EMASS Unveils Revolutionary Edge AI Technology at CES 2026

EMASS Launches ECS-DoT at CES 2026

EMASS, a subsidiary of Nanoveu, is all set to make a significant impact at CES 2026, held from January 6 to 9 in Las Vegas, Nevada. With a focus on next-generation semiconductor technology, EMASS is showcasing its ECS-DoT (Edge Computing System-Device on a Chip), a cutting-edge AI platform designed for ultra-low power consumption while maintaining impressive processing capabilities.

Cutting-Edge Features of ECS-DoT

Scheduled demonstrations will occur at the Venetian Suites, where attendees can explore how this milliwatt-class system-on-chip (SoC) delivers continuous intelligence without draining device batteries. The ECS-DoT aims to push the boundaries of what is possible in AI, as it showcases its versatility across multiple real-world applications. EMASS has developed the ECS-DoT to run efficiently in demanding environments, enabling a plethora of functionalities:

1. Predictive Maintenance: The ECS-DoT enables real-time monitoring of machinery by analyzing vibrations, motion, and environmental factors, which facilitates rapid identification of potential equipment failures. This capability offers multi-sensor predictive maintenance on the edge, eliminating the need for cloud-based data processing.

2. Security Detection: This advanced platform harnesses AI to continuously monitor for critical acoustic signals, such as glass breaking or potential gunshots, even amidst background noise. With an energy-efficient design, it can operate on sub-milliwatt power while ensuring timely alerts—an essential feature for modern smart security devices.

3. Wrist-Worn Health Monitors: In the realm of wearables, ECS-DoT shines by processing photoplethysmography (PPG) data directly on the device. This not only enriches health metrics but also significantly extends battery life, showcasing ECS-DoT's suitability for health monitoring applications.

4. Cold Asset Tracking: Built for the logistics industry, ECS-DoT processes essential data from gas and pressure sensors to monitor the state of perishable items in real-time. This capability allows for the creation of low-cost and disposable smart tags that offer continuous insights throughout the supply chain.

Drones and Other Applications

At CES, EMASS will also present its latest achievements in drone performance, showcasing advancements in endurance and AI processing capabilities. These improvements exemplify how ECS-DoT is changing the landscape for AI in drones, further emphasizing the increasing demand for efficient computing solutions on the edge.

Mark Goranson, CEO of EMASS, stated, "CES is where cutting-edge products take shape. We demonstrate that advanced AI can run continuously at the edge, optimizing for efficiency to unlock new levels of privacy and responsiveness. Developers can create smaller devices with elongated battery life and enhanced intelligence, which were previously unattainable due to power constraints."

Setting Up Personal Demos

For those interested in learning more about the ECS-DoT and its groundbreaking capabilities, EMASS is welcoming bookings for personalized demonstrations during the event. Attendees can arrange meetings by contacting Scott Smyser, the Vice President of Sales and Marketing at EMASS.

With advancements such as the ECS-DoT, EMASS not only emphasizes the need for ultra-low-power solutions but also highlights its relevance across various sectors, including healthcare, logistics, and security. This technology promises a future where devices are smarter, more efficient, and perpetually alert to user needs without succumbing to the limitations of traditional computing solutions.

About EMASS and Nanoveu

EMASS is not only a pioneer in edge AI technology, but its parent company, Nanoveu, is dedicated to advancing human-machine interactions through innovative solutions. From AI systems to holographic displays, both companies are committed to enhancing everyday life through efficient technology.

For more detailed information about upcoming events, collaborations, and product developments, visit EMASS's website.