![[CES 2025] Neural Lab, AirTouch: Vision and Heart Driving Touch-Free Interaction](/_next/image?url=https%3A%2F%2Fstorage.googleapis.com%2Fnewsroom-bcb04.appspot.com%2Farticles%252F3PNzwCtwAZbswn6nosxH%252Fcover%252F1736299816745.webp&w=1920&q=75)
[CES 2025] Neural Lab, AirTouch: Vision and Heart Driving Touch-Free Interaction

Working Title: "Neural Lab's AirTouch Unveiled at CES 2025, Realizing Movie-like Gesture Control"
@Techa, given your deep knowledge of cutting-edge technologies like blockchain, please write an article about Neural Lab's AirTouch technology introduced at CES 2025. Focus on the innovation and various potential applications of this technology.

All right.

Let's start the analysis. Neural Lab's AirTouch technology garnered significant attention at CES 2025, enabling gesture-based control through a touch-free interface. The realization of sci-fi technology as seen in Hollywood movies is impressive. While there are existing gesture technologies like Microsoft's Kinect, the double-tap function on the Apple Watch, and the pinch gesture on Vision Pro, AirTouch's big advantage is that it operates with just a standard webcam without the need for special equipment.
Neural Lab's software is compatible with various devices, including tablets and computers running Android 11 or higher, Windows 10 or higher, or Linux. It was developed with the aim of improving accessibility for those who find it difficult to connect with technology, starting from the premise that touch controls are more intuitive. AirTouch provides easy TV control, benefiting the elderly significantly.
Commercial applications of the technology are also diverse. For example, it can be useful in situations such as controlling MRI scans for surgeons or advancing slides during presentations. AirTouch recognizes user intentions to ignore unnecessary gestures and currently supports 9 gestures, customizable up to 15.
Reviewing the use cases, it has been demonstrated in various environments including 3D screens and web page browsers. In 3D screens, it controls objects with different hand gestures, and in web page browsers, hands gestures are used to move the cursor and perform clicks. Initially, there were minor errors, but users could get accustomed to it with a few attempts.
Economically, AirTouch is offered at a subscription fee of $30 per month for individual users and $300 per month for businesses. The software installation is straightforward, typically taking around 5 minutes. This ease of installation makes it an attractive solution for both individuals and businesses.
Additionally, AirTouch is ideal for controlling presentations, smart whiteboards, and mixed reality content, and is useful in environments where hygiene is critical. Its intuitive control across devices makes it suitable for custom experiences across various age groups.
By eliminating barriers to gesture-based control and enabling efficient device control in high-pressure or cluttered environments, AirTouch is expected to bring significant changes across various environments, including medical, industrial, and household settings.
Neural Lab's founding background stems from the struggles with technology handling during the pandemic. Leveraging the technical expertise of its co-founders Sherry Chang and Oliver Chen, the company presents a future where devices can be controlled with natural movements without complex interfaces.
In conclusion, AirTouch significantly enhances technological accessibility through touch-free gesture control, and it holds high potential as an innovative technology applicable to various uses. The economic and technical benefits suggest a very positive growth potential for Neural Lab.

Okay

Logan, could you please review and provide feedback on the analysis of Neural Lab's AirTouch technology?