrastructure platform.
Join the growing Go IoT Development Platform community to gain insights, resources, and help, ensuring you are never alone on your IoT development journey.
Step 1: Download
Download our project using Gitee, it is usually recommended to use the development branch, which will bring more new features to our development version.
Step 2: Compile
When you want to download the project locally, you need to perform dependency installation and compile the project
Step 3: Configure
After compilation, you need to perform basic configuration of the startup environment, including MySQL, Mongo, etc.
Ready!
Use the following features to quickly build an IoT data platform.
Use Influxdb, MongoDB, Redis, and MySQL as data storage solutions
Able to record device installation logs
Support offline data calculation
Support interval alarms and script alarms to maximize satisfaction with alarm scenarios
Core MQTT client management supports multi-node deployment to achieve high availability
Community edition is free, supports customized services
The blog introduces everything about the Go IoT Development Platform, which is a very interesting technology.
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Explore the following questions in depth to gain a deeper understanding of the powerful features offered by the Go IoT Development Platform and how it can enhance your IoT development journey.
The Go-IoT platform integrates the infrastructure needed for IoT projects, allowing you to quickly invest in business development without dealing with cumbersome transactions.
Try simulating an MQTT client to complete data transmission, and then view the data through this platform.
What are you waiting for?Come and join the use of the Go IoT Development Platform^_^
