#USA #San Jose #UltraSense Systems #Physical AI #Tactile Intelligence

Introduction

In a significant leap for the robotics industry, UltraSense Systems has launched its innovative ultrasound-based tactile intelligence platform tailored for Physical AI. This cutting-edge technology focuses on introducing a protected, sub-surface sensing architecture that promises exceptional durability and signal stability. This is a game-changer for robots and intelligent machines that require reliable touch perception. Plans to make customer evaluation kits available starting June 1, 2026, set the stage for early adopters to explore this new advancement.

The Importance of Tactile Intelligence

As robotics advances towards more practical applications, the need for robust tactile sensing becomes increasingly apparent. Traditional sensors often fall short as they are typically positioned at or near the contact surface where they are vulnerable to damage from repeated pressure, friction, and environmental factors. The new generation of Physical AI demands more than just visual recognition; it necessitates the ability to detect contact, locate the points of contact, interpret force, and respond accurately during tasks like grasping and manipulation.

Innovating Through Architecture

UltraSense’s unique approach redefines tactile sensing by employing ultrasound technology instead of relying on exposed sensors. By positioning its core sensing layer beneath the surface, the platform mitigates the wear issues associated with traditional methodologies. Using advanced algorithms to interpret acoustic return signatures, the system can accurately detect contact events, localize interactions, and analyze force engagement without directly exposing the sensing elements to potential damage.

Insights from UltraSense's Leadership

Mo Maghsoudnia, the CEO of UltraSense Systems, states, "Physical AI will require a new class of tactile sensing that is not only sensitive, but durable enough for real-world deployment." He underscores that the challenge lies in maintaining stable and useful tactile data over time in contact-intensive environments— a hurdle that the ultrasound platform is specifically designed to overcome.

Target Applications

The versatility of UltraSense's platform opens up various applications ranging from humanoid robotic hands and advanced robotic grippers to industrial automation end effectors. Each application requires strong and actionable touch data, and the new tactile intelligence platform serves as an integral element in enhancing these machine interfaces. UltraSense leverages its successful track record in the automotive sector, having already shipped over four million units and delivering AEC-Q100-qualified solutions to demanding customers.

Conclusion

UltraSense Systems is not just aiming for improvements in technology but is setting a new standard for tactile intelligence across multiple sectors, including robotics and augmented reality. By developing a safeguarded sensing solution that enhances interaction in potentially hostile environments, UltraSense is paving the way for a future where robots can reliably perceive and respond to their surroundings in real-time. The transition into this new era of Physical AI appears promising, with UltraSense playing a pivotal role.

For organizations looking to integrate this pioneering technology, the upcoming evaluation kits available from June 1, 2026, will be a critical first step in exploring how this ultrasound-based tactile intelligence can be implemented in their systems.