pib (printable intelligent bot) is an open-source, 3D-printable humanoid robot that combines complex kinematics, multimodal sensory perception, and modern AI interaction in an accessible, modular platform.

As an interactive humanoid upper-body robot, pib offers a versatile range of mechanical, sensory, and programmable capabilities:

1. Kinematics & Dexterous Manipulation

• Fine Motor Skills & Grasping: Featuring five independently articulated fingers driven by a tendon-actuated mechanism, pib can grasp, hold, and manipulate everyday objects while performing natural gestures (e.g., pointing, waving, high-fives).
• Multi-Axis Articulation: Equipped with durable servo motors across flexible shoulder, elbow, and wrist joints, pib executes fluid, anthropomorphic arm movements across multiple degrees of freedom (DoF).
• Pan-and-Tilt Head Control: The head can tilt and turn dynamically to scan environments, track movement, and naturally face interaction partners.

2. Vision, Hearing & Perception (Multimodal Sensing)

• Computer Vision & Spatial Awareness: Using integrated depth-sensing AI cameras (such as the OAK-D Lite), pib perceives its environment in 3D, recognizes faces, tracks objects in real time, and accurately estimates distances.
• Audio Interaction & Speech: Integrated microphones and speakers allow pib to process acoustic cues and speak autonomously—including seamless integration with Large Language Models (LLMs) for natural conversational dialogues.

3. Control & Programming (From Novice to Roboticist)

• Instant Out-of-the-Box Control with Cerebra: With Cerebra, pib’s browser-based operating software, users can teleoperate, configure, and monitor the robot via smartphone, tablet, or PC without complex driver installations.
• Visual Coding via Blockly: Students and beginners can easily create movement sequences, logic gates, and responsive behaviors using an intuitive drag-and-drop block interface.
• Professional Development with Python & ROS 2: Advanced developers, researchers, and university labs can program pib natively in Python or seamlessly integrate the platform into the industry-standard ROS 2 (Robot Operating System) ecosystem.

4. Unlimited Expandability (The Open-Source Advantage)

• Custom End-Effectors & Tooling: Because all CAD files are freely available, makers can design, modify, and 3D print specialized grippers, sensor mounts, or brackets tailored to their specific applications.
• Learn by Building: pib is a living platform that evolves with its creators—from hands-on STEM education and lab automation to cutting-edge humanoid robotics research.