German City Turns Smart Using Public & Private LoRa Networks

This video focuses on the emerging trend of IoT networks that aim to decentralize the internet, highlighting the case of the City of Ettlingen, a city in Germany. Ettlingen’s implementation of open-sourced technologies using both public and private LoRa networks serves as a case study for the potential of decentralized IoT networks in urban environments.

The city of Ettlingen reports significant benefits from embracing this technology, including faster deployment of applications and cost savings. The use of LoRa (Long Range) networks, known for their low power consumption and long-range capabilities, has enabled Ettlingen to efficiently manage and implement various smart city applications. This approach demonstrates how IoT networks can enhance city operations, leading to more efficient use of resources and improved public services.

Jerg Theurer, Managing Director at mhascaro GmbH, Florian Kraft, Head of Technical Services at Stadtwerke Ettlingen GmbH, and Johan Stokking, Co-Founder and CTO at The Things Industries, provide insights into the project. They discuss the technical aspects of the IoT networks used, the process of integrating these technologies into the city’s infrastructure, and the challenges and opportunities presented by such a venture.

One of the key highlights of the video is Ettlingen’s plan to resell their IoT network solution to other cities. This move indicates the scalability and replicability of their model, suggesting a broader impact and potential for other urban areas looking to leverage decentralized internet technologies.

This video is highly recommended for city administrators, urban planners, technology professionals, and anyone interested in smart city innovations. It offers a practical look at how IoT networks can be used to decentralize internet infrastructure, leading to more efficient and cost-effective urban management. The case of Ettlingen serves as an inspiring example for other cities considering similar technological adaptations. Viewers will gain insights into the implementation process, benefits, and broader implications of utilizing open-sourced, decentralized IoT networks in an urban setting.