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.

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.

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.

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.

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

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 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.

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.

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

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.

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.

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.

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.

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.

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.

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.

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.