Nori Robotics: Democratizing Humanoid Robot Programming

The democratization of dual-arm robotics

Access to advanced hardware has always been the primary barrier for independent researchers and developers. Antonio, the founder of Nori Robotics, has changed the game with a dual-arm mobile robot designed in San Francisco that costs just $1,688. This project, born from the need to collect large volumes of data for training AI models, seeks to eliminate the limitations of traditional laboratories.

The premise is simple: if developers have access to multiple units, they can conduct longer experiments and collect massive datasets, which is fundamental for advancing the field of modern robotic programming.

Technical specifications and efficient design

Achieving a price point below $2,000 required meticulous engineering. Unlike expensive QDD (Quasi-Direct Drive) motors, Nori uses high-ratio servo motors and a wheeled base instead of legs, which drastically reduces costs without sacrificing basic utility.

What Nori's hardware includes:

• 19 degrees of freedom with two dual-arm manipulators.
• 4 RGB cameras (720p, 30 fps) for computer vision.
• Raspberry Pi 5 as the central brain for SLAM tasks and safety.
• Telescopic base with a 55 kg payload capacity.

"Our goal is for people with no prior robotics experience to be able to teach tasks to Nori and share those learnings with other owners," says the development team.

An open and accessible ecosystem

The project stands out for its open source approach, allowing users to print their own replacement parts using 3D files. Additionally, they provide a Python SDK that facilitates teleoperation and demonstration tools. This philosophy of transparency is similar to other community projects, such as Phonebook: El catálogo open source para previsualizar UI móvil, which seeks to standardize development tools.

For those who wish to experiment without the physical hardware, Nori offers a javascript-based simulator accessible from the browser, allowing you to test the robot's kinematics before making the investment.

Conclusion

With the capacity to perform everyday tasks like opening drawers, cleaning, or restocking shelves, Nori Robotics is not just selling hardware, but building a platform for the future of domestic automation. By lowering the economic barrier to entry, the project invites the community to explore new frontiers in the programming of physical agents—a necessary step as we navigate the AI Agents: The New Security Challenge in Modern Programming that are defining the current technological landscape.

Sources: Hacker News, Nori Robotics