Real-Time Robot Decision-Making

Physical AI analyzes the robot’s operating environment and enables immediate decision-making and response based on changing work conditions.

Flexible Adaptation to Work Environments

Moving beyond fixed, repetitive motions, Physical AI helps robots flexibly adapt to various processes and work conditions.

Enhanced Safety and Productivity

In collaborative robot environments where robots work alongside humans, Physical AI improves safety while enhancing the efficiency and productivity of repetitive tasks.

Continuous Sensor Data Monitoring

Physical AI models continuously analyze various sensor data, including pressure, current, temperature, and acoustic signals.

Early Detection of Abnormal Patterns

By detecting subtle changes or patterns that deviate from normal operating conditions, Physical AI helps identify equipment failures, quality degradation, and process abnormalities at an early stage.

Physical AI detects signs of abnormalities in real time, enabling rapid response while minimizing production downtime and quality issues.

IVI

Next-Generation Infotainment System Enabling Intelligent In-Vehicle Experiences

On-Device AI Services

By implementing conversational AI assistants that operate in edge and hybrid environments, we enhance the in-vehicle user experience.

ADAS

Next-Generation Intelligent Driving Assistance System Supporting Real-Time Perception and Decision-Making

High-Performance Driving Computing Technology

By processing all functional blocks within the vehicle with high performance, we provide stable computing performance even in complex driving environments.

Real-Time Flight Intelligence

By integrating vision AI and sensor fusion technologies, Physical AI enables drones to recognize and assess their surroundings in real time during flight.

Autonomous Navigation and Perception

Even in environments with limited GPS signals, Physical AI enables stable autonomous flight through advanced perception, reasoning, and path decision-making.

High-Efficiency, Low-Power Computing

Physical AI performs generative AI and high-performance computing even under power conditions below 10W, maximizing flight time and mission efficiency.