Enabling the Internet of Vehicles (IoV) and Connected Cars
From Vehicles to Everything: Experience seamless, secure, and scalable connectivity for IoV with EMQX, the world’s most trusted MQTT platform.
In the design and development of the next-generation intelligent car connectivity system at SAIC Volkswagen, we referenced a large number of mainstream domestic and international new-generation car networking system architectures. EMQX, based on the MQTT protocol, possesses characteristics such as high concurrency, low latency, and high throughput, making it highly suitable for our car networking application scenarios. This has achieved a loose coupling between the car networking system and the in-car system, simplifying the interaction process. This allows our team to focus on upper-level car networking application development. Additionally, EMQX products exhibit excellent scalability and horizontal expansion capacity in terms of management, providing robust support for the large-scale integration of new vehicles and other models in the future.
--- TianZhen, Senior Architect of SAIC Volkswagen
Overview
To tap into the full potential of IoV and connected cars, a reliable and scalable data communication platform is essential. This is where EMQX comes in, the most trusted MQTT messaging platform in the world. This technical solution will explore how EMQX can help you build new-generation TSP, FMS, OTA, DMS, and BMS platforms for intelligent vehicles.
Modern Architecture for Next-Gen IoV and V2X Platform
EMQ offers the world’s leading MQTT platform, enhanced with QUIC transport for optimal IoV communication. Effortlessly connect millions of vehicles to the cloud in a scalable, reliable, and secure manner. Seamlessly integrate telemetry data from connected cars with enterprise systems, big data, AI/ML, and various cloud services.
Capabilities
Bi-Directional Communication
Supports bi-directional communication, allowing vehicles to send telemetry data and receive commands or updates from the cloud.
Real-Time Data Transmission
Guarantee vehicles and your IoV applications to deliver data in real-time with a single-digit millisecond latency
MQTT over QUIC
Experience MQTT over QUIC, the next-gen standard protocol for IoV applications, optimized for vehicle mobility and unstable network connectivity.
File Transfer over MQTT
Streamline your IoV system design by consolidating data communication and file transfer into a single, efficient MQTT channel.
On-the-fly Data Transformation
Extract, filter, enrich, and transform in-flight data using an SQL-based rules engine in vehicles and in the cloud.
Stream Processing and AI/ML
Execute AI/ML modeling and streaming data processing within vehicles and cloud platforms for business optimization and intelligence.
Enterprise Integration
Seamless integration with various enterprise systems and cloud services to enable data analytics and business intelligence for connected cars.
Unified Portal and Observability
Simplify IoV data pipeline and management with the unified portal, data flow designer, and third-party APM integration like Grafana.
Built on EMQX
The Leader in Open Source MQTT Broker
100M+
Connected IoT Devices40M+
Docker Pulls60K+
Active Clusters500+
Enterprise CustomersBenefits
Scalability
Effortlessly connect over 10 million vehicles to the cloud.
Transfer and process millions of MQTT messages per second.
Scale to a 20+ node cluster with the core-replica architecture.
Reliability
Reliable MQTT message delivery with QoS 0,1 & 2 guarantee.
High availability with a masterless distributed architecture.
Up to 99.99% uptime for your business-critical applications.
Security
Encrypt bidirectional MQTT connections over TLS/SSL.
Authenticate with password, JWT, PSK, X.509 certificates, etc.
Fine-grained access control for MQTT topic publish/subscribe.
Interoperability
100% compliant with MQTT 5.0 and 3.1.1 standards.
Compatible with 30+ open-source MQTT client SDKs.
Data integration with 40+ databases and cloud services.
Use Cases
Compliance
TISAX
SOC 1
SOC 2 Type 1
SOC 2 Type 2
ISO/IEC 27001:2013
ISO/IEC 27701:2019
