EMASS, the Nanoveu subsidiary focused on next-generation semiconductors, will demonstrate its ECS-DoT system-on-chip (SoC) at CES 2026 in Las Vegas in January, highlighting the potential of milliwatt-class, on-device artificial intelligence.
The ECS-DoT platform is designed to deliver always-on AI with low latency and minimal power consumption, enabling intelligence to be embedded in devices without requiring changes to battery size or enclosures. EMASS will present live demonstrations at the Venetian Suites, showing four real-world applications: predictive maintenance, security detection, wrist-worn wearables, and cold asset tracking.
In predictive maintenance, ECS-DoT monitors vibration, motion, and environmental signals to detect equipment issues at the edge, without reliance on the cloud. Security applications showcase the chip’s ability to identify acoustic events such as glass breaks or gunshots in noisy environments at sub-milliwatt power levels. Wearables benefit from on-device health and activity monitoring, while cold-chain asset tracking uses sensor data to assess freshness and condition of perishable goods in real time.
EMASS will also present drone performance data, demonstrating the platform’s efficiency in extending endurance and processing capabilities for unmanned aerial vehicles.
“CES is where next-generation products become real. We’re bringing proof that advanced AI can run continuously at the edge — in milliwatts, not watts — to unlock endurance, privacy and responsiveness that cloud-dependent approaches cannot match,” said Mark Goranson, Chief Executive of EMASS.
The company’s CES presence follows recent partnerships, distribution expansions, and ongoing product development, reinforcing its position in the edge AI market.
EMASS is a subsidiary of Nanoveu, which develops ultra-low-power AI solutions alongside glasses-free 3D and self-disinfecting technologies. Its ECS-DoT SoC is targeted at space- and power-constrained devices, including drones, wearables, healthcare products, and industrial IoT applications.
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