# Trade Mark Journal No.2025/026 27 June 2025

## UK00004219142 15 June 2025 (9,10,41,42,44)

Cognat-IVE

Class 9
  Software for capturing, processing, and modeling cognitive and motor intention using electroencephalographic (EEG) and neurophysiological signals; artificial intelligence and neural decoding systems for interpreting neurological data and enabling autonomous system control; neurotechnology software for high-dimensional vector trajectory analysis and semantic memory encoding; software tools for assistive neuroprosthetics and adaptive interfaces; downloadable and cloud-based cognitive computing platforms for brain-computer interface (BCI) research and autonomous general-purpose agent integration.
Class 10
  Wearable neurotechnology devices for cognitive and motor intention detection; EEG-based prosthetic control interfaces; brain-computer interface medical systems; neural monitoring devices for clinical and research applications.
Class 41
  Educational services relating to brain-computer interfaces, neurotechnology, cognitive signal processing, and the development of adaptive AI systems; workshops, courses, and instructional materials on EEG interpretation and human-computer interaction.
Class 42
  Design and development of cognitive computing and brain-computer interface systems; research and development of artificial intelligence for neurological signal interpretation, prosthetic control, and assistive technology integration; software-as-a-service (SaaS) platforms for intent recognition, adaptive system navigation, and neurofeedback; scientific services in the fields of neural signal processing, semantic memory reconstruction, and human-machine intent modeling; integration of cognitive state engines with autonomous and general-purpose intelligent agents.
Class 44
  Medical and neurological signal analysis services for cognitive state interpretation and motor intention detection; assistive technology services for individuals with cerebral palsy, paralysis, amputations, or neuromotor disorders; application of brain-computer interface systems for clinical use, prosthetic control, and autonomous interface navigation; neurofeedback services for cognitive and physical rehabilitation; non-invasive brain monitoring and therapeutic biofeedback systems using adaptive AI models.

Cognat-IVE LTD