Industry Background

As a new industrial form that integrates automobile, electronics, information and communication, road traffic, and other industries, the IoV is an important area for deep integration of informationization and industrialization, as well as a key direction for the landing of 5G vertical applications. Hence, IoV has great potential for future industrial development and broad application market space.

The IoV system mainly establishes the car to car, car to people, and car to road connections through the "cloud management end" technology to achieve telematics service, which provides safe, reliable, and convenient digital travel services to customers.

With the continuous development of 5G+C-V2X, IoV equipment manufacturers, OEMs, telematics service providers, etc. are all facing the opportunities and challenges of digitalization, and intelligent transformation. EMQ's powerful "people, vehicle, road, cloud" V2X perception data access and interaction capabilities can help enterprises accelerate digital and intelligent transformation, and promote the coordinative development of the IoV industry.

Capability

Massive IoV Terminal Access Capability

Massive IoV Terminal Access Capability

With the rapid popularization of connected vehicles and new energy vehicles, and the strategic planning of new infrastructure such as national vehicle-road coordination, the platform needs to have the collaborative access capability of massive IoV terminals, roadside devices, and intelligent transportation infrastructure. EMQ X adopts an advanced front-end and back-end separation, fully asynchronous, distributed cluster architecture to support tens of millions of IoV terminal access capabilities based on MQTT, GB/T32960, JT/T808, and other IoV industry protocols.

Massive IoV Terminal Access Capability
Soft-RealTime, High Concurrent Data Throughput Capability

Soft-RealTime, High Concurrent Data Throughput Capability

With the commercialization of the LTE-V2X (R14) communication standard and the release of the 5G-V2X (R15) communication standard, the IoV network is developing rapidly. There will be more real-time and highly concurrent V2X applications appear at the IoV application level to promote the development of intelligent driving and autonomous driving of IoV. Based on Erlang/OTP's excellent soft-realtime, low-latency, and distributed language platform, EMQ X can satisfy the IoV applications’ needs for soft-realtime and high concurrent data throughput capacity, and achieve the high coordination of people-vehicle-road-cloud.

Soft-RealTime, High Concurrent Data Throughput Capability
Multiple Security Access Guarantee

Multiple Security Access Guarantee

EMQ X provides an extensible authentication chain that supporting multiple authentication methods such as third-party authentication platform extension (e.g. PKI system), external data source authentication, and internal data source authentication, as well as TLS/DTLS-based encrypted transmission, to achieve two-way identity authentication, service access control, and access guarantee for link security.

Multiple Security Access Guarantee
Highly Available and Easy to Scale

Highly Available and Easy to Scale

EMQ X adopts distributed cluster deployment, supporting automatic node discovery, automatic clustering, automatic healing of split-brain, and the automatic deletion of down nodes. The hierarchical modular design supports the expansion of multi-language access and dynamic horizontal access capacity.

Highly Available and Easy to Scale

Why EMQ?

Secure access capability for the millions level of devices and multi-protocol support for the IoV industry.

Secure access capability for the millions level of devices and multi-protocol support for the IoV industry.

Soft-realtime, high concurrent data throughput capability, to satisfy business scenarios of the IoV such as remote vehicle control, OTA, fleet management, vehicle-road coordination, digital mobility, etc.

Soft-realtime, high concurrent data throughput capability, to satisfy business scenarios of the IoV such as remote vehicle control, OTA, fleet management, vehicle-road coordination, digital mobility, etc.

Highly available and easily scalable to help automotive enterprises quickly build an IoV application platform.

Highly available and easily scalable to help automotive enterprises quickly build an IoV application platform.

Customers

SAIC Volkswagen and EMQ create a new generation of intelligent Internet of vehicles system

SAIC Volkswagen and EMQ create a new generation of intelligent Internet of vehicles system

With the help of EMQ X, the total number of vehicles connected to the new generation of SAIC Volkswagen's IoV platform has now reached hundreds of thousands. It is expected to exceed one million by the end of 2021 and continue to grow, while the platform has always maintained a stable operating status.

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customers

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