The unified MQTT platform for
edge computing
Built on the world's most scalable MQTT platform, EMQX for Edge connects any device, processes data at the source, and guarantees reliable communication for your mission-critical systems.
Why MQTT is the ideal protocol for edge computing
The lightweight, scalable, and reliable nature of MQTT makes it the perfect fit for connecting devices and applications at the edge.
EMQX architecture for scalable edge intelligence
EMQX combines the industrial connectivity gateway (EMQX Neuron) and the high-performance edge MQTT broker (EMQX Edge) to create a seamless, scalable data pipeline from OT to IT.
Agents & applications
AI models
Data analytics
UISEE technology
Accelerating autonomous driving development with EMQX, UISEE achieves massive vehicle-to-cloud data access for unmanned vehicles and AGVs, providing reliable data support for constructing an autonomous driving platform.
99.995% Availability
+5% Dev Efficiency
Weak network support
Shenzhen urban transport
Learn how the Shenzhen Urban Transport Planning Center (SUTPC) uses EMQX to process massive amounts of data from over 1.7 million vehicles, enabling real-time traffic analysis and intelligent transportation systems.
1.7M+ Vehicles
100K+ Devices
Real-time traffic analysis
Global beverage manufacturer
A global food and beverage giant built a smart production hub connecting over 50 factories. The platform ingests 1M+ data tags to monitor equipment status and process parameters in real time, boosting OEE by 15%.
50+ Factories Connected
1M+ Data Tags
15% Increase in OEE
Built on the most scalable MQTT platform
EMQX provides unmatched capabilities for industrial and mission-critical edge deployments.
Dive deeper into edge computing
Explore technical blogs, in-depth white papers, and real-world case studies to master IoT data at the edge.
Frequently asked questions
Find quick answers to common questions about edge computing with EMQX.
Edge computing is a distributed computing paradigm that brings computation and data storage closer to the sources of data. For IoT, this means processing data at or near the device level rather than sending everything to a centralized cloud. This reduces latency, saves bandwidth, enables real-time decision-making, and improves reliability in scenarios with intermittent connectivity.
MQTT is ideal for edge computing due to its lightweight design (just 2-byte header overhead), publish/subscribe architecture that decouples devices, and Quality of Service (QoS) levels that guarantee message delivery. These features make it perfect for resource-constrained edge devices and unreliable network conditions.
EMQX Neuron is EMQ's industrial connectivity gateway that connects to diverse OT devices using 100+ industrial protocols like Modbus and OPC-UA. It translates and unifies industrial data into standard MQTT format, bridging the gap between operational technology (OT) and information technology (IT) systems.
EMQX handles intermittent connectivity through message persistence, automatic reconnection, and store-and-forward capabilities. When network connectivity is lost, messages are stored locally and automatically synchronized to the cloud once the connection is restored, ensuring no data is ever lost.
Build your scalable edge solution with EMQX
Let's talk about how EMQX, the most scalable MQTT platform, can accelerate your edge computing strategy and provide a rock-solid foundation for your distributed IoT applications.