ATI is revolutionizing the way tires are changed and balanced, ensuring it aligns with the growing demands of modern vehicles. By leveraging cutting-edge robotic technology, we aim to deliver a faster, safer, and more efficient tire-changing experience.

Rise Robotics stands at the forefront of innovation, their mission being to revolutionize the way industries operate through the unparalleled power of RISE Technology.

Specialized in fostering dynamic partnerships with Tier 1 suppliers, OEMs and the US DoD, they pioneer the transition from traditional hydraulic systems to more efficient and sustainable solutions, independent of the primary power source. Their technology's universal compatibility with various power sources - from diesel engines to electric, hydrogen, and beyond - sets them apart.

Rise is not just about electrification; they're about optimization, enhancing performance whether it's a diesel engine benefiting from electric rotary drive or an electric engine utilizing their highly efficient linear actuation.

Cerulion is a cross-platform robot middleware that is redefining the developer experience for robots. Gone are the days of clunky installs, dependency management hell, or slow and finicky comms with ROS and ROS 2. Cerulion just works -- cross-platform, zero config and built for speed. Bring your robot dreams to life all the way from inception to production without skipping a beat.

Black-I’s revolutionary AI-based Fullscope mobile heavy lift arm offsets two to five workers per 24-hour shift, protects workers with a proprietary security perimeter and saves millions of dollars in fixed costs.

The maritime industry is the backbone of global trade and is responsible for moving over 80% of the world's goods. Yet this critical sector has been plagued by a persistent data gap in asset maintenance and performance. Fleet Robotics is developing advanced autonomous robotics specifically engineered to close this information gap. Our autonomous bipedal robots make it easy to reach and monitor previously inaccessible large assets, specifically ship hulls, transforming decision-making from guesswork to data-informed strategy.

By enabling continuous access to vessel hulls while ships remain in operation, we're collecting unprecedented data on hull condition and performance. This transforms how operators maintain their vessels, moving from reactive, scheduled maintenance to proactive, condition-based optimization. In an industry where fuel represents up to 60% of operational costs, our solution drives efficiency while reducing environmental impact, demonstrating how specialized robotics can revolutionize asset management in challenging environments.

Symage’s mission is to empower AI teams with high-integrity, photorealistic synthetic image data that enables faster, more accurate training—especially for edge cases and scenarios where real-world data is limited, biased, or hard to obtain.

Square Robot, founded in 2016, is an innovator in the world of robotic tank inspections, providing leading edge on-stream, internal tank inspections across the globe. Through its development of autonomous, submersible robotic inspection technology, data acquisition, and processing, Square Robot is uniquely positioned to provide data driven solutions in an ever-growing range of industries, above ground storage tanks, and the products they store.

Ubiros, specializes in fully electric soft robotic grippers designed to handle delicate, irregular, and fragile items with unmatched control. Unlike pneumatic or hydraulic systems, their grippers use precision motors to adjust grip force and position in real time—no air lines, compressors, or fluids required. This all-electric design ensures cleaner operation, lower maintenance, and better adaptability across industries like food, pharmaceuticals, and cosmetics where consistency and safety matter most.

Barrett Technology is a pioneering robotics company based in Newton, Massachusetts, renowned for developing advanced robotic systems that interact safely and intuitively with humans. Their flagship products include the WAM® arm, BarrettHand™, and Burt®—an FDA-registered medical device designed to promote brain plasticity during stroke recovery. These systems are powered by Barrett’s proprietary Puck® motor controllers, which are among the most compact and precise in the industry, enabling smooth and safe human-robot interactions.

When two architects from Zaha Hadid’s research lab first approached robotics, their idea was to explore applications specific to architectural engineering. But they soon discovered that modern automation wasn’t just unnecessarily complex – it was actively restricting innovation. And not just within their industry – in many others too. It was clear that robotic automation was a field where their combined experience in computational research and design could make a real difference.

Assembling a team of industry experts, Automata was founded with a clear aim: to enable new opportunities for innovation with automation.

Automata’s focus narrowed on an industry where they felt their expertise could have the most impact: the life sciences. Today, most lab automation tends to be defined by a series of very specialized benchtop instruments that are still reliant on human interaction. But Automata saw an opportunity for a new way of looking at automation in the life sciences: open, integrated automation.

That’s how they came to develop the world’s first fully automated lab bench, and its accompanying software. This enables labs to use staff and resources more effectively by ensuring total walkaway time and consistency, without compromising on valuable lab space.