How to Build a Reliable Connected Car Platform with MQTT

Learn how to overcome the challenges of connecting cars to the cloud

Discover the unique challenges of creating a connected car platform and how HiveMQ and MQTT are enabling the Connected Car within the IoT. Car sharing, autonomous driving, and many more benefits are waiting

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This FREE webinar was recorded on:
18 May, 2021
04:00 PM - 05:00 PM CET

The automotive industry is embracing the concept of a connected car to deliver better user experience, develop new potential revenue streams and improve vehicle performance. However, the challenge of creating a reliable and scalable connected car platform is significant due to unreliable cellular networks, the limitation of HTTP for bi-directional communication and requirement for handling spikes in connectivity traffic. Therefore, a new type of scalable architecture is required.

HiveMQ has been collaborating with major automotive companies, including BMW, Audi, Rimac, ZF and many more to build connected car platforms based on MQTT, a lightweight publish/subscribe protocol that is ideally suited for connecting millions of cars.

In this session, Christian Götz, CEO of HiveMQ, shares his experience of advising the automotive industry on how to use MQTT to build reliable and scalable connected car platforms. He draws upon work in the automotive industry to demonstrate how MQTT and HiveMQ address challenges the automotive industry faces when building and deploying connected cars.

Join this webinar to discover:

● Challenges arising when building a connected car platform

● How to use MQTT to build a reliable and scalable connected car platform

● How HiveMQ & MQTT can be a solution for connecting millions of cars


Presenter

Sponsor


We respect your privacy, by clicking ‘Watch On Demand’ you agree to receive our e-newsletter, including information on Podcasts, Webinars, event discounts and online learning opportunities. For further information on how we process and monitor your personal data click here. You can unsubscribe at anytime.