Innovation

Two individuals are engaged in a robotics task at a desk equipped with a computer displaying a 3D model of a robotic vehicle. They are surrounded by various robotic parts and kits, suggesting involvement in a constructive or educational activity.
Two individuals are engaged in a robotics task at a desk equipped with a computer displaying a 3D model of a robotic vehicle. They are surrounded by various robotic parts and kits, suggesting involvement in a constructive or educational activity.
A smartphone displaying the OpenAI logo rests on a laptop keyboard. The screen features a blue abstract design, and the keyboard is visible beneath with dimly lit keys.
A smartphone displaying the OpenAI logo rests on a laptop keyboard. The screen features a blue abstract design, and the keyboard is visible beneath with dimly lit keys.
A futuristic robot with a bulky, mechanical design stands on a paved surface near a body of water under a clear blue sky. The robot is primarily white with blue accents and features a rounded body supported by two substantial legs. Various joints and mechanical parts are visible, indicative of advanced technology.
A futuristic robot with a bulky, mechanical design stands on a paved surface near a body of water under a clear blue sky. The robot is primarily white with blue accents and features a rounded body supported by two substantial legs. Various joints and mechanical parts are visible, indicative of advanced technology.
A robot with a cylindrical body and a round head featuring mechanical eyes and a red light in the center. The robot includes metallic parts and appears to be in a dimly lit industrial setting with metal bars in the background.
A robot with a cylindrical body and a round head featuring mechanical eyes and a red light in the center. The robot includes metallic parts and appears to be in a dimly lit industrial setting with metal bars in the background.
A small, toy-like yellow robot with large binocular-style eyes and track-like wheels is positioned on a smooth white surface. Its mechanical arm is slightly raised, and the design appears both endearing and functional.
A small, toy-like yellow robot with large binocular-style eyes and track-like wheels is positioned on a smooth white surface. Its mechanical arm is slightly raised, and the design appears both endearing and functional.
A scene featuring two robotic figures made from interlocking pieces on a wooden surface. One robot is primarily blue and white with a futuristic design, holding a black rod in one hand. The other robot is tan and black with insect-like legs and two pickaxe arms, resembling a mechanical creature.
A scene featuring two robotic figures made from interlocking pieces on a wooden surface. One robot is primarily blue and white with a futuristic design, holding a black rod in one hand. The other robot is tan and black with insect-like legs and two pickaxe arms, resembling a mechanical creature.

Showcasing advanced soft robotics and AI-driven solutions.

Real-Time Monitoring

Comprehensive system for monitoring deformation performance and material behavior metrics in soft robotics.

A vintage-style robot with a humanoid form, featuring round eyes and detailed mechanical arms, is positioned in a technology-filled environment. The setting has an old-fashioned industrial vibe, with a mixture of mechanical equipment and stacks of components seen behind the robot. There is a notable use of ambient turquoise and brown lighting that highlights the metallic textures and creates a retro atmosphere.
A vintage-style robot with a humanoid form, featuring round eyes and detailed mechanical arms, is positioned in a technology-filled environment. The setting has an old-fashioned industrial vibe, with a mixture of mechanical equipment and stacks of components seen behind the robot. There is a notable use of ambient turquoise and brown lighting that highlights the metallic textures and creates a retro atmosphere.
AI-Driven Analysis

GPT-4 powered analysis system for real-time movement adaptation and force control in soft robotics.

A humanoid robot stands on a tiled floor in an office setting. Behind the robot, a person is seated at a desk, partially illuminated by light coming through window blinds. The office atmosphere includes furniture like a cabinet, desk, and office equipment such as a printer.
A humanoid robot stands on a tiled floor in an office setting. Behind the robot, a person is seated at a desk, partially illuminated by light coming through window blinds. The office atmosphere includes furniture like a cabinet, desk, and office equipment such as a printer.
Innovation

Revolutionizing soft robotics with advanced methodologies.

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