Noetix Robotics provides consumer‑grade humanoid and bionic robots that combine lightweight bionic designs, high‑torque actuators, and advanced perception sensors to perform high‑dynamic motions such as jumps, flips, and precise dance routines. Integrated AI voice models, vision systems, and visual‑programming tools enable natural speech interaction, object recognition, and custom behavior scripting without specialized hardware, while cloud‑connected firmware offers OTA updates and modular accessories for use in homes, education, and service applications.
Funding
Funding not disclosed
Founders
Product
Problem
Consumers and educators lack affordable, high‑performance humanoid robots that can interact naturally, perform complex motions, and be programmed for personalized tasks, limiting the adoption of robotics in homes, schools, and research labs.
Solution
Noetix Robotics offers a portfolio of consumer‑grade humanoid and bionic robots that combine lightweight bionic designs, high‑torque actuators, and advanced perception sensors to deliver stable, high‑dynamic motion (including jumps, flips, and precise dance routines). Integrated AI voice models and vision systems enable natural speech interaction and object recognition, while visual‑programming tools and SDKs allow users to create custom behaviors without specialized hardware. Cloud‑connected firmware provides OTA updates and modular accessories (e.g., dexterous hands, LiDAR) to extend functionality across entertainment, education, and service applications.
Target Audience
Primary customers are households seeking interactive companion robots, educational institutions and makerspaces that require programmable humanoid platforms, and enterprises in retail, hospitality, or healthcare needing autonomous service or guide robots.
Features
- Up to 54 active degrees of freedom with 150 N·m peak torque for high‑dynamic actions such as continuous flips and complex dance moves
- Integrated 6 TOPS (up to 67 TOPS) NVIDIA Jetson Orin compute modules for real‑time perception and AI processing
- Multi‑modal sensing suite: dual RGB cameras, IMU, depth sensors, and optional LiDAR for object detection and navigation
- Large‑language‑model powered voice interaction supporting multi‑turn dialogue and contextual commands
- Visual programming and SDK for DIY motion teaching, custom action scripting, and second‑level control development
- Modular hardware ecosystem (dexterous hands, laser scanners, battery packs) enabling rapid reconfiguration for different use cases
- Wi‑Fi, Bluetooth, and optional 4G/5G connectivity with OTA firmware upgrades and cloud analytics