Trade Mark Journal No.2026/043 23 October 2026

UK00004451959 28 September 2026 (9,42)

ASC

Class 9: In-ear headphones and hearables featuring biometric sensors for physiological stress monitoring; downloadable and recorded software for biometric monitoring, autonomic nervous system stabilization and physiological stress management, for use with in-ear biometric sensing devices; edge-computing neural processing software for analysing biometric signals from in-ear devices for physiological stress management; hardware and software systems for autonomous closed-loop somatic co-regulation, comprising in-ear biometric sensing devices and embedded processing and control software for adapting audio output and controlling auricular nerve stimulation in response to biometric signals; microprocessor controllers and neural processing unit (NPU) software for real-time indexing of changes in autonomic activity using biometric signals acquired by in-ear devices; all the aforesaid goods specifically for physiological stress monitoring and management.
Class 42: Design and development of edge-computing frameworks and decentralized computing architectures for processing biometric data acquired by in-ear devices for physiological stress monitoring and management; Software as a Service (SaaS) featuring software for real-time analysis of biometric data acquired by in-ear devices and physiological stress mitigation; technological advisory services relating to autonomic regulation systems incorporating in-ear biometric sensing and adaptive audio or auricular nerve stimulation; research and development of closed-loop somatic co-regulation technology and transcutaneous vagus nerve stimulation algorithms for in-ear systems for physiological stress management.

Suhail Mohammed Osman