Generic Node from The Things Industries
There were several announcements made at the conference that will help open up the IoT to developers worldwide. The news that stood out to me the most, announced by The Things Industries, was the release of a kit called the Generic Node– a device which sole purpose is to make developer’s lives easier.
The driving force behind the Generic Node is an industry-wide push to simplify IoT development. It packs several different sensors and a LoRaWAN-based radio out of the box so developers don’t have to worry about the nuances of the hardware design, radio and antenna layout or low-power architectures. A developer can simply focus on the IoT application and connect it via the LoRaWAN protocol. It’s geared towards the common developer, not RF experts.
There are several big players in the LoRaWAN-based ecosystem helping The Things Industries bring the Generic Node to market, including Arm, Arrow Electronics, Microchip, and TWTG. With these types of partners in the mix, there is a palpable feel in the air that this kit could be as impactful for LoRa-based developers as the Arduino board. The Generic Node enables development on a massive scale and creates accessibility with an affordably low price point.
Another major theme in presentations at The Things Conference was security. It’s something which needs to be thought of at the outset of development, and not as an afterthought. With a presentation track dedicated to security and presentations from Microchip, Idemia, Trusted Objects & Secure-IC, and more, speakers reiterated the importance of security as a foundation for LoRa-based solutions. As the IoT continues to grow and the adoption of LoRa Technology along with it, this security-first principle will enable solutions providers to gain the trust of businesses and consumers benefitting from LoRa-based IoT solutions. Learn more about LoRaWAN protocol security on the LoRa Alliance™ website.
Cloud or Edge
Major Cloud providers Amazon AWS and Microsoft each sponsored and presented at The Things Conference. The presence of these major Cloud companies, in addition to LoRa Alliance membership of Google Cloud, Alibaba Cloud and Tencent, indicates the global recognition of LoRa Technology as a de facto choice for LPWAN technology, and the Cloud’s integral role in many deployments of LoRa-based solutions. To meet the needs of their customers, developers will need to be familiar with the various Cloud platforms available, and be flexible to adapt to the Cloud services provider preferred by the customer.
All that being said, the Cloud won’t always be utilized for every use case. For example, manufacturing facilities that consider internal processes to be a competitive advantage may not want any data to go to the Cloud. In cases like these, LoRaWAN-based networks provide an excellent solution, as secure, private networks can be configured as needed. On-premise software may be a more desirable solution in this use case and many others.
It’s an exciting time for developers to be part of the rapidly growing LoRa Technology ecosystem. In addition to other announcements at the show, such as the open source software designed by Semtech that runs the miniature gateway (which The Things Conference attendees received with their conference ticket), developers have extremely compelling solutions with which to easily create applications, test interoperability and provide flexibility for different deployment and business models, enabling developers to bring IoT solutions to market fast. It’s this type of simplification of the development process that is going to revolutionize the IoT for developers of all stripes, bring the IoT to the masses and democratize the IoT for all.
Learn more about developing with LoRa Technology, connect with like-minded IoT developers, gain access to Semtech’s technical support team. and explore the library of technical resources in Semtech’s LoRa Community™.
LoRa is registered trademark or service mark, and LoRaWAN is a trademark or service mark, of Semtech Corporation or its affiliates.