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BUILD

UCSD's first autonomous humanoid robot

A Future Worth Building

At Triton Droids, we’re taking on one of the biggest challenges of our time: creating affordable, high-efficiency humanoid robots that can level the playing field in global production. Our mission? To design robots that can work in any environment, from dangerous mines to remote farms, and empower communities that have been left behind by technology. Our focus on bridging the tech gap between the rich and poor countries can make an incremental difference in value creation by over $2 trillion. At Triton Droids, you’re not just joining a club—you’re stepping into the forefront of this revolution. 

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“Internet democratised the knowledge economy. Robots will democratize the production economy, creating net new value of $24 trillion. ”​

​​We think that we can add $2 Trillion by creating affordable bots for developing countries.

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Winter Recruitment Is Closed

Stay tuned for our next application season!

How We Aim to achieve Our Mission

Master Plan 2024-2028

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01

Year 1

Research, Design and Motion Data Collection

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02

Year 2

Limb and Torso Prototyping, ROS stack

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03

Year 3

Advanced Development and System Refinement

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04

Year 4

Final Prototype and Deployment

Latest Blogs

Why UCSD is the best place to build a humanoid Robot

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UCSD is home to one of the largest supercomputers in the region. This is necessary for the large compute power needed to create an autonomous bot using real world vision data and teleoperation.

San Diego Super Computer

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The ground-breaking work being done at the contextual robotics Institute on autonomous systems and cyber-physical technologies is critical to creating a fully autonomous bot.

Contextual Robotics Institute

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The Advanced Robotics and Control Lab (ARClab) develops intelligent robots for medical automation, biomimetic systems, and planetary exploration, using interdisciplinary techniques to enhance adaptability and decision-making​

Advanced Robotics and Control Lab

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UCSD's top-tier faculty and highly innovative student body create the perfect environment for building humanoid robots, blending expertise in AI, robotics, and interdisciplinary research​

Smartest Brains

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