sensesproviding

Sensesproviding is a term used in cognitive science and human-computer interaction to describe the process by which sensory information is made available to a perceiver. It encompasses both natural perceptual processes and external means of delivering data through one or more sensory channels. In practice, sensesproviding covers sensory substitution and sensory augmentation, as well as telepresence and immersive technologies, where information about the environment is provided to the user through additional modalities.

Modalities and mechanisms include traditional senses such as vision and hearing, as well as non-native channels that deliver information through touch, proprioception, olfaction, or other pathways. Sensory substitution replaces one modality with another—for example, converting visual data into auditory or tactile signals. Sensory augmentation adds new channels, such as haptic feedback, brain–computer interfaces, or olfactory displays, expanding the ways a user can perceive information. Telepresence and virtual or augmented reality systems create a sense of presence by streaming stimuli to a remote or altered environment.

Technologies and examples span cochlear implants and retinal prostheses that extend native senses, haptic devices that convey pressure or texture, and brain-computer interfaces that translate neural activity into external actions. Data sonification and multimodal interfaces translate information into sound, movement, or texture to improve perception and decision-making.

Applications and implications include assistive technologies for people with disabilities, medical rehabilitation, industrial teleoperation, training, and accessibility. Challenges involve safety, privacy, cognitive load, standardization, and ethical considerations surrounding augmented perception.

See also: sensory substitution, sensory augmentation, brain–computer interface, human–computer interaction, telepresence.