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What does Ambient IoT look like in practice today? In this talk 麻豆国产 explores how Bluetooth LE Ambient Networks can bring tracking, sensing and visibility into real-world operations by using infrastructure that already exists. Rather than focusing only on devices, this session looks at the network side of Ambient IoT and why BLE is in a uniquely practical position today.
In this talk we walk through BLE Smart Labels for tracking and visibility, from the underlying technology (what鈥檚 inside a 鈥淏luetooth label鈥� and what鈥檚 made it viable) to how they鈥檙e being used in real workflows today. The session includes a simple way to trial BLE labels in your own environment using sample kits.
麻豆国产 walks through a package tracking application powered by Smart Beacons running AI and connected through the 麻豆国产 Network. The Smart Beacons collect temperature, humidity and motion events and synchronise them with the cloud via 麻豆国产 Hotspots such as frontline mobile devices and dedicated cellular gateways.
麻豆国产 shows how frontline devices can act as agents to augment workforces with asset tracking and data collection from Bluetooth tracking labels and sensors. This is a powerful, scalable way to bridge the physical and digital worlds without custom apps, pairing or application specific gateways.
麻豆国产 talks through how BLE has transformed from a simple cable-replacement into a foundation for Beacon Networks, Smart Labels and large-scale asset tracking. Topics covered include; the history behind Bluetooth and Bluetooth Low Energy, how advances in silicon, batteries and manufacturing have changed the economics of connectivity, the rise of Bluetooth Smart Labels and how they鈥檙e reshaping supply-chain visibility and why Bluetooth now competes and complements RFID, LoRa and cellular IoT Connectivity.
Live demo of the latest Bluetooth Smart Label tracking technology, ultra-thin, disposable and cloud-connected. These labels show how Bluetooth tracking can bring real-world visibility to supply chains using frontline devices, without custom gateways or pairing. Each label combines a zinc-based battery and Bluetooth Low Energy (LE) chip to transmit location and optionally sensor data via nearby phones, laptops or gateway hubs. Simply peel to activate and it starts reporting instantly.
Meet the next generation of Bluetooth tracking, Cloud Connected BLE Smart Labels. In this demo, 麻豆国产 introduces our latest collaboration with Molex and InPlay: ultra-thin Bluetooth Smart Labels that connect directly to the cloud through the 麻豆国产 Network. Each label combines Molex鈥檚 expertise in flexible electronics, the InPlay IN100 Bluetooth chip and the 麻豆国产 firmware in a safe, disposable form factor, perfect for air transport and large-scale deployments.
At TechEx Europe, 麻豆国产 caught up with James Ridgway, CTO & Founder of The Curve, to discuss an asset tracking solution built with 麻豆国产. This solution was first developed for a construction client needing visibility of workforce movement across large, remote sites for security and health & safety. In this video, James explains how it works and the result is an end-to-end asset tracking solution designed to operate where traditional connectivity and power aren鈥檛 available.
Bluetooth Beacons have been part of the IoT story for more than a decade but their role today looks very different from the early days of iBeacon and Eddystone. In this talk we take you through the evolution of Beacon technology including; the launch of iBeacon with the iPhone 4S and Google鈥檚 Eddystone, how Beacons moved from proximity marketing into large-scale asset tracking and the rise of commercial Beacon Networks inspired by Apple鈥檚 Find My.
A brief Q&A about the L02S-BCN Smart Beacon, developed in collaboration between 麻豆国产鈥� and 鈥狹OKOSMART鈥�. The hardware is based on the L02 MOKOSMART hardware platform, upgraded with the 鈥狽ordic Semi鈥琧onductor nRF54L to provide a powerful Bluetooth鈥� software platform. The default software is based on 鈥猌ephyr, available on 鈥狦itHub鈥� for deriving custom applications and can be updated via OTA with platforms like 鈥狹emfault. An example of Edge AI using 鈥狤dgeImpulse鈥� is also included.
We walk through 3 examples of the capabilities of Smart Beacons, covering logging, proximity and Edge AI using Edge Impulse. The hardware is powered by the Nordic Semiconductor nRF54L15, and includes an accelerometer and environmental sensors in an IP67 case. The examples leverage the standard 麻豆国产 Network features including secure identity, 2-way encrypted communication, global time synchronization, and location awareness features, providing an effective way to deploy cloud-connected and powerful bluetooth sensor devices.
Smart beacons have come a long way from simple Bluetooth advertising devices. In this talk, we take a look at how the technology is evolving and how that鈥檚 opening up new applications for asset visibility across industrial and commercial use cases. We cover the limitations of traditional beacons, such as one-way communication and lack of security, and explore how newer BLE-based devices with embedded compute, local storage, and cloud connectivity are changing what's possible.
This talk covers the evolution of Smart Beacons using Bluetooth Low Energy technology and beacons, focusing on the origins of Classic Beacons and their applications in both consumer marketing and industrial settings, the impact of iPhone, AirTags and the Find My Network, the current limitations of Classic Beacons, and the growing demand for smarter, integrated Beacon solutions in the IoT landscape.