IONO develops WORKMATE, a secure humanoid robot designed for continuous, autonomous operation in real-world environments. The robot combines precision mechanics with AI to enable movement, interaction, and autonomous action, and is engineered for 24/7 use with a hybrid walk-and-drive locomotion system. IONO also initiates the Austrian Humanoid Hub to connect companies, researchers, and innovators in advancing humanoid robotics.
Funding
Funding not disclosed
Founders
Product
Problem
Humanoid robots have largely remained experimental or confined to controlled settings, lacking the robustness, autonomy, and continuous operation required for practical deployment in everyday environments. Existing solutions often fail to bridge the gap between precision mechanics and reliable AI-driven interaction, limiting their adoption in real-world industrial and service applications.
Solution
IONO develops WORKMATE, a secure humanoid robot engineered for real-world performance by integrating precision mechanics with advanced AI. The robot is designed to move, interact, and act autonomously, mimicking human capabilities while operating continuously around the clock. WORKMATE features a hybrid walk-and-drive locomotion system, enabling it to navigate diverse terrains and environments efficiently. The company focuses on creating robust, scalable technology that is ready for everyday use, positioning WORKMATE as a practical solution for industries seeking to integrate humanoid robotics into their operations. IONO also fosters the Austrian Humanoid Hub, a collaborative ecosystem connecting companies, researchers, and innovators to accelerate the adoption and advancement of humanoid robotics.
Target Audience
Primary customers are industrial and service-sector companies seeking to deploy reliable humanoid robots for continuous, autonomous operations, as well as research institutions and innovators collaborating through the Austrian Humanoid Hub.
Features
- 24/7 continuous operation capability for uninterrupted task execution
- Hybrid walk-and-drive locomotion system for versatile movement across different environments
- Precision mechanics combined with AI for robust, real-world performance
- Autonomous movement, interaction, and action capabilities mimicking human behavior
- Scalable and robust design intended for everyday industrial and service use