Understanding speech in noisy, multi-speaker environments remains a major challenge for many people, particularly autistic individuals, for whom existing hearing technologies provide little benefit. Current assistive devices primarily amplify or filter sound but do not address the underlying spatial processing difficulties that can make conversations overwhelming and difficult to follow.
This project will develop the first hearing device designed to improve speech perception by manipulating the perceived spatial origin of sound. Building on a novel neuroscience discovery, our research has shown that speech comprehension in autistic individuals improves significantly when all speech appears to originate from a single spatial location, rather than from multiple competing directions. By translating this finding into a practical, wearable technology, the project aims to restore more effective communication in noisy, real-world environments.
No existing hearing or assistive listening device addresses this spatial processing challenge, positioning this technology as a new class of neuroscience-informed assistive devices. Beyond autism, the platform has the potential to benefit broader neurodiverse populations and others who experience difficulties understanding speech in complex listening environments, creating a significant opportunity for clinical, societal and commercial impact.
