Building intelligence for robotics
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Digitisation of Physical Interactions
Physical Data Harvesting: Digitizing the Physical World
At KinesthetIQ, we're developing a platform that transforms every physical interaction into a vital asset for embodied AI. By capturing raw data from robotic operations and real-world activities, we are building a “natural internet” of physical interactions—a scalable, on-demand service that aggregates and organizes this information using common protocols, advanced search, and sharing tools. Through innovative approaches like gamification, in the wild networks and dedicated robot skill training centres across India, we are creating an organic data ecosystem that continuously enriches and refines robotic intelligence.
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Our data platform is set to revolutionize how physical interactions drive intelligent, adaptive systems. By converting complex, real-world engagements into high-value datasets, we empower robots to learn and evolve, making general-purpose robotics a reality. Stay tuned for our upcoming launch as we take this transformative step forward, turning everyday interactions into lasting knowledge capital.
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Robot brains need a new supply chain and we are building it!
Coming Soon: Launch of our open manipulation dataset—the largest curated collection of real-world physical interactions. Stay Tuned!
Working With the Best Clients and Partners
Get in Touch
We’d love to hear from you—whether you’re interested in our cutting-edge data platform, teleoperation solutions, or exploring partnership opportunities. Share your data requirements or get in touch with us to learn more about how we’re turning physical interactions into intelligence.
Bengaluru, India
Founder | Prakhar Goel
+91 9686159900
VISION
We’re Changing the Way the World Thinks About Robots
KinesthetIQ Robotics Studio is building a continuous, self-reinforcing cycle where human intelligence meets robotic capability (KinesthetIQ flywheel). Through teleoperation, humans immediately transfer decision-making and creative problem-solving skills to robots, enabling them to perform complex tasks with superhuman precision. In parallel, every physical interaction is digitized into high-quality, structured data, forming an organic data factory that refines and enhances robotic intelligence over time. Our horizontal approach captures universal insights from diverse applications, ensuring that our robots don’t just execute tasks, but learn and adapt to dynamic, real-world challenges. Together, these elements drive our mission to make general-purpose robotics a reality today, while continually evolving for tomorrow’s breakthroughs.
