Nanoveu’s subsidiary EMASS has teamed up with Semtech to integrate ultra-low-power AI with long-range LoRa connectivity, promising smarter, battery-efficient IoT devices for industrial and smart city applications.
- Strategic collaboration integrating EMASS’s ECS-DoT AI chip with Semtech’s LoRa transceivers
- Enables ultra-low-power, long-range edge AI for industrial and IoT use cases
- Joint reference designs showcase predictive maintenance and acoustic event detection
- Demonstrations planned for CES 2026 to highlight real-world applications
- Platform offers OEMs a fast-track blueprint for scalable intelligent sensor deployment
A New Chapter in Edge AI and IoT Connectivity
Nanoveu Limited’s subsidiary, Embedded A.I. Systems (EMASS), has announced a strategic collaboration with Semtech Corporation, a leader in long-range wireless technology. This partnership integrates EMASS’s ECS-DoT edge AI System on Chip (SoC) with Semtech’s LoRa® transceivers, combining ultra-low-power artificial intelligence processing with proven long-range connectivity. The result is a platform designed to bring smarter, more autonomous sensing to industrial and IoT applications where power and bandwidth are at a premium.
Why This Matters for IoT and Industrial Markets
Traditionally, many LoRaWAN® devices operate as simple sensors that transmit raw data to the cloud, which can drain batteries quickly and congest networks. The ECS-DoT chip changes this paradigm by embedding AI directly on the device, enabling it to process data locally and only send meaningful insights. This approach extends battery life, reduces network traffic and cloud costs, and enables faster, more reliable decision-making even in remote or connectivity-challenged environments.
For industries ranging from smart cities to utilities and remote infrastructure, this means deploying intelligent sensors that can operate autonomously for longer periods, adapt to their environment, and deliver actionable intelligence without constant cloud reliance.
Demonstrating Real-World Applications
EMASS and Semtech have developed joint reference designs that showcase the platform’s capabilities. One demo focuses on predictive maintenance, where vibration and environmental data are analyzed on-device to detect early signs of equipment wear, sending only critical alerts over LoRaWAN®. Another demo highlights acoustic event detection, such as identifying glass breaks or gunshots, with local audio classification reducing false alarms and preserving privacy by avoiding raw audio streaming.
These demonstrations will be presented at CES 2026, offering OEMs and developers a tangible look at how the ECS-DoT + LoRa® platform can be applied across a broad spectrum of use cases, including security, environmental sensing, and asset tracking.
Strategic Implications for Nanoveu and the Industry
By aligning with Semtech’s extensive LoRa ecosystem, EMASS positions itself at the forefront of a rapidly expanding market expected to see billions of low-power devices deployed over the next decade. This collaboration not only accelerates the adoption of EMASS’s AI technology but also broadens its applicability across diverse sectors that demand scalable, energy-efficient intelligence at the network edge.
Nanoveu’s CEO of Semiconductor Technologies, Mark Goranson, emphasised the potential for this integrated platform to unlock new opportunities where traditional solutions fall short, particularly in challenging environments requiring long-range, low-power operation.
Bottom Line?
As Nanoveu and Semtech prepare to showcase their joint innovations at CES 2026, the race is on to see how quickly this edge AI and LoRa integration can reshape industrial IoT landscapes.
Questions in the middle?
- How soon will OEMs begin commercialising products based on the ECS-DoT + LoRa platform?
- What pricing and licensing models will Nanoveu and Semtech adopt for this integrated solution?
- Can this collaboration accelerate broader adoption of edge AI in traditionally connectivity-limited environments?