AiSee’s AI-powered wearable headset is now available for SGD 299, thanks to an SGEnable subsidy that lowers the cost for eligible users. Designed for visually‑impaired commuters and shoppers, the device delivers real‑time audio cues through bone‑conduction speakers while keeping ears free for ambient sounds, offering a practical, affordable assistive solution.
From Prototype to Product
The AiSee project originated as a research initiative at the National University of Singapore’s School of Computing. After two years of iterative testing and user‑experience studies, the team formed a commercial spin‑off to bring the technology from lab to market, securing the SGEnable subsidy to enhance affordability for its target demographic.
Technical Highlights
- AI‑powered perception: A 120‑degree camera feeds images to a lightweight neural network that runs locally, ensuring low latency and privacy.
- Bone‑conduction audio: Transducers vibrate the cheekbones, delivering prompts without blocking environmental sounds.
- Battery life: Up to eight hours of continuous operation on a single charge, suitable for a full day of commuting and errands.
- Connectivity: Bluetooth 5.2 enables seamless pairing with smartphones for software updates and optional voice‑assistant integration.
Market Context
The launch arrives amid growing interest in AI‑enabled wearables. Industry analysts note a surge in development of AI audio and visual devices, reflecting a broader shift toward everyday AI hardware that serves both consumer entertainment and specialized accessibility needs.
Implications for Accessibility and the Tech Landscape
With its subsidized price, the AiSee headset stands out as one of the most affordable AI‑driven assistive devices available. By combining sophisticated perception capabilities with a lightweight, consumer‑friendly form factor, it sets a benchmark for future accessibility hardware and demonstrates how government support can accelerate adoption of emerging technologies.
Outlook
AiSee’s founders plan to expand headset capabilities through software updates, adding language support and integration with public transport APIs. Partnerships with retail chains are also being explored to provide in‑store navigation assistance for visually‑impaired shoppers. Real‑world adoption within the community will determine the device’s long‑term impact, showcasing how targeted, affordable AI solutions can bridge research and everyday utility.
