The opening keynote is about how all the IoT technologies that were invented over the last 2 decades are coming together and clearly finding their niche.

For a while, safety-critical applications looked like they would be one of the last bastions of proprietary software. However, the availability of Eclipse ThreadX, the first and only open source real-time operating system certified for safety-critical applications, shows that this era will soon be over.

To build IoT applications with Eclipse ThreadX, all you need apart from the RTOS itself are CMake, Ninja, and a suitable compiler. In this workshop, you will have the opportunity learn the structure of ThreadX applications and to discover some of its core APIs. You will also explore how companion components such as FileX, GUIX, NetX Duo, and USBX complement the core ThreadX kernel.

Deep dive into practical implementations for solar, RF, and vibration-based energy harvesting.

Since our first live demo at the inaugural TTC2018, Lacuna's tech is now out in the wild serving diverse use-cases. The mind-blowing vision of connecting battery powered IoT devices from space is a reality and unconnectable black-spots no longer exist

The Microsoft Fabric data platform enables seamless ingestion and analysis of sensor data. Using Azure IoT as entry point, uplink messages are securely routed towards Fabric’s Real-Time Intelligence resources like a timeseries database, lightning fast queries, real-time dashboards, agents. This allows organizations to process, enrich, visualize and chat with telemetry instantly. This architecture supports real-time monitoring, anomaly detection, and automated actions, empowering businesses to make data-driven decisions as events unfold, all within a scalable, cloud-native environment. Attendees learn about integrating with Microsoft Fabric and what the platform can offer them.

Please note that this workshop will be delivered in a presentation format and will not include hands-on activities.

Hong started his career as an engineer and worked his way up the ranks to finally becoming the CEO of Semtech. With a in-depth empathy for the end users of his products he steered the company to calmer waters and is now energized and excited about all the innovation investments and opportunities ahead. He will guide us through his personal and Semtech journey and will give us an outlook on what is to come.

This presentation explores the impact of upcoming EU regulations—specifically the Cyber Resilience Act (CRA) and Radio Equipment Directive Delegated Act (RED DA)—on connected device manufacturers. Drawing from direct engagements with European firms across smart appliances, EV chargers, and automotive IoT, it examines the technical and strategic challenges these companies face in aligning with compliance requirements. we have a huge field experience because of our customer portfolio and know what IoT device manufacturers need.

"Everything happens somewhere", and sensors can tell us with micro-precision where. But is that helping or hurting the push for IoT adoption? Humans have a vast array of ways of thinking about location, varying by culture and "job to be done". The "correct" answer to the customer's question of "Where is my cargo?" requires context, that most IoT systems are lacking. Are we just flooding customers with data, or are we giving them relevant information? And can't AI just "solve" this? This talk examines the challenge via specific examples and best practices.

The presentation will explore the latest EchoStar Mobile technology developments of Non Terrestrial Networks using LoRaWAN protocol and the integration of satellite technology in cutting edge IoT solutions. Moreover, several live use cases will be discussed and presented

The Digitisation of Agriculture: Connecting the Farm to the Future. How can farmers in even the most remote regions benefit from the digital agriculture revolution? This panel unites agri-tech innovators, satellite IoT experts, and agribusiness leaders to explore solutions that connect, optimise, and future-proof farming. Expect real-world examples, candid challenges, and a look at how connectivity is changing the way we grow food.

This keynote will explore the rapid evolution of edge AI—from its early days running TinyML models to the emerging ability to deploy large language models (LLMs) and vision-language models (VLMs) directly at the edge. It will examine how this shift is transforming the IoT landscape by enabling real-time decision-making, reducing latency, and enhancing operational efficiency through on-device intelligence. Drawing from cutting-edge innovations in AI-enabled IoT modules, the session will highlight key trends such as the integration of AI accelerators across micro, thin, and thick edge layers, the convergence of edge computing with advanced IoT connectivity, and emerging use cases ranging from smart surveillance to autonomous robotics. The talk will also explore how edge AI reduces cloud dependency, drives cost-effective scalability, and enables decentralized innovation across sectors including automotive, industrial automation, and manufacturing.

Because every deployment is different, bloating the gateways with an ever growing set of features in a monolithic solution is not the answer. At RAK we are rethinking the OS in our gateways to provide our customers with exactly the tools they need.

As the IoT ecosystem continues to expand and unify, the integration of Edge AI is transforming how data is processed, analyzed, and acted upon—right at the source. This panel session brings together industry experts and technologists to explore their experience in practical Edge AI applications and overview of the general market across diverse IoT domains.Panelists will discuss their favourite use cases, pitfalls and look into which applications and solutions are most in demand now, as well as in the future.

The discussion will also address the challenges and considerations of deploying AI models on resource-constrained edge devices, such as power efficiency, model compression, and interoperability with various IoT communication standards.

Attendees will gain valuable insights into the synergy between low-power IoT technologies and edge computing intelligence.

In this presentation, we explore a practical approach to integrating AI capabilities into existing LoRaWAN systems. Our architectural framework spans from AI-enabled sensors (vision, sound) to edge computing platforms with varying computational capacities, demonstrating how AI can serve as a modular add-on to enhance current deployments.
We'll present a series of reference designs that enable both hardware and software developers to easily customize and implement their own AI-enhanced LoRaWAN solutions.

By 2027, over 85% of connected device makers expect to shift to programmable connectivity models (Transforma Insights). Building globally connected IoT devices is hard—coverage gaps, SIM logistics, and security risks get in the way. But that’s changing. With eSIM for IoT, in-field provisioning, and reliable terrestrial and satellite (NTN) connectivity, there’s now a clearer path to resilient, scalable deployments—without the usual friction.

In this session, we’ll share real lessons from the field:

• How to make terrestrial and non-terrestrial connectivity interoperable and secure
• Common pitfalls in managing connectivity credentials
• How dynamic connectivity unlocks smarter, simpler deployments

If you're building mission-critical devices—or tired of SIM swap headaches—this session is for you. Expect practical tips, hard truths, and real-world insights. No fluff. Just what it takes to connect at scale.

Join this hands-on workshop presented by Foundries.io and Edge Impulse to learn how to build, deploy, and manage secure AI-powered embedded Linux devices — from data collection to over-the-air updates.
You will be guided through using FoundriesFactory™, a DevOps platform for embedded Linux, to design, develop, and manage devices with CI/CD, OTA updates, and strong security — all ready for production.
On the AI side, you will use the Edge Impulse platform to collect voice data, train a compact neural network to recognize color words (e.g., “red,” “blue,” “green”), and deploy the model on a Linux-based device.
The result? A working demo where a voice command controls a smart light bulb — showing a real-world application of edge AI.
Whether you are an embedded developer exploring AI or an ML engineer entering Linux devices, this workshop gives you an end-to-end pipeline — using real hardware and production-grade tools.

This roundtable will explore how IoT and LoRaWAN can transform offices and workplaces into truly smart environments. Together, we will discuss how sensor-driven solutions can improve employee productivity, enhance comfort, and drive significant cost savings. Beyond success stories out of our all daily business, we will openly exchange on common pitfalls and challenges in real projects—and how to overcome them. The goal: to shape ideas collaboratively and move solutions forward. Let’s build this thing together.

Imagine building your own IoT dashboards or even full-fledged apps within hours – no deep programming skills required. This workshop introduces you to VibeCoding, a new way of creating IoT solutions by combining LoRaWAN sensors, The Things Stack, and AI-powered coding assistants like Repl.it and Cursor.

You will learn how to:

Connect and use LoRaWAN devices with The Things Stack

Process and visualize data with AI coding tools

Build custom dashboards and apps beyond traditional IoT platforms

Understand the differences between Repl.it, Cursor, and where to start

Empower beginners and professionals alike to create functional IoT solutions quickly

Whether you want to create white-label dashboards, rapid prototypes, or simply learn a new approach to coding, this session will show you how easy and fun IoT development can be with VibeCoding.

Cellular connectivity, with its global coverage, robustness, security, and scalability, is essential for IoT deployments. Standards such as LTE-M and Cat 1bis have been pivotal in meeting specific IoT requirements. As Edge AI continues to enhance IoT applications, the shift toward 5G eRedCap will become crucial for ensuring device longevity and improved connectivity.

Learn how to navigate the options - LTE-M, Cat 1bis, and 5G eRedCap - to optimize for power efficiency, coverage, and global scalability.

The Truvami Smart Label is transforming the way we think about asset tracking. Together with Dracula Technologies Organic Photovoltaic technology, which transforms ambient light into energy, the Smart Label operates completely battery-free, eliminating manual maintenance and significantly reducing total cost of ownership. This ultra-thin, sustainable solution enables new, scalable use-cases across logistics, retail, healthcare, and more. Join us to explore how Truvami and Dracula Techonologies are setting a new standard for intelligent, maintenance-free traceability.

The gravitational pull toward the edge is creating new innovations in ultra low power edge AI, including neuromorphics, WASM based orchestration, and more. Hosted by Pete Bernard, CEO of the EDGE AI FOUNDATION, this panel will explore these with industry leaders from some of the hottest startups in the edge AI space.

As IoT deployments grow, secure firmware updates are vital. We present our LoRaWAN FUOTA solution, tackling bandwidth, power, and reliability challenges to deliver scalable, secure, and compliant updates—meeting new regulations like the EU CRA.

Discover how Browan’s AI-enhanced zone-level positioning solution transforms existing Wi-Fi networks into a powerful indoor tracking system—without new infrastructure. We combine LoRaWAN®, AI modeling, and signal data from legacy networks to deliver real-time asset and personnel tracking. From underground tunnels to crowded terminals, this approach proves scalable, low-cost, and fast to deploy—ideal for high-impact, real-world scenarios.

Why do so many IoT projects succeed in early trials but fail to scale in the field? This panel explores how Cellular IoT can bridge that gap — from designing with scalability in mind to securing fleets, integrating with the cloud, and building devices that endure in real-world conditions. Featuring experts in modules, connectivity, and device design, this discussion offers insights from across the ecosystem. Expect practical strategies, hard-won lessons, and a forward look at the technologies shaping the next wave of scalable IoT.

Case studies on measurable sustainability improvements using IoT.

Creating a low-power cellular IoT solution requires more than just out-of-the-box tools. In this workshop, we’ll demonstrate how to achieve ultra-low power cellular designs using Nordic Semiconductor’s nRF9151 System-on-Chip (SoC).

We will explore key technologies and learn how different layers, especially communication and security, impact overall power consumption. Through practical examples and guided discussions, you'll gain insights into building efficient, scalable cellular IoT applications.

Join us for an interactive and hands-on workshop where you'll learn to train and deploy your first Edge AI model from scratch using Edge Impulse.

This session is designed for both beginners and experienced developers who want to learn about edge computing and AI. You'll gain practical experience in collecting data, training models, and deploying them on edge devices.

By the end of the workshop, you'll have a working Edge AI model and the knowledge to apply these techniques to your own projects. No prior experience in machine learning is required—just bring your enthusiasm and a willingness to learn! See you there!

In this panel, hosted by Imagimob's Andreas Nimmerfroh, participants will discuss the role of software in unlocking the full potential of Edge AI devices. Low-power embedded devices can be truly intelligent using all that Edge AI has to offer. Listen to this panel to get insights from business and academia into this quickly growing and changing topic.

For almost 25 years, we have been shaping the Internet of Things with a clear focus on standardized, modular solutions - avoiding vendor lock-in and enabling open ecosystems designed to last. When the IoT hyped peaked in 2014–2015, with hundreds of platforms and promises of billions of devices, short-term gains in speed and cost often took precedence over long-term resilience.
In this keynote, we’ll show why durability and future-proof design matter more than ever, how to achieve them in practice, and share customer stories where our technologies - LoRaWAN among others - have delivered lasting value for well over a decade.
In essence: the principles we started with decades ago remain just as relevant today - and are the key to building IoT solutions that truly stand the test of time.

eSIM technology has been reimagined for the realities of IoT at scale. With the introduction of the SGP.32 standard, product designers and developers finally have a practical path to overcoming long-standing barriers around provisioning, global reach, and device security.

For this panel, Kigen is joined by experts from  Semtech (Sierra Wireless) and Nordic Semiconductor, to unpack what’s new — and what’s now possible. You’ll gain clarity on the standard itself, see  real-world examples of mission-critical deployments, and explore how  resilient, satellite-connected devices are entering markets like asset tracking, smart energy, and industrial automation — with faster time to market and fewer integration hurdles.

If you’re building IoT products that need to scale securely and globally, this session will show you how to get started.

🌍 The next decade will redefine connectivity. IoT and wireless are on a collision course, creating a world where everything is connected. With new players emerging, trade-offs inevitable, and technology evolving at breakneck speed, the real challenge is not just keeping up—but shaping the future responsibly.

Join us as we explore how mastering this puzzle together can turn complexity into opportunity, drive real sustainability impact, and ensure that in 2035, we look back with pride at the role we played.

👉 Don’t miss this session—discover what it takes to lead in the era of “everything connected.”

In this workshop we will demonstrate how to rapidly build a complete IoT project using Embedd’s Graphical Device Tree Configurator and automated driver generator. Participants will see how an MCU, a sensor, and a Blues connectivity card can be integrated live, with drivers and configuration files generated on the spot. The session will showcase how modern approach to embedded development tooling can accelerate IoT development, reduce integration pain, and remove hardware dependancies.

Join our hands-on workshop exploring the power of AI at the edge. We will first build a system for machinery anomaly detection using a tri-axis vibration sensor. You will train a machine learning model to learn a device's (like a fan) normal vibration pattern and configure it to trigger an alert upon detecting anomalies. These alerts will be transmitted wirelessly via LoRaWAN for remote monitoring. Secondly, you will experience training your own edge vision model using the Seeed Grove Vision AI module, gaining practical insight into embedded machine learning and sensory perception. This session is ideal for anyone interested in IoT, AI, and practical sensor applications.

As co-founder of Kudzu Technologies, I’ve been working on tools that help LoRaWAN® networks become more reliable and less unpredictable. At The Things Conference, I’ll be hosting this roundtable to explore reliability at scale — why it matters, where networks fail, and how we as an ecosystem can raise the bar. My role will be to guide the discussion, draw out real-world experiences from the panel and the audience, and keep us focused on practical ways to make LoRaWAN® dependable in critical deployments. Expect a conversation that goes beyond theory: we’ll talk about what reliability looks like in the field, what challenges remain unsolved, and how collaboration can help turn LoRaWAN® into a technology that people don’t just experiment with, but trust.

Picture an IoT without batteries. Light-powered energy harvesting paired with ultra-low-power radios enables devices that power themselves. Self-powered sensors and dense, always-available wireless networks are redefining connectivity across logistics, healthcare, industry, and smart cities. The benefits are tangible: near-zero maintenance, lower total cost of ownership, less e-waste, and deployment at massive scale without wiring or battery service. This “invisible mesh” unlocks cold-chain tracking, asset intelligence, condition monitoring, infrastructure telemetry, and interactive retail. It also opens new engineering frontiers: tight energy budgets, intermittent computing, energy-aware security, and frictionless provisioning for fleets of nodes. As Ambient IoT matures, we move toward a world where objects communicate wirelessly—autonomous, sustainable, and battery-free.

Creating Matter IoT applications is easier than ever using the Arduino Nano Matter board featuring the Silicon Labs EFR32MG24 SoC. This session will include:

• A brief overview of how Matter technology eases Smart Home development

• A look at how simple it is to use the Arduino Matter APIs to create Matter devices

• Incorporating peripheral devices using the extensive range of libraries available in the Arduino IDE

• Using Matter devices in popular Smart Home ecosystems

• An overview of the additional features available on the Arduino Nano Matter board

Disposable batteries aren’t built for scale. They’re costly to replace and harmful to the environment. Thales chose a different path, eliminating battery replacements entirely with an indoor asset tracking system powered by light energy harvesting and achieved a clear ROI through lower total cost of ownership.
In this presentation, we’ll present the case study and show how combining indoor photovoltaics with efficient power management allows devices and trackers to recharge from ambient light and operate for years without maintenance. We’ll also highlight the key enablers that make this a scalable, low-cost solution for long-term asset tracking.

In enterprise IoT, plug-and-play looks like a win for everyone: builders love it because it reduces sales friction, enterprises love it because it lowers the entry barrier. But that shortcut comes at a cost. Builders get locked into maintaining an opaque black box, and enterprises discover that the default configuration doesn’t fit their processes or scale in their IT landscape.

The real art is mastering your IoT-specific core — in our case, the LoRaWAN Network Server — while enabling deep integration into existing systems. That’s why we offer The Things Stack as a Kubernetes deployment: instead of selling a black box, we let enterprises run our core where it belongs — inside their carefully managed IT infrastructure.

In this keynote, I’ll share how to escape the plug-and-play trap, why openness beats magic in enterprise IoT, and how deploying on Kubernetes illustrates the kind of integration that makes IoT software survive and scale.

Discover how MultiTech enables scalable, secure IoT with hybrid LoRaWAN/cellular networks, zero-touch onboarding, and real-world use cases—powering Massive IoT at The Things Conference 2025.

Implementing AI at the edge with technologies such as Zephyr, Arduino, and Edge Impulse.

In this workshop, we will demonstrate how to use Notecard to connect a fleet of devices, no matter where they are or how they work. Participants will learn what it means to achieve harmonization across multiple radio access technologies and dataflows as well as use Blues’ Generative AI tooling to rapidly retrofit connectivity to existing devices. This session continues from the Embedd workshop before it, using the generated Zephyr project and drivers.

Join our hands-on workshop exploring the power of AI at the edge. We will first build a system for machinery anomaly detection using a tri-axis vibration sensor. You will train a machine learning model to learn a device's (like a fan) normal vibration pattern and configure it to trigger an alert upon detecting anomalies. These alerts will be transmitted wirelessly via LoRaWAN for remote monitoring. Secondly, you will experience training your own edge vision model using the Seeed Grove Vision AI module, gaining practical insight into embedded machine learning and sensory perception. This session is ideal for anyone interested in IoT, AI, and practical sensor applications.

Collecting measurements in-sync across a network of wireless devices is a key enabler to perform modal analysis with acquired vibration, sound and other sensor inputs. In this talk we will explore the performance, boundaries and practical implementation examples of achieving and keeping the precise timing across a fleet of embedded devices. You will gain the insight on how to add such functionality to your products and discover which applications this unlock.

In the early days, a lemon-powered demo showed the challenge of ultra-low power design. Today’s MCUs, energy harvesting, and smart PMICs make self-powered devices a reality.

Join Voltaic, Enocean, Silicon Labs & Qoitech to explore how it’s done.

Moderated by Mouser Electronics (Mark Patrick, Director Technical Content | EMEA)

Edge AI is moving from niche to mainstream, transforming industries from manufacturing to consumer products. This panel we explore how open platforms, scalable tools, and accessible hardware are democratizing intelligence at the edge, making it available to innovators everywhere.

When "works everywhere" is non-negotiable, multi-RAT is the architecture: terrestrial for efficiency, satellite for certainty. This session reframes device connectivity as the core reliability stack of IoT and introduces Blues' unique approach to multi-RAT connectivity. You'll learn how Blues layers Wi-Fi, cellular, and satellite behind a single developer experience so devices adapt to available networks, saving you the headache of manual radio management and ensuring your devices always have a connection, no matter where in the world they end up.

IoT created tons of impact over the last years - but scaling has been proven complex. The mobile operators are now trying to reinvent IoT- based on harmonised APIs, analogue to how CPaaS scaled - could this model scale to iot? And what is the impact on LoRaWan ecosystem

At first high level glance, the RS26x is “just another LoRaWAN temperature sensor”—but the journey to develop it reveals just how complex "simple" IoT devices can be. In this talk, we take a candid look behind the scenes of Ezurio’s sensor evolution, from the successful RS1xx series to the RS26x: our latest dual-protocol (LoRaWAN + Bluetooth) environmental sensor.

We’ll walk through hard-won lessons around software environment, antenna design, battery optimization, temperature response, ingress protection, and RF approvals. Along the way, we’ll cover how we integrated our own RM126x and Lyra24 modules, the architectural decisions that enabled configurability without compromising reliability, and how field failures and customer feedback shaped our redesign.

This is not a product pitch—it’s a blueprint for teams aiming to build, use or specify rugged, certifiable, and truly low-maintenance IoT devices that last. If you’ve ever thought “how hard can it be?”—this talk is for you.

Data fusion on edge devices and gateways has the potential to give higher-level insights close to the data source. This technique provides the decision basis for edge intelligence including notifications and autonomous acting. The hands-on workshop introduces a new data fusion and enrichment framework based on message brokers that has become the essential data backbone in an industrial product for herd management. It involves trackers, weather stations and other LoRa-connected devices, fusing events from them with external APIs such as weather stations and vegetation surveys to provide a remote eye on the situation on the ground in remote areas. Modular components, integrated replay/reproducibility functions and a convenient control terminal are among the key features. The data fusion framework integrates directly with TTN's message brokering. It reduces the time needed to extract insights from the ground situation and brings added value to existing infrastructure such as gateways.

This session is designed exclusively for power users of The Things Stack Cloud and Enterprise (on-premise). Join us for an interactive deep dive where we’ll:

• Explore how advanced users are using The Things Stack in production for large scale deployments.

• Showcase newly released features and powerful capabilities you might have missed.

• Share behind-the-scenes insights into the product development process.

• Give an exclusive preview of the roadmap – and gather your feedback to help shape what’s next.

Whether you're scaling deployments, integrating at a deep level, or pushing the limits of what’s possible, this is your space to connect, share, and influence the future of The Things Stack.

After Apple’s launch of iBeacon in 2013 and Google’s response with Eddystone in 2015, you’d be forgiven for thinking not much has happened in Beacons. Or perhaps even that they have had their day and faded away.

But Bluetooth Beacons have quietly become one of the most widely deployed technologies for connecting the physical and digital worlds. They underpin ever more enterprise systems that demand reliable visibility of assets, people and environments.

And they are getting smarter and more connected than ever before.

This talk will look at how they have evolved, from the early days focused on retail and UX (Simon worked with the Google team to develop and launch Eddystone), to modern tracking networks, to what is coming next. Join us to discover why Bluetooth Beacons are one of the most successful growth stories in IoT, and what they are now becoming capable of.

Edge AI is ready. Get on board and explore in this keynote how embedded engineers can evaluate in a lean way Edge AI concepts and drive their first proof of concepts (PoC) with existing demo-code and hardware. This approach simplifies Edge AI deployment on both MCU and MPU platforms leveraging Zephyr and Linux, respectively. EBV, NXP and Tria together with the global team for /IOTCONNECT powered by AWS joined forces to make it happen. These partners remove the complexity through ready-to-use AI models, hands-on tutorials including code, and scalable hardware platforms. From vision-based demos on NXP’s i.MX93 and MCX N to seamless cloud integration via /IOTCONNECT powered by AWS, this session showcases how industrial applications can benefit from secure, scalable, and fast-to-market Edge AI solutions. Whether you're building smart factories, predictive maintenance systems, or intelligent interfaces, this talk will inspire your next steps in Edge AI innovation.

Through this hyperbole, Pete will explain what edge AI is, the gravitational "pull" toward the edge, how it's impacting key industries, and the evolution of AI processing for neuromorphics, tinyML, agentic, physical and other implementations.

The values of the Open Home: how fighting for privacy, choice and sustainability in every smart home led us to build an absolute unit of a Z-Wave adapter. Hear about the Home Assistant project, how open source is challenging big tech, our latest hardware, and how you can get involved.

The Z-Wave ecosystem continues to evolve to meet the growing demands of connected devices, interoperability, and multi-protocol IoT solutions. This technical session provides an in-depth look at the latest innovations in Z-Wave software, hardware platforms, and specification updates.
A major focus of the session is multi-protocol capability with the Silicon Labs EFR32ZG28 platform, which supports both a Z-Wave-capable sub-GHz radio and Bluetooth Low Energy (BLE). We’ll compare switched multi-protocol and dynamic multi-protocol approaches, highlighting how each impacts latency, power consumption, and development complexity.
The session will also explore new features in the Z-Wave specification, including:

• S2V2 security enhancements for improved and wider encryption.

• New device type "Wake on Event", allowing batteryless devices to join Z-Wave networks.

• New command classes, such as User Credentials, which expand device functionality and open new application possibilities.

This keynote will discuss overcoming the challenges of bringing Edge AI products to market, from early hardware considerations, to the choice of operating systems and the development of applications and solutions. This will cover the product life cycle from development to end of life, including available tools to help meet the requirements of the EU Cyber Resilience Act (CRA).

Come meet the Developpment team behind the Semtech LoRaWAN end-device stack and discover what drives this reference implementation adopted by the LoRa Alliance. Join us for a journey through the history and architecture of a stack specifically designed to optimize LoRa modulation performances. We'll explore key design patterns enabling power efficiency, examine the integration between MAC layer and radio drivers, and reveal performance optimization techniques that push the boundaries of LPWAN communication. Gain exclusive insights into ongoing developments and future evolutions that will define next-generation IoT connectivity.

There is high interest in using AI to solve practical issues in edge applications. However, implementing Edge AI is order of magnitude harder due to lack of access to data and models. And of course an Edge AI implementation has to address real world challenges including power consumption, heat dissipation, security, functional safety and supply longevity. These challenges need to be addressed with as much importance as AI models or algorithms. Microchip Edge AI solutions enable embedded engineer to successfully implement Edge AI.

As the IoT evolves how can we catalyze the next paradigm shift from simply connecting devices to enabling autonomous intelligent systems. What role can AI play in catalyzing this shift and how can new AI tools help us simplify the process of building human centric systems that are technology agnostic and human centric by design.

As 85% of the world’s critical industrial and natural assets remain beyond terrestrial connectivity—rendering them “AI dark”—there is a pressing need for intelligent solutions that thrive in these blind spots. This keynote introduces Mountain’s award-winning edge AI infrastructure, powered by smart vision IBEX, which runs autonomous computer vision entirely at the edge, even in solar-powered, remote, off-grid locations. Leveraging LoRaWAN over Non-Terrestrial Networks (NTN), our system delivers 1-year field operations by transmitting only ultra-lightweight metadata, exemplified by deployments protecting French cities from wildfires. For the first time globally, we achieved full image transfer via LoRa GEO NTN—a breakthrough enabling actionable insights in extreme connectivity environments. The talk addresses technical advances in managing MLOps (AI model operations) on narrowband networks and details the challenges conquered in delivering robust, scalable intelligence where it was previously impossible. IBEX’s recognition as AI Innovator of the Year at the IoT World Congress affirms the real-world impact of unleashing AI to safeguard the integrity of the world’s most vital but vulnerable assets.

What if building powerful IoT solutions didn’t mean choosing complexity? This session reveals how a next-gen platform uses AI and adaptability to deliver high-impact results—while staying simple enough for anyone to build with.

A forward-looking discussion on emerging IoT trends like edge AI, sustainability, and ethical data use, with women leaders sharing their vision for the industry's evolution.

enerthing addresses the challenge of powering billions of IoT devices sustainably and at scale. Primary batteries and wired power create high costs, much of it from the operational process of replacing batteries. To overcome this, enerthing has developed a holistic solution combining highly efficient photovoltaic technology, tailored sensor hardware and firmware, and robust cloud operation. At its core is a proprietary, mass-produced next-generation indoor photovoltaic technology optimized for low-light environments. This enables reliable, maintenance-free, self-powered IoT devices that eliminate the need for batteries or cables, ensuring sustainable, high-performance deployments. With its retrofit approach, enerthing has digitized over 100 office buildings with 6,000 light-powered sensors and more than 80 logistics buildings. By delivering actionable data to cut CO₂ emissions, improve efficiency, and enhance comfort, enerthing paves the way for smarter, greener building management.

We approach sovereignty from all perspectives - from sensor to storage, from connectivity to compute and from granular to global. Its the heart beat for our IT- and our cloud infrastructure-services. Leading to a sovereign digital future - together.

AI features are starting to make their way into everyday development tools, including in embedded software workflows. This talk presents ongoing work in Eclipse Theia to integrate AI-assisted capabilities such as code suggestions, navigation aids, and contextual actions. We'll discuss what's already available, what we're learning from early adopters, and where these tools might bring value (or friction) in the hands of experienced developers working on complex systems.

Join this interactive session to learn how to build intelligent, connected IoT experiences using Raspberry Pi 5 and powerful open source tools.

• Design automation workflows by connecting sensors to Raspberry Pi 5 and program easily using Node-RED’s visual interface to create real-time control flows

• Connect your Pi to the web easily using modern standards like W3C’s Web of Things (WoT) and Web Bluetooth APIs to connect and control devices directly from the browser (mobile/web).

• Store, Process and Monitor live data with InfluxDB 3 Core, a high-performance, open source time series database

You'll walk away with practical skills and a complete project template. All source code and step-by-step instructions will be shared via GitHub so you can recreate and customize the experience on your own.

Note: Participants will need to bring a laptop.

Firmware Update Over The Air (FUOTA) is a vital technology for maintaining, securing, and scaling IoT networks by enabling remote, multicast firmware updates over LoRaWAN. This workshop focuses on implementing FUOTA using the widely adopted RAKwireless modules powered by the RUI3 (RAK Unified Interface V3) development framework, combined with the WisGate Edge gateways for LoRaWAN.

Attendees will explore how RUI3 supports the FUOTA architecture, which involves fragmented data transmission, multicast synchronization, and secure image verification tailored for RAK’s RUI3 modules.

Join this workshop to gain knowledge on FUOTA implementation with RAKwireless hardware and WisGate Edge gateways, empowering your IoT projects with scalable and remote firmware updates.

LoRaWAN® has rapidly emerged as a cornerstone technology for the Internet of Things, delivering unique strengths such as long-range coverage, low power consumption, and cost efficiency. This talk will explore how the LoRa Alliance® has fostered a thriving ecosystem that drives global adoption across smart cities, buildings, industrial operations, and beyond. Attendees will gain insight into LoRaWAN’s proven track record, real-world deployment successes, and the collaborative momentum shaping its evolution. Looking ahead, we will discuss the vision for Massive IoT, where LoRaWAN is set to unlock transformative opportunities by connecting objects all around the world.

The Cyber Resilience Act (CRA) will fundamentally change how we build and deliver connected products. Starting in 2025 every wireless product and in 2027, every product with digital elements — from IoT hardware and embedded software to cloud-based services — must comply with strict cybersecurity requirements.

In this keynote, Michel Wouters, Founder & CEO of IoT Consulting Partners, connects a personal story of a lost suitcase to a bigger truth: one weak link in the chain can compromise trust in the entire system.

You will learn what the CRA really means for manufacturers, importers, distributors, and integrators, why open source software and remote data processing are critical in the new regulation, and how to take the first practical steps today.

In this presentation, you will learn how the Eclipse Foundation is building a comprehensive open source RISC-V embedded ecosystem focused on Eclipse ThreadX, the only open source RTOS in the market certified for safety-critical applications.

In this session, Damon Barnes, Damon Barnes, Director of technical marketing at the Bluetooth SIG, will provide an introduction to the Bluetooth Special Interest Group (SIG) and the foundation of Bluetooth® technology before highlighting some of the latest advancements shaping the Bluetooth ecosystem. He will then take a closer look at Bluetooth Channel Sounding, a recent innovation that brings true distance awareness to Bluetooth connected devices.

The session will conclude with a summary review of the broad applicability that these technology enhancements have across the wireless industry.

The connected device ecosystem has become the infrastructure of our daily lives, powering homes, hospitals, grids, and factories. But as connectivity grows, so does exposure. Attackers are shifting focus to the embedded systems that quietly run our world, targeting firmware, update paths, and weak supply-chain links. At the same time, regulators are raising the bar with requirements like the EU Cyber Resilience Act, making security not just a best practice but a mandate.

This talk will highlight how developers and manufacturers can adopt practical, repeatable security practices that reduce cost and complexity while raising the baseline of trust for billions of devices.

The devices we design today may still be in service ten or twenty years from now. Now is the time to ensure they are resilient enough to withstand the evolving threats for the road ahead.

Z-Wave has long been recognized as a leading wireless protocol for the smart home, powering over 100 million deployed devices worldwide. With the introduction of Z-Wave Long Range (ZWLR), the technology has broken through the limits of traditional smart home applications to unlock new possibilities across commercial, industrial, and large-area IoT deployments.

ZWLR extends the reach of Z-Wave to over one mile, supports networks of up to 4,000 nodes, and introduces a highly scalable star topology – features that make it uniquely suited for applications such as building automation, energy management, and sensor-based monitoring. Operating in the sub-GHz spectrum with ultra-low power requirements, ZWLR enables reliable, secure, and long-life wireless sensor networks that can serve as critical infrastructure for tomorrow’s connected world.

This session will provide a technically grounded look at ZWLR’s architecture, performance benefits, and deployment potential within the broader IoT ecosystem. Attendees will also hear how Z-Wave Alliance members and silicon providers (such as Trident IoT and Silicon Labs) are advancing multiprotocol coexistence, enabling Z-Wave to complement technologies such as LoRa, Bluetooth, and Zigbee within shared silicon environments.

By delivering extended range, massive scalability, and proven security and interoperability, ZWLR positions Z-Wave as a vital technology in the evolving connectivity environment. This presentation will highlight how Z-Wave is meeting the needs of next-generation IoT deployments while continuing to expand its role as a trusted global standard.

As AI finds its place in the software development lifecycle, embedded and IoT developers are starting to see its potential. This panel brings together community leaders and tool builders to examine the impact of AI on day-to-day workflows. How does AI help in low-level debugging, system design, or code completion? What are the risks and the gains? Join us for a grounded, forward-looking conversation.

The EU Cyber Resilience Act is expected to redefine how connected products are developed, secured, and maintained – but it’s not happening in isolation. Similar efforts like the UK PSTI Act, the U.S. Cybersecurity Executive Order, and Singapore’s CLS signal a global shift toward secure-by-design, risk-driven development, and full software supply chain accountability. As Chair of the IoTSF Regulatory Watch Group and Chief Innovation Officer at SignPath, Florian Lukavsky combines deep experience in secure software delivery and regulatory foresight – outlining why security must be embedded early – well before enforcement begins. The global direction is clear: secure software development is no longer optional – it’s the foundation of trust in connected systems.
Join this keynote to understand what’s coming, what it means for you, and how to prepare your development processes and supply chain practices to meet the next wave of global cybersecurity regulation.

Wi-Fi enables the Internet of Things (IoT) by providing ubiquitous, high-throughput, and flexible connectivity for IoT devices to communicate with each other and the cloud, facilitating real-time monitoring, automation, and data-intensive applications. Key benefits include direct cloud access, ease of deployment with existing routers, support for various device types and use case, and robust security features like WPA3.

The convergence of the Internet of Things (IoT) with Generative AI and emerging Agentic AI marks a new chapter in digital transformation. Industries such as manufacturing, energy, mobility, and healthcare stand to benefit from intelligent agents that not only process sensor data but also act autonomously, simulate scenarios, and optimize decisions in real time. This enables new use cases—from predictive maintenance and energy-aware smart grids to personalized healthcare and safer mobility systems. Yet adoption is not without hurdles: edge-to-cloud integration, data quality, interoperability, and reliability pose technical challenges, while data protection, liability, and compliance with evolving AI and cybersecurity regulations raise legal and ethical questions. This panel will explore where IoT, GenAI, and Agentic AI deliver the greatest impact, which industries lead adoption, and how organizations can overcome the barriers to unlock the next wave of intelligent, connected solutions.

Leveraging LoRaWAN and Cellular IoT to achieve ESG targets, including environmental conservation and sustainability.

This session is designed exclusively for power users of The Things Stack Cloud and Enterprise (on-premise). Join us for an interactive deep dive where we’ll:

• Explore how advanced users are using The Things Stack in production for large scale deployments.

• Showcase newly released features and powerful capabilities you might have missed.

• Share behind-the-scenes insights into the product development process.

• Give an exclusive preview of the roadmap – and gather your feedback to help shape what’s next.

Whether you're scaling deployments, integrating at a deep level, or pushing the limits of what’s possible, this is your space to connect, share, and influence the future of The Things Stack.

The EU Cyber Resilience Act (CRA) is more than a new layer of technical requirements—it’s a game-changer for anyone building, deploying, or scaling connected products for the European market and beyond. In this insight-packed panel, leaders working with the IoT Security Foundation who live and breathe regulatory compliance will break down what the CRA really means for developers, manufacturers, and the wider business of IoT.

• Why the CRA isn’t just another box to tick for engineers—and how its implications will ripple across product design, operations, legal, and executive teams.

• The business-critical challenges and opportunities the CRA presents, from reshaping development lifecycles and cost models to avoiding compliance pitfalls and penalties.

• Practical perspectives on how forward-thinking organizations can prepare, leveraging lessons from international standards and their own regulatory journeys.

This session will deliver candid insights and actionable takeaways

In this keynote speech, CEO of Qualinx, Tom Trill will explore why digital RF matters today and for the future. Participants will learn how Digital RF enables faster innovation cycles, reduces hardware complexity, and unlocks new possibilities in spectrum agility, secure communications, and LoRaWan driven modules. Tom promises the audience will leave knowing why Digital RF is not just a technological shift, but the missing infrastructure for the next era of connectivity!

Bluetooth® LE and LoRaWAN address distinct but complementary connectivity challenges: Bluetooth® technology excels in flexible, low-power applications and seamless user interaction, while LoRaWAN offers long-range, low-bandwidth communication ideal for wide-area monitoring and alerting. But what happens when you combine them?

In this session, we’ll explore how integrating Bluetooth® and LoRaWAN technologies unlocks advanced capabilities such as flexible data delivery, rich telemetry and diagnostics, and simplified device commissioning. Drawing on real-world examples, we’ll demonstrate how hybrid designs can improve device lifecycle management, simplify operations, and enable scalable, efficient deployments.

From smart grids to remote metering, this session explores how collaboration can accelerate Satellite IoT in the utility sector.

The EU’s Cyber Resilience Act (CRA) introduces new compliance demands that will reshape how software is built, distributed, and maintained—especially in the worlds of open source and IoT.

In this panel, policy experts, open source maintainers, industry representatives, and community stewards come together for a candid discussion on how the CRA is already impacting development practices, supply chain expectations, and collaboration.

We'll explore:

• What agility looks like under the CRA

• How roles and responsibilities are shifting

• Practical tensions between innovation and regulation—and how to resolve them

• Whether the CRA will ultimately strengthen or strain open source

Bluetooth® technology continues to evolve rapidly, offering new capabilities that enhance wireless performance, reliability, and scalability in IoT applications. In this session, Silicon Labs will explore two of the most transformative features in the latest Bluetooth specifications: Bluetooth® Periodic Advertising with Responses (PAwR) and Bluetooth® Channel Sounding. Bluetooth® PAwR enables ultra-low-power, scalable communication ideal for applications like electronic shelf labels and large-scale sensor networks. Channel Sounding introduces advanced, secure ranging capabilities, significantly improving Bluetooth’s location and positioning precision. These features unlock new use cases in asset tracking, smart retail, industrial IoT, and more. Learn how these cutting-edge Bluetooth solutions are enabling the next generation of connected devices. Whether you’re building large mesh networks or precision location services, this talk will help you stay ahead in the evolving IoT landscape.

In this hands-on workshop, we will demonstrate how to create a complete Internet of Things (IoT) solution using the new MikroTik KNOT LoRa Gateway, a TG-LR8-out LoRasensor, and The Things Network (TTN). Participants will witness the entire process, from configuring the MikroTik gateway and connecting LoRa nodes to TTN, to visualising data in real-time.

We will cover essential topics such as frequency planning, including switching between 868MHz and 2.4GHz, device registration, firmware over-the-air (FOTA) updates, decoding useful data, basic integration scenarios, and adjusting sensor settings via downlink messages.

Whether you are new to LoRa technology or looking to expand your MikroTik deployments in low-power wide-area networks (LPWAN), this workshop will provide you with the tools you need to get started quickly and confidently.

Join us to discover the potential of the Embit EMB-LR1121-e, a versatile module designed for next-generation IoT solutions. Through a series of straightforward demonstrations using demo boards, we will demonstrate its unique ability to support multiple connectivity protocols on a single hardware platform. The workshop will focus on LoRaWAN®, LoRa peer-to-peer, mesh over LoRa (NeoMesh) and Wireless M-Bus, demonstrating to developers how they can explore different network scenarios with a single SKU.
Participants will learn how the flexibility of the EMB-LR1121-e can speed up prototyping and simplify designs, enabling applications ranging from low-power long-range communications to local device-to-device and mesh networks.
Rather than presenting complex case studies, this practical session will provide an introduction to multi-protocol and mesh connectivity in a clear, hands-on way, demonstrating how the EMB-LR1121-e can serve as a future-proof building block for scalable IoT solutions.

Cellular IoT offers managed, reliable, and secure infrastructure worldwide. Nordic’s LTE-M and NB-IoT solutions deliver cost-efficiency and battery life beyond what is thought possible for cellular devices. Now, with the addition of standardized Non-Terrestrial Network (NTN) connectivity, this enables fully global, borderless connectivity – even for small, ultra-low-power devices

With over 5 billion devices shipping annually, Bluetooth® technology is the most widely deployed wireless standard worldwide. According to ABI Research, 7.7 billion Bluetooth devices are projected to ship by 2029, reflecting a 9% compound annual growth rate (CAGR) over the next five years.

The Bluetooth technology roadmap is foundational to the ongoing evolution and growth of the globally interoperable Bluetooth ecosystem. In this presentation, Damon Barnes, Director of technical marketing, will provide an overview of recent major enhancements like Bluetooth® Channel Sounding and key upcoming projects, including the latest on Bluetooth® High Data Throughput, Bluetooth® Ultra Low Latency HID, and an initiative to expand operation of Bluetooth technology in higher frequency band.

Add LoRaWAN to your application in just a few minutes! RadioLib is a very user-friendly C++ library that does LoRaWAN with all radios (SX126x, SX127x, SX128x, LR11xx) and all modulations (LoRa, FSK, LR-FHSS) for all regions (EU868, US915 etc.). While it works out-of-the-box with the Arduino toolchain, you can make it work on any C++ toolchain by porting a very minimal HAL. Recently, it passed all self-certification tests, ensuring that you are safe to use it. And with active community support, it only gets better.
Besides LoRaWAN, you can interleave it with LoRa P2P and all other protocols supported by your radio, making this a perfect fit at the TTC2025. We from RadioLib welcome you to try it on your ESP32, SAMD21, nRF52, STM32WLE5 or whatever board you want to use!

Join us to see how we got started, how easy it is for you to use, and how the community comes together to improve RadioLib. Found a bug, want to improve the docs, just overall happy? Feel free to contribute!

With over 5 billion devices shipping annually, Bluetooth® technology is the most widely deployed wireless standard worldwide. According to ABI Research, 7.7 billion Bluetooth devices are projected to ship by 2029, reflecting a 9% compound annual growth rate (CAGR) over the next five years.

The Bluetooth technology roadmap is foundational to the ongoing evolution and growth of the globally interoperable Bluetooth ecosystem. In this presentation, Damon Barnes, Director of technical marketing, will provide an overview of recent major enhancements like Bluetooth® Channel Sounding and key upcoming projects, including the latest on Bluetooth® High Data Throughput, Bluetooth® Ultra Low Latency HID, and an initiative to expand operation of Bluetooth technology in higher frequency band.

In IoT, you can’t do everything. The real challenge is choosing where to specialize, and where to collaborate. Too often, the industry draws artificial lines—like treating the gateway and the LNS as separate categories.

With the Things Indoor Gateway Pro, we broke that rule. We saw that indoor gateway hardware had become commoditized, so instead of treating it as a standalone product, we integrated it into The Things Stack as a managed extension at the edge. The result: zero-touch provisioning, cloud-managed firmware, a simpler developer experience and fixed operational costs.

In this keynote, I’ll share the lessons behind that decision: why commoditization is a signal to integrate, how to know what not to build yourself, and how rethinking categories can open new opportunities for collaboration in IoT.

Pros and cons of managing device firmware via LoRaWAN, BLE, Wi-Fi, and Cellular IoT.

Building Management Systems (BMS) commonly rely on the BACnet protocol to control heating, ventilation, and air conditioning (HVAC). However, when additional sensors or actuators are required to optimize performance and reduce energy consumption, the limitations of a fully wired BACnet network become apparent.

In such cases, a wireless, long-range, and low-power protocol such as LoRaWAN offers a flexible and cost-effective alternative. LoRaWAN can be easily integrated with BACnet, enabling seamless communication between new devices and existing infrastructure.

For this workshop, we will focus on the LoRaBAC (LoRa–BACnet) solution, a simple, free and open-source application based on Node-RED. The demonstration will use 30 LoRaWAN thermostatic valves, provisioned on The Things Stack Network Server. Both LoRaBAC and The Things Stack will run directly on the controller.

This approach is compatible with all LoRaWAN end-devices, all gateways, and the major LoRaWAN network servers.

Note: The participants needs a PC with an USB A slot available.

Agenda
Introduction to LoRaWAN–BACnet interfaces.

Presentation of LoRaBAC, a free and open-source LoRaWAN to BACnet interface.

Hands-on: register a thermostatic valve on the network server.

Hands-on: read BACnet objects created by the interface (room temperature, valve setpoint).

Hands-on: write BACnet objects (setpoint) to send a new target temperature to the LoRaWAN valve.

Resources
Webinar: LoRaWAN to BACnet Interfaces – Sylvain Montagny : https://youtu.be/LRaT3Jc7xrs

Latest version of LoRaBAC (GitHub repository) : https://github.com/SylvainMontagny/LoRaBAC

Free LoRaWAN eBook : https://www.univ-smb.fr/lorawan/en/free-book/

As the EU Cyber Resilience Act (CRA) reshapes the security landscape for connected devices, timely and effective compliance is crucial for manufacturers and developers responsible for delivering secure IoT. This practical workshop, presented on behalf of the IoT Security Foundation (IoTSF), guides professionals through the essential steps to demonstrate compliance using the freely available and internationally recognized IoT Security Assurance Framework (SAF).

Attendees will gain hands-on insights into applying this versatile, future-proof framework that simplifies meeting CRA requirements — and many other global security regimes — across the entire product lifecycle, from chip to cloud. Join contributors to the CRA regulation and SAF for an interactive session featuring practical tips, compliance simplification strategies, and a dynamic Q&A to help you act confidently and promptly in this urgent regulatory environment.

Paul from SenArch will present how LoRaWAN and IoT enable early wildfire detection using energy harvesting sensors and off- grid gateways. Sensor data helps assess risk and support proactive action even in remote areas with no infrastructure.

Cybersecurity and connectivity are at the heart of modern IoT, especially in the framework of the Cyber Resilience Act (CRA). In this keynote, EBV, NXP, and the global team for /IOTCONNECT powered by AWS present how they simplify secure IoT development across diverse applications—from consumer electronics and appliances to industrial sensing and infrastructure. Learn how Zephyr RTOS, with its modular architecture, hardware agnosticism, and lean footprint optimized for small MCUs, enables scalable and CRA-compliant designs. Combined with secure elements, wireless connectivity (Wi-Fi, BLE, Cellular, …), and NXP’s MCUs, this approach supports simple, secure, scalable IoT solutions. EBV’s hands-on workshops provide to developers across EMEA ready-to-use hardware, cloud integration, and security best practices. Whether you're designing smart infrastructure, consumer devices, or industrial sensors, this talk will accelerate your journey toward secure, CRA-ready IoT deployments.

Smartmolen.com is a pioneering digital telemetry platform designed to monitor traditional windmills in real time. Using discreetly installed sensors and live weather data, it tracks mill orientation, sail rotation, and detects risk scenarios. Beyond its primary purpose of supporting the conservation of heritage windmills, the system also promotes public engagement, serves as a tool for STEM education, and acts as an engaging IoT demonstrator. Smartmolen is helping protect windmills across Europe, blending heritage with cutting-edge technology.

Embedded development is undergoing a profound transformation. Today’s devices keep pushing boundaries—running sophisticated AI models, operating for years on a single battery, juggling multiple wireless protocols—all while having to remain secure over their lifespan.
As Zephyr approaches its 10-year anniversary, it’s the perfect time to reflect on the main challenges embedded product developers face today—and how the open-source community has been relentlessly addressing them.

Bluetooth cannot be ignored anymore in IoT land. Anything connected starts usually with BLE. The Nordic nRF54 family is ready for new designs, with easy migration path from the popular nRF52 series. Covering details on more CPU power, less energy, increased flash, BLE 6.0 functions, multiprotocol and much more.

Zephyr changes the game by separating hardware mapping, software, and configuration. With OEM platforms providing reliable hardware foundations, and Zephyr’s modular ecosystem on top, system integrators can create tailored solutions quickly, without writing glue code or starting from scratch.

In this talk, we’ll show how to leverage Zephyr’s superpowers to ship IoT products faster:

• Devicetree for seamless hardware mapping, enabling applications to run across new OEM platforms.

• Kconfig for defining software behaviour through configuration rather than code.

• Secure OTA updates for just-in-time software delivery when hardware reaches the customer, simplifying supply chains and keeping devices future-proof.

Attendees will walk away with practical insights on how Zephyr enables agile, low-code-like workflows that reduce development costs and accelerate time-to-market.

The days of passively watching NOC dashboards are over. In a new era of network operations, AI agents don’t just monitor; they diagnose, decide, and deliver insights alongside you. This talk introduces how AI agents are reshaping LoRaWAN® network management, turning complexity into clarity and outages into opportunities for learning. We’ll explore practical applications, from RF optimization to compliance certification, and share why autonomous agents are not a distant dream but a reality already delivered by our platform. Join us to see how Kudzu is pioneering the future of network co-pilots - and why nobody does it better.

NR+ is an advanced wireless technology that enables secure, high-density private 5G networks with mesh support for extended range. Designed for industrial markets, NR+ offers operational continuity and high reliability across a diverse set of use cases. This also covers the fast-growing industry needs for standardization and interoperability, such as offered in Nordic’s IPv6 based stack solution.

Hey, this guy again? Yes! Because a LOT has happened in AI in the past 3 years. Suddenly we've have huge multi-modal LLMs that have a pretty good visual understanding of the world; we have generative AI models that can just spit out freshly created synthetic audio and image data; and we're starting to see the first foundation models for sensor data. So... how does that apply to you and your devices?! In this session we'll explore the bleeding edge of LLMs and Generative AI; how you can use large models to train small models (that will run on your IoT device), how to set up effective cascades from device to the cloud for further analysis (without burning through your battery in a day); and how you can use GenAI to label or generate data a lot faster.

perma-tec GmbH & Co. KG, the global market leader in single-point lubrication systems, presents its journey from the invention of the first lubrication system to the digital era with connected solutions. The integration of IoT technologies, including Bluetooth and LoRa, enables remote monitoring, extended connectivity and efficient onboarding via the perma CONNECT App. Field trials across diverse industries demonstrate the scalability and robustness of this digital solution. Customers benefit through automation, reduced maintenance costs, and improved resource efficiency, addressing skilled labor shortages while unlocking strategic advantages. Looking ahead, perma continues to expand its product portfolio, strengthen partnerships, and leverage AI-driven analytics to create smarter lubrication solutions.

Designing integrated devices with LoRaWAN, BLE, Cellular, and Wi-Fi HaLow.

This hands-on workshop lets you dive into building AI-powered camera applications in minutes using Node-RED and Seeed Studio reCamera.

What You’ll Learn & Experience:

1. AI Camera Architecture Basics
   Get a clear, simplified breakdown of how reCamera’s modular design works—from hardware components to AI inference capabilities.

2. One-Click Model Deployment
   Learn how to quickly deploy pre-trained AI models to reCamera for on-device local recognition.

3. IoT Integration Made Easy
   Use Node-RED’s drag-and-drop blocks to send your AI camera’s inference results to an IoT platform, and turn the data into actionable applications

In this workshop, we explore the PMSG (Personal Smart Monitoring Glasses) platform—an innovative wearable inspired by the modularity of Arduino and Raspberry Pi but built on compact Seeed Studio XIAO modules. PMSG combines LoRa connectivity with Edge AI to enable real‑time environmental sensing and smart notifications without constant cloud access. Participants will see how the glasses connect to IoT networks like Meshtastic and The Things Network, process sensor data locally, and trigger intuitive feedback such as vibration or LED alerts. The session will showcase practical applications for outdoor, industrial, and event scenarios, and give attendees hands‑on experience with assembling and configuring a LoRa‑enabled, Edge‑AI wearable.

Traditional LoRa-based wireless solutions often rely on single-hop communication, limiting scalability, increasing edge energy use, and reducing reliability in dynamic environments. NeoMesh on LoRa introduces a paradigm shift by combining true mesh networking with LoRa’s long-range, interference-resistant PHY.

NeoMesh is a decentralized mesh protocol optimized for battery-powered devices. Each node acts as a router, enabling autonomous self-configuration, dynamic routing, and multi-hop communication — all without a central coordinator. Paired with LoRa modulation, it offers extended range and signal robustness, ideal for smart agriculture, infrastructure monitoring, industrial IoT, and remote sensing.

This presentation explores how NeoMesh on LoRa overcomes star topology limitations, supports dense networks, and enables years-long operation on small batteries. Real-world examples and data highlight its advantages in reliability, coverage, and power consumption.

Thanks to the hyperconnectivity of the (industrial) Internet of Things (IoT), industries benefit from interconnected processes driven by AI. Yet this growth brings challenges: fragmented data silos, poor interoperability, and lack of user control over sensitive data. Decentralized Identities (DCI) address these issues by giving organizations and individuals control over when, how, and with whom data is shared. Decentralized technologies simplify trusted collaboration, strengthen autonomy, and build a solid foundation for regulations like the Cyber Resilience Act and EU Data Protection rules. This session explores how owner-centric identity technologies break down silos, ensure compliance, improve interoperability, and enable secure, future-proof IoT ecosystems.

Water and climate are pressing global challenges. Reliable monitoring data plays a crucial role in effective water management. LoRaWAN is a relatively unknown but highly promising technology in this field.
Join us as we share our journey of innovation, collaboration, and lessons learned. Discover practical, real-world LoRaWAN applications and ideas currently in development. We’ll show not only our successes, but also the challenges we’ve faced along the way.

Introducing Wi-Fi HaLow, a low-power, long-range Wi-Fi technology for Internet of Things. It operates in the sub-1 GHz frequency band, allowing for greater reach and better penetration through obstacles. Other key benefits include extended range (over 1 kilometer), improved battery life for devices, higher network density, and robust security with WPA3..

Industrial IoT is generating more data than ever — from energy grids to factory floors — but turning that data into real-time insight remains a challenge. In this presentation, we’ll explore how InfluxDB, the leading time series data platform, helps manufacturers and energy providers capture, store, and analyse IIoT data at scale. We’ll look at the unique challenges of Industry 4.0, highlight practical use cases across energy and manufacturing, and share customer stories where InfluxDB is driving efficiency, reliability, and innovation.

Introduce Wi-Fi HaLow as a complementary technology to LoRaWan and a way to enable advanced IoT solutions, with IP right up to the Edge.

IoT 2.0 solutions demand higher data throughput, enhanced intelligence and simple integration when compared with first generation IoT solutions.

Wi-Fi HaLow is a great way to bring this new vision to life. Andy's presentation will show you how!

When designing LoRaWAN and IoT systems, hardware decisions can make or break your project. Should you buy off-the-shelf, modify existing designs, or build custom hardware? In this talk, we’ll discuss MCCI's experience, based on real-world deployments. We’ll explore trade-offs in cost, time-to-market, flexibility, and long-term scalability, and show how open-source solutions can bridge the gap between speed and customization. Attendees will leave with concrete insights to help choose the right hardware strategy for their next IoT project, whether it’s a quick prototype or a global rollout.

This talk discusses decentralised, context-aware Edge AI systems designed for bandwidth-limited, energy-constrained, and intermittently connected environments. It focuses on collaborative intelligence and resource sharing across multiple heterogeneous edge nodes.

Collaborative learning is enabled through peer-to-peer federated learning, inter-agent knowledge distillation, and distributed continual learning. Nodes incrementally update models using local data while exchanging knowledge to support specialisation, load balancing, and shared task execution. Continual and incremental learning are core to this process, allowing each node to adapt over time without central coordination.

This architecture supports efficient use of compute, memory, and sensing resources across devices such as UAVs, robots, embedded sensors, and wearables. Nodes can offload computation, share context, and coordinate responses based on availability, energy levels, or task priority.

The talk compares decentralised collaborative learning with traditional distributed frameworks, examining trade-offs in communication cost, scalability, model convergence, and autonomy. Real-world examples show how such systems operate as resilient, adaptive learning collectives in constrained environments.

In this keynote, I’ll share five years of experience leading student-driven projects that use LoRaWAN to monitor beehives. Born at the crossroads of environmental concern, educational innovation, and low-power technology, these initiatives have turned beekeeping into a real-world lab for IoT exploration.

From acoustic detection of queen presence to hive temperature and weight tracking, students have prototyped, failed, rethought, and deployed solutions—building not only sensors, but a sense of purpose. Along the way, we’ve confronted technical limitations, data dilemmas, and the joys of debugging in a field full of bees.

This talk is about more than just monitoring hives. It’s about how education, open technologies, and nature-inspired challenges can empower the next generation of IoT innovators to design with meaning.

Hands-on methodologies and tools for indoor and outdoor LoRaWAN and cellular IoT deployments.

Energy harvesting offers a path to autonomous IoT devices, but success requires more than simply adding a solar cell. This keynote explores the methodology for selecting and evaluating components and the overall energy harvesting system to ensure net-positive performance under real-world conditions.

This hands-on workshop lets you dive into building AI-powered camera applications in minutes using Node-RED and Seeed Studio reCamera.

What You’ll Learn & Experience:

1. AI Camera Architecture Basics
   Get a clear, simplified breakdown of how reCamera’s modular design works—from hardware components to AI inference capabilities.

2. One-Click Model Deployment
   Learn how to quickly deploy pre-trained AI models to reCamera for on-device local recognition.

3. IoT Integration Made Easy
   Use Node-RED’s drag-and-drop blocks to send your AI camera’s inference results to an IoT platform, and turn the data into actionable applications

This workshop from the creator of Node-RED will show how you can build scalable applications with the FlowFuse platform. Starting with a single device, to a solution that spans fleets of devices and cloud-hosted applications, all managed from a single place.
This workshop will be a mix of presentation and hands-on activities to show how Node-RED can unlock your data, integrate everything and optimize faster.

This session explores how smart IoT technology leverages, particularly LoRaWAN-based retrofits, help building owners achieve energy efficiency, meet ESG goals, and improve operational performance without going into costly and time-consuming installations. By connecting sustainability with financial impact, we’ll demonstrate how retrofitting existing buildings can deliver measurable ROI, reduce emissions, and create healthier indoor environments.

Dracula Technologies has successfully pushed the boundaries of performance of Organic PV technology. Interesting customer success stories will be shared. And also an update on developments inside the LoRa Alliance with respect to energy harvesting.

The future of billions of IoT devices being powered by batteries is neither viable nor sustainable. LoRaWAN® is one of the wireless protocols that consumes the lowest amount of energy for communication between nodes and gateways. Therefore, LoRaWAN devices are in a way destined to be powered by energy harvesting, hence to become battery-free and autonomous. The LoRa Alliance® launched a dedicated Energy Harvesting Taskforce. The Taskforce members work together to demonstrate to customers the effectiveness of devices that run via energy harvesting and to promote currently available battery-free LoRaWAN devices. In this panel the current status and future developments in energy harvesting will be discussed.