On April 18th, the EMQX Platform online product launch conference was successfully held. The press conference showcased EMQX's latest product features, including enhanced data integration, upgraded enterprise security features, and visual designer, to continuously empower the digital transformation of various industries such as automotive and energy. Technical experts from Lotus Cars were invited to share how to build a global Internet of Vehicles platform based on EMQX. At the same time, the senior engineer of Capital Airport Power Energy Company also shared the practical case of using EMQX to realize the intelligent management of airport comprehensive energy.
EMQX Product Highlights
EMQX Platform
As the world's leading unified access platform, EMQX continuously upgrades product performance and compatibility through continuous technological innovation. The latest version further addresses users' diverse data integration needs with the addition of S3, ElasticSearch integration, and service integrations from the three major cloud vendors. At the same time, the introduction of audit logs and single sign-on strengthens enterprise-grade security, while the visual Flow designer simplifies the configuration of data integration.
In the future, MQTT-based message queues will implement a low-latency and highly reliable asynchronous messaging platform, enriching EMQX usage scenarios. The cross-region Cluster Linking function will realize the global connection of EMQX clusters, ensure the smooth transmission of messages in different places and hybrid cloud deployment, and improve the scalability, fault tolerance and flexibility in various deployment scenarios.
Moped cloud collaborative data closed-loop
In the face of many challenges in the development of intelligent vehicles, such as the surge in data volume, diversification of types, and secure transmission, EMQ proposed a closed-loop solution for vehicle-cloud collaborative data. Through the real-time aggregation and collection of in-vehicle data, the application of edge computing, and the efficient data transmission between vehicles and clouds, the solution helps car companies analyze and respond to data in real time, thereby improving operational efficiency, optimizing user experience, and reducing the cost of data vehicle-cloud transmission, and building a complete closed-loop of automotive data.
EMQ's core technical capabilities include multi-domain deployment, multi-source data access, real-time data collection, edge stream computing, efficient cloud migration, secure and reliable transmission, and high-throughput data integration. It can support car companies to apply to product optimization, remote diagnosis and monitoring, after-sales problem analysis, intelligent cockpit, self-driving model training, and various automotive ecological application scenarios, providing a comprehensive and flexible framework for intelligent vehicle data management and application, helping car companies seize data opportunities and promote business innovation and intelligent transformation.
Lotus Automotive: Building a global intelligent and connected architecture based on EMQX
At the press conference, Ruan Lei, Head of Connected R&D at Lotus Automotive, discussed the challenges of building a global connected car platform. This includes meeting the demand for large-concurrency and high-throughput data collection, ensuring consistent global service quality, controlling data storage and computing costs, and strictly complying with global data compliance regulations. Lotus has fully considered its globalization strategy in the architecture design, and has successfully built a globally distributed platform by leveraging EMQX's global deployment, high performance and high concurrency, real-time data transmission, rich open data integration, and visual configuration.
At the application level, Lotus focuses on the closed-loop application of vehicle data, realizing real-time vehicle-side data processing, operation analysis and data value mining. In terms of data management, Lotus not only reduces data storage costs, but also improves efficiency by improving the data compression ratio and storage and computing separation technology. Lotus also classifies and tags data, implementing masked and encrypted storage to comply with regulatory requirements. In addition, Lotus actively explores vehicle R&D simulation platforms, using cloud 3D visualization technology to iterate and simulate new functions, providing strong support for vehicle R&D.
Capital Airport: EMQX for intelligent energy management
At the press conference, Wang Lei, senior engineer of Capital Airport Power Energy Company, had an in-depth discussion on the practical experience of digital application and management of comprehensive energy in civil aviation airports. As early as 2013, Capital Airport established a comprehensive energy management platform to realize the unified management and control and data sharing of water, electricity, gas heating and other energy sources. However, in the process of digital transformation, airports also face problems such as data collection, inconsistent data quality, and data management, among which data loss and data delay are particularly prominent.
By introducing EMQ's cloud-edge product components, Capital Airport has successfully adjusted the digital architecture of its system, reasonably allocated computing power and storage resources, and cooperated with the data asset management platform to achieve data governance. This adjustment not only improves the overall data processing capacity of the airport, but also realizes the data management of the whole process, systematically solving the problem of airport energy data management.
Future outlook
With the deepening of the digital transformation of industries such as automobiles, EMQ will continue to focus on technological innovation and performance optimization, and use data as the engine to promote the transformation and upgrading of the industry. By combining edge computing and artificial intelligence technologies, EMQ will help global car companies build intelligent and personalized driving experiences. In the future, EMQ will further consolidate and strengthen core technologies such as vehicle-cloud collaboration, data closed-loop, and edge computing, provide enterprises with strong data integration and data management capabilities, help them achieve more efficient and intelligent production and operation, and continue to promote the intelligent process of automotive, energy, and more industries.