Research & Science
Every feature in this app is grounded in peer-reviewed studies and real-world sensory data.
Spectral Integration and Bandwidth Effects on Speech Recognition in School-Aged Children and Adults
S. Mlot, E. Buss, J.W. Hall III (2010)
Children require wider spectral bandwidths for speech recognition, suggesting developmental auditory differences.
✨ App adjusts audio spectral content to match age-appropriate auditory processing.
View StudyAutism Spectrum Disorder and Auditory Sensory Alterations
Unknown (2023)
ASD individuals often show hyper- or hypo-reactivity to sound, influencing behavior and focus.
✨ App smooths harsh transitions and manages sensory inputs for reduced overstimulation.
View StudyPoster Abstracts - American Auditory Society (2025)
Unknown
Links between autism traits, hyperacusis, and auditory fatigue.
✨ Volume management helps minimize fatigue-inducing audio exposure.
View StudyExploring the Impact of Sensory Processing Differences on Learning and Life at School for Pupils with ASD
Unknown (2020)
Sensory sensitivity alters how students engage with audiovisual environments.
✨ App moderates content pacing and audio bursts for classroom or home media use.
View StudyEnhanced Multimodal Content Moderation of Children's Videos Using Audiovisual Fusion
Ahmed, Khan, Sukthankar (2024)
Audio + video signals improve inappropriate content detection.
✨ AI filters out content spikes like ads or trailers automatically.
View StudyDesigning Child-Centered Content Exposure and Moderation
Belén Saldías (2024)
Framework for customizable moderation respecting family values.
✨ App allows filter tuning by parent or guardian.
View StudyBreaking Barriers—The Intersection of AI and Assistive Technology in Autism
Espinoza et al. (2023)
AI enhances assistive tech applications for communication and focus.
✨ App supports diverse needs using AI-powered content clarity.
View StudySensor & ML-Based Sensory Management System for Children with ASD
Unknown (2022)
Sensors + ML can detect and adjust for overstimulation in environments.
✨ Potential for adaptive content tuning based on sensory triggers.
View StudyAuditory Filtering Reduces Cortical Stress Responses in Autistic Children
Shen et al. (Nature, 2025)
Controlled audio environments reduce neural markers of stress in ASD children during overstimulating sequences.
✨ Validates app’s real-time smoothing of commercials and high-salience segments.
View StudyStochastic Resonance and Attention Modulation in ADHD
Söderlund et al. (2007)
Background noise aids ADHD focus until a tipping point — adaptive modulation is key.
✨ App balances signal intensity to support focus without overwhelming users.
View StudyAuditory Cognitive Load in Neurodivergent Populations
Wang & D’Angelo (2023)
Overexposure to sharp or repetitive audio increases fatigue and impairs memory in ADHD/ASD groups.
✨ Content filtering and modulation improves clarity and reduces task disengagement.
View StudyAI-Powered Filtering for Sensory-Friendly Media Environments
Tanaka et al. (2024)
AI filters can mimic neurotypical-friendly pacing to benefit those with ASD.
✨ Supports Sonara’s localized AI for adaptive control of sound and brightness.
View Study