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NOTA Selected as Lead Organization for K-On-Device Humanoid National Strategic Project
Collaboration with LG Electronics and Mobilint; Aims for Real-Time On-Device Operation Based on Domestic NPU Through VLA Lightweight Processing
NOTA is beginning full-scale development of AI-optimized software for humanoids through the Ministry of Trade, Industry and Energy's national strategic project. By sharing roles with LG Electronics and Mobilint, the company will pursue the implementation of autonomous humanoids based on domestic neural processing units (NPU), expanding the scope of AI optimization technology application to the physical AI domain.
NOTA announced on the 8th that it has been selected as the lead organization for the 3rd detailed task in the humanoid sector of the 'K-On-Device AI Semiconductor Technology Development Project' overseen by the Ministry of Trade, Industry and Energy and the Korea Evaluation Institute of Industrial Technology (KEIT).
The structure has LG Electronics overseeing the entire project and developing the humanoid system, Mobilint supplying domestic NPUs, and NOTA responsible for AI model optimization software.
The task assigned to NOTA is 'Humanoid AI Model Optimization'.
The core objective is to lighten the vision language action model (VLA) deployed in humanoids and convert it to match Mobilint NPU's computational architecture, enabling real-time inference even in environments with limited power and computational resources.
Given the characteristics of physical AI where camera imagery must be processed in real-time to enable immediate recognition, judgment, and action, inference latency directly impacts action accuracy and stability, the company explained.
NOTA plans to combine techniques such as △token compression △quantization △pruning △knowledge distillation and △layer-specific optimization to reduce the VLA's model size, computational volume, and memory usage.
The lightweight model will be converted to match Mobilint NPU architecture, with real-time inference environment and workload-linked modules also being established.
The company will subsequently verify actual performance and resource efficiency in an integrated NPU and humanoid environment.
NOTA stated that when VLA operates directly within the robot, data transmission and reception with external servers are reduced, lowering communication latency and enhancing real-time control performance.
The company explained that reduced external transmission of sensitive data strengthens security, and improvements in computational efficiency are expected to reduce power consumption.
Myung-soo Chae, CEO of NOTA, stated, "Building on our technological capabilities in connecting AI models and hardware across diverse environments including mobile, edge, and data centers, we will expand technology application and business opportunities starting with humanoids to the broader physical AI sector including robots, automobiles, and industrial equipment that require real-time on-device AI."
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