Neuromeka Prepares to Leap into Next-Generation Humanoids... AI-Based 'Imitation Learning and Collision Avoidance' Innovative Technologies Equipped

NeuroMeka, a specialized company in robot automation based on collaborative robots, announced on the 5th that it has successfully equipped its flagship model Indy with AI-based Collision Avoidance functionality, following its self-developed AI-based Imitation Learning. By enhancing autonomy and safety applicable to the recently spotlighted humanoid technology, the company plans to accelerate the advancement of next-generation humanoids.

The Imitation Learning feature allows users to teach the robot movements by directly manipulating it, enabling the robot to learn and repeatedly perform the tasks. This technology enables even unskilled operators to intuitively learn human actions without separate programming, making it easy to utilize collaborative robots. It can be widely applied across various industries such as manufacturing, logistics, and services. NeuroMeka equipped this feature as a standard on its collaborative robot Indy in January.

The newly applied 'Collision Avoidance' feature uses depth cameras or LiDAR to recognize the work environment in real-time, distinguishing between the target objects to be worked on and obstacles to avoid. It identifies hazardous situations requiring avoidance during operation and generates safe paths in real-time. By detecting and avoiding collision risks in advance, it creates a safe and flexible collaborative environment even in confined spaces. With significantly improved obstacle recognition and avoidance performance compared to existing collaborative robots, it maximizes both productivity and safety simultaneously.

NeuroMeka's AI-based control technology goes beyond simply enhancing the usability and safety of collaborative robots; it is establishing itself as a core foundational technology for implementing humanoids that work in ways similar to humans. The biggest topic in the global robot market recently is humanoids that perform complex tasks in human-like forms.

Precise imitation learning and collision avoidance technologies are essential. NeuroMeka's innovative robot control technology is expected to play a crucial role in advancing a future where humanoids can collaborate and work with humans more naturally and safely.

A NeuroMeka representative stated, "The application of AI-based technology to Indy is a fundamental advancement that goes beyond a simple function upgrade, enabling collaborative robots to work more naturally and safely with humans in industrial settings." They added, "NeuroMeka is currently conducting various research projects to develop humanoid robots," and "AI-based collision avoidance and imitation learning technologies will serve as the foundation to significantly enhance the autonomy and operational capabilities of next-generation humanoids."

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