Sharpa's CES 2026 Innovation Award Recognition
Sharpa, an innovative AI robotics company based in Singapore, recently gained significant acclaim by having its flagship product, the robotic hand known as SharpaWave, honored with the CES 2026 Innovation Awards in the Robotics category. The CES Innovation Awards are organized by the Consumer Technology Association and highlight outstanding advancements in design and engineering.
Understanding the SharpaWave Robotic Hand
At the heart of SharpaWave's impressive capabilities are its 22 active degrees of freedom (DOF). This human-scale robotic hand is designed with Sharpa's proprietary Dynamic Tactile Array (DTA) technology, which enables it to replicate the nuanced control and versatility found in human hands. With SharpaWave, robots can effectively grasp, manipulate, and operate a variety of tools, achieving near-human precision, a significant milestone for general-purpose robotics.
Technological Innovations
To mimic human-like sensitivity, SharpaWave utilizes advanced visuo-tactile sensing methods, ensuring precise and adaptable operations. Each fingertip is equipped with a miniature camera and more than 1,000 tactile pixels, enabling it to detect a range of forces from a gentle touch to considerable weights with an accuracy of 0.005 N. This level of sensitivity, combined with 6-dimensional force detection, allows for dynamic grip control and slip prevention. In essence, SharpaWave can 'feel' by interpreting visual data.
Showcasing Capabilities at IROS 2025
SharpaWave successfully attracted international attention during the IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS 2025). At this event, the robotic hand showcased its impressive range of capabilities by completing complex tasks such as tactile sensing, autonomous photo capture, and even engaging with visitors in a game of blackjack. This display highlighted SharpaWave's unique blend of dexterity and intelligence.
The Significance of CES Recognition
This year's CES Innovation Awards attracted a remarkable number of submissions—over 3,600—making Sharpa's recognition even more significant. To receive this award, participants must demonstrate exceptional innovation in both design and engineering, judged by an impartial panel of experts in the field. This honor emphasizes Sharpa's leading position in the domain of dexterous robotic manipulation.
Looking Ahead: The Future of Robotics
As it prepares for CES 2026, where it will present the SharpaWave along with other exciting innovations, Sharpa is keen on continuing to push the boundaries of robotics. With an exhibition scheduled at the Las Vegas Convention Center, booth 9251, from January 6 to 9, Sharpa aims to highlight its commitment to advancing the capabilities of general-purpose AI robotics.
Company Vision and Mission
Sharpa's mission focuses on developing high-performance robots and essential components to unlock the full potential of future general-purpose robotic applications. The company believes in creating robots that assist humans rather than replace them, alleviating individuals from repetitive or physically demanding tasks, thereby allowing them to engage in more meaningful work. Headquartered in Singapore, Sharpa operates with engineering and research facilities in Shanghai and business operations in Mountain View, USA.
Frequently Asked Questions
What is the SharpaWave?
The SharpaWave is a dexterous robotic hand designed to mimic human hand movement and sensitivity with advanced sensing technology.
What award did SharpaWave win?
SharpaWave won the CES 2026 Innovation Award in the Robotics category for its exceptional design and engineering.
How does SharpaWave achieve human-like sensitivity?
It utilizes visuo-tactile sensing, integrating miniature cameras and tactile pixels in each fingertip for precise force detection.
What was showcased at IROS 2025?
Sharpa demonstrated SharpaWave's capabilities in complex tasks like tactile sensing and even playing poker with attendees.
What is Sharpa's mission?
Sharpa aims to develop robots that assist humans and enhance productivity by taking over mundane tasks.