This blog explores stream processing for software-defined vehicle data and how it improves safety, optimizes performance, and enhances the user experience.

V2X (vehicle-to-everything) is a technology that allows vehicles to exchange data with elements in their environment, and is revolutionized by new protocols like MQTT.

Our blog offers a new solution using eKuiper, an open-source edge SQL engine, to bridge meaningful data and selective CAN bus signals to MQTT seamlessly.

CAN bus is a serial communication protocol that allows devices to exchange data reliably and efficiently. Discover CAN bus challenges and how to solve them with eKuiper and MQTT.

QUIC is a protocol designed by Google to improve the connectivity in web & mobile networks. Discover MQTT over QUIC use cases in IoV/IoT.

A connected car is a vehicle equipped with internet connectivity, sensors and communication devices. Discover automotive connectivity and trends like IoV & MQTT.

The eKuiper and EMQX-based vehicle-cloud system solution can realize flexible data collection needs from end to end.

This article will deeply analyze the cause of problems when applying MQTT on message transmission in mobility scenarios, and use MQTT protocol features to solve the problems and optimize the solutions

In this article, we will focus on how to design a new-generation IoV platform architecture to meet the need for millions of message throughput.

In this article, we will introduce the QoS design of MQTT messages in the IoV scenario, which guarantees the quality of data transmission.

In this article, we will describe how to design the topic of MQTT messages in the process of building the TSP platform of IoV.

This article wil discuss the acquisition and transmission of MQTT messages for the IoV and how to build a ten-million-level IoV MQTT message platform.