One of the common problems with IoT connectivity is the compromise you have to do between bandwidth and range. There are many solutions like meshing, satellite, and others out there addressing the challenge of supporting high bandwidth over long range, but haven't you ever whished you could just have Wi-Fi transmitting and a high throughput over kilometers?Morse Micro offers solutions based on a new flavor of WiFi called HaLow. Andy McFarlane tells us on this new episode of the IoT Show how the founders of the company contributed to the development of HaLow, how it works, and the kind of scenario it enables.Spoiler: you will have glance at what IoT 2.0 will look like!🔗 Learn more about Morse Micro solutions: https://www.morsemicro.com/

When you start a conversation with Leonard Lee (neXt Curve), you never really know where it will go, but what's sure is that it will be interesting!This one I had with him during the last IoT Stars networking event didn't disappoint and I could ask him about the latest trends he is seeing in IoT, Edge AI, and more. And towards the end of the interview, we had the chance to have Marc Pous join in!🔗 Resources:Stay up to date on latest tech trends on Leonard's channels: https://next-curve.com/

Recorded live from the IoT Stars networking event! 🌟In this episode of the IoT Show, we sit down with Itamar Kunik, co-founder and CEO of Monogoto, to explore how connectivity is evolving from a static utility into a dynamic, software-defined asset."Monogoto" translates from Japanese as "things" or "concepts," reflecting the company's deep focus on the Internet of Things. Itamar explains why modern embedded devices—especially those running Edge AI—need more than just a SIM card; they need a Software-Defined Connectivity (SDC) solution that developers can control via APIs just like any other part of their cloud stack.We discuss the critical challenges of AI & IoT connectivity, specifically why rigid data plans fail when devices need to push large model updates or burst data for retraining. Itamar details how Monogoto’s platform allows for flexible data flows, enabling devices to dynamically switch networks and optimize for cost, coverage, or speed on the fly.🔗 Resources:Monogoto: https://monogoto.ioIoT Stars: https://www.iotstars.com/