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/ 📚 Chapters 00:00 Intro to Wi-Fi HaLow 03:28 Morse Micro Name 07:48 HaLow Bandwidth 10:54 IoT 2.0 Context 13:07 Edge Computing Role 36:16 HaLow Link Products Powered by https://timeskip.io/?ref=olivier

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/ 📚 Chapters 00:00 IoT Stars Event 03:40 IoT & AI Dynamics 04:55 Contextual Computing 06:45 Engineers & IoT Value 07:41 IoT Second Wind 09:43 IoT Viability 10:43 AI Pipelines 12:34 Openness vs. Value 14:03 Scaling IoT 16:03 Developer Experience ‍ 17:08 Farewell Powered by https://timeskip.io/?ref=olivier

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.io IoT Stars: https://www.iotstars.com/ 📚 Chapters 00:00 IoT Connectivity 01:28 Monogoto: IoT Focus 02:23 Software-Defined connectivity for IoT 03:48 Dynamic Connectivity 07:23 API Platform Power 08:29 AI & IoT Challenges 10:43 Flexible Data Flow 11:44 Thanks for Watching Powered by https://timeskip.io/?ref=olivier

The job market is drowning in fake job ads and fake candidates. Marcus Webster (from Webster and Webster associates) joined me on the recent IoT Show live stream from the IoT Stars networking event to discuss what's going on in the recruiting industry and whether IoT is immune or not. Spoiler: IoT is NOT immune. Looking for some help finding the right candidate or job for you? Reach out to Marcus 🤝 https://www.linkedin.com/in/marcusbwebster 📚 Chapters 00:00 IoT Job Market 01:37 Talent Gap Bridge 02:30 Unicorn Candidate 03:24 Fake Job Threat 04:37 IoT Unicorn Skills 06:50 IoT Company Needs 08:19 Resume Keywords 09:06 Protect Your Career ️ 10:03 Abstracted Layers ️ Powered by https://timeskip.io/?ref=olivier

Recorded live from the IoT Stars networking event! 🌟 In this episode of the IoT Show, we are joined by security industry veteran Window Snyder, founder of Thistle Technologies. With a background leading security at companies like Mozilla, Apple, and Intel, Window is now on a mission to democratize security for embedded developers. Building secure IoT devices has historically been complex, time-consuming, and prone to error. We discuss how Thistle is changing the game by offering "drop-in" security mechanisms. We cover the foundational elements—like simplifying Secure Boot and Over-the-Air (OTA) Updates—and dive into the future of edge computing, specifically regarding Edge AI. Window explains the critical difference between static and dynamic security and why maintaining AI Model Integrity is the next big hurdle for the industry. 🔗 Resources Thistle Technologies: https://thistle.tech/ IoT Stars Event: https://www.iotstars.com/ 📚 Chapters 00:00 IoT Security 2025 01:28 Window's Background ‍ 02:05 Device Security Needs ️ 03:38 Embedded Dev Security 05:30 Simplifying Secure Boot 06:10 Secure Updates ️ 07:02 Static vs Dynamic ↔️ 09:09 Edge AI Security 10:15 AI Model Integrity 11:06 Contact Thistle Technologies Powered by https://timeskip.io/?ref=olivier

Recorded live from the IoT Stars networking event! 🌟 In this episode of the IoT Show, we sit down with Daan Pape, founder of DP Technics, to discuss the state of the art in multi-radio embedded modules. We focus on Walter, their open-hardware IoT module that combines the versatility of the ESP32-S3 with the long-range connectivity of the Sequans GM02SP (LTE-M/NB-IoT & GNSS). Beyond just the specs, we dive into what makes this module unique in the market: its extreme low-power performance. Daan explains how they engineered Walter to achieve ultra-low deep sleep currents (below 10µA), making it a game-changer for battery-operated devices that need to last for years in the field. We also explore the common use cases driving Walter's adoption—from asset tracking to industrial monitoring—and discuss how the product is performing in the current market, including the growing ecosystem of software support. Learn more about Walter 🔗 https://www.dptechnics.com/en/products/walter.html Check out IoT Stars ✨ https://iotstars.com/ 📚 Chapters 00:00 Walter Module Update 01:21 Walter: Multi-Radio 02:43 Low Power Capability 05:10 Walter Use Cases ️ 06:24 Walter's Success 07:40 Learn More About Walter 08:47 Conclusion Powered by https://timeskip.io/?ref=olivier

You've heard about DevOps, SecOps, MLOps. But have you heard about EmbedOps? It's time that we give embedded developers some love in the Ops domain, right? Joe Schneider from Dojo Five was on the last IoT Show live stream from IoT Stars to discuss how Dojo Five helps you get your embedded project right the first time. ❓Learn more about Dojo Five at https://dojofive.com 👉 Check out IoT Stars and join the next IoT networking event: https://iotstars.com 📚 Chapters 00:00 Teaser 01:41 What is EmbedOps? 02:57 Embedded Complexity 05:04 AI Impact on IoT 06:57 Embedded Challenges 08:43 Dojo Five Approach 10:38 Bridging the Gap Powered by https://timeskip.io/?ref=olivier

Embedded development is complex by nature and the growing demand for AI to be deployed to the edge is not simplifying things. Avnet presents itself as a partner helping makers and manufacturers not only providing electronics, sensors and other hardware but also in their design from inception to production. I visited the Avnet booth at Embedded World North America and got the change to discuss with Jennifer and Michael how AI is impacting embedded developers and they showed me and explained how they are helping embedded developers with development kits, design guides and more. Check out Avnet's open-source resources at https://iotconnect.io 📚 Chapters 00:00 IoT Show Intro 01:02 Embedded World 01:48 Michael's Tasks 02:41 Vision AI Proof 03:27 Edge AI Use Cases ️ 04:50 Michael's Demos 06:29 Embedded Devs ‍ 07:11 Acquiring Technology 07:56 Avnet: Edge AI 08:41 Commercial Models 10:01 Engineers Validation 10:45 Middleware Platform ️ 11:34 Model Reactions 12:38 Retraining Models 13:26 Thanks for Tuning In Powered by https://timeskip.io/?ref=olivier