[Hans Economy] Emotionwave Unveils SW-Centric Physical AI Strategy for Instrument Manufacturers

Participating in NAMM Show 2026... Introducing Physical AI Reference Technology for Next-Generation Instruments

Emotionwave announced on the 21st that it will participate in The NAMM Show 2026, the largest music and instrument expo in the US, to unveil its new technological vision. At this exhibition, Emotionwave plans to showcase various technologies and solutions under the theme of 'Innovating the North American Instrument Market through Physical AI-based On-Device AI and On-Chip (Web3) Architecture.'

NAMM Show 2026 will be held from the 22nd to the 24th at the Anaheim Convention Center in California, USA. It is the world's largest music industry event, attracting over 110,000 visitors and more than 7,000 global companies every year, with industry-leading companies such as Yamaha, Fender, and Roland participating to showcase the latest technologies and products.

Emotionwave emphasizes a physical AI strategy for instrument manufacturers at this exhibition. The company's technology is designed as an on-device AI structure that operates on general-purpose SoC and MCU environments already installed in existing instruments, without requiring dedicated AI chips or attached devices, allowing manufacturers to introduce AI functions without increasing the BOM.

Physical AI-based performance recognition technology analyzes the player's timing, rhythm stability, and repeating patterns in real time directly inside the instrument through AI model lightweighting and on-chip optimization, providing immediate feedback. Through this, instruments are expanded from simple playing tools to intelligent platforms capable of practice, learning, and feedback.

At NAMM Show 2026, mew DRUM on-device AI modules for drums and rhythm instruments, along with the RIMA Physical AI Reference Architecture that helps manufacturers quickly apply performance recognition functions to their own SoC/MCU platform, will be introduced together. This reference does not mandate a specific chip but provides firmware integration guides and implementation know-how.

Furthermore, Emotionwave proposes an architectural structure that allows for on-chip Web3 module linkage, suggesting expandability to safely process performance data within the instrument and connect it with external platforms as needed.

Cheon Eun-hyung, a senior researcher at Emotionwave, said, “The key to introducing AI in the instrument industry is not changing the hardware but adding intelligence onto existing SoCs and MCUs,” adding that “Emotionwave presents a realistic solution that can simultaneously expand the performance experience and product value while maintaining manufacturing costs.”

Following technology verification in the Asian and Eurasian markets through participation in Music China (IMX) last October, Emotionwave plans to fully strengthen its physical AI support partnerships with instrument manufacturers worldwide, including North America, leveraging the NAMM Show 2026.

Original article: Hans Economy Reporter Kim Jong-hyo