Neuranics, the Scotland-based developer of magnetic-sensing technologies, has announced a milestone 2025 marked by major advances in sensor performance, international awards, and accelerated movement toward commercial deployment. Backed by a strategic investment round earlier this year, the company has expanded licensing and co-development talks with global device makers exploring next-generation interaction and control systems.
The company confirmed that it will debut the world’s first wearable, multi-channel magnetomyography (MMG) wristband at CES 2026. The prototype—named MiMiG—is an eight-channel, wrist-worn device built on Neuranics’ tunneling magnetoresistance (TMR) sensor array. Evolving from a single-channel setup tested early in 2025, MiMiG achieves picoTesla-level sensitivity in real-world environments, enabling accurate biomagnetic gesture recognition and control.
According to Neuranics, the demonstration signifies a turning point for the sector, indicating that magnetic-sensing technologies are now practical, scalable and ready for integration into wearable devices, human-machine interfaces, and XR systems. The company emphasises that MiMiG’s performance addresses limitations associated with conventional sensing modalities, particularly in low-power and high-precision contexts.
In parallel with product development, Neuranics advanced its TMR sensor technology to sub-5 picoTesla detectivity in compact, low-power formats suited for consumer electronics, healthcare devices, and industrial applications. The firm also published peer-reviewed research throughout the year, highlighting progress in sensor optimisation and magnetic-interface design.
Neuranics’ advancements have earned recognition from multiple global platforms, including IEEE SENSORS, Sensors Converge, the CES Innovation Awards, and the Institute of Physics, underscoring the maturity of its technology stack.
