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Loas is a technology company that specializes in AI-driven acoustic inspection systems. It has developed the world's first visualization-based AI system for industrial environments, utilizing acoustic cameras, automated robots, and abnormal noise diagnosis to enhance operational efficiency and safety for its clients.

Raion Robotics specializes in manufacturing quadruped robots for industrial use. Their flagship product, the Libo 2, leverages reinforcement learning technology to enable walking robots for applications in surveillance, disaster relief, and exploration, with potential in defense, construction, and logistics sectors.

WIRobotics is a developer of innovative wearable robot technology aimed at enhancing musculoskeletal health. The company's products are designed to fit closely to the body, utilizing flexible robotic mechanisms and high-performance actuators. This technology not only reduces physical strain on users but also facilitates active movement. Additionally, WIRobotics incorporates data-driven task monitoring and analysis to quantify labor intensity, providing valuable insights for organizations seeking to improve workplace conditions and promote smart work care. By focusing on the intersection of robotics and health, WIRobotics addresses the physical demands of work environments, ensuring safer and more efficient operations.

Robos is a robotics company that specializes in developing and implementing robotic systems for various industries. It combines self-developed biomaterial machine vision technology with robotics to create innovative solutions for manufacturing, food processing, and medical sectors. The company offers a range of services, including robot product hardware and software development, robot-applied system design, and custom design, as well as web and mobile system development. By doing so, Robos helps businesses enhance their productivity and efficiency through the integration of robotics technology.

IDeAOcean specializes in automating and digitally transforming the engineering design process for a wide array of machines and robotics. The company's core product is an autonomous design platform that leverages artificial intelligence to streamline the complex task of 3D computer-aided design-based engineering. This platform enables manufacturers and R&D departments to efficiently create and build custom-designed machinery and mechanisms, optimizing their operation.

Sequor Robotics specializes in advanced robotics software solutions integrated with proprietary mobile hardware platforms. Their versatile technology supports various robots like mobile, quadruped, and humanoid forms, enabling operation across diverse environments.

CLE specializes in computer vision-based automation systems for industrial environments. Their solutions integrate edge AI and real-time video analytics to automate visual inspection, process monitoring, and operational intelligence, enhancing efficiency and decision-making for manufacturing and logistics sectors.

Tefa Robotics aims to address the shortage of qualified robotics engineers by developing a low-code solution for industrial robots. This enables simpler and more effective deployment, overcoming technical limitations that hinder adoption.

WIRobotics is a developer of innovative wearable robot technology aimed at enhancing musculoskeletal health. The company's products are designed to fit closely to the body, utilizing flexible robotic mechanisms and high-performance actuators. This technology not only reduces physical strain on users but also facilitates active movement. Additionally, WIRobotics incorporates data-driven task monitoring and analysis to quantify labor intensity, providing valuable insights for organizations seeking to improve workplace conditions and promote smart work care. By focusing on the intersection of robotics and health, WIRobotics addresses the physical demands of work environments, ensuring safer and more efficient operations.

Navifra develops autonomous logistics robot software, transforming traditional human-driven logistics into machine-led operations. Their solution enables existing automated guided vehicles to achieve full autonomy via a control tower that manages multiple robots with minimal sensors.

CLE specializes in computer vision-based automation systems for industrial environments. Their solutions integrate edge AI and real-time video analytics to automate visual inspection, process monitoring, and operational intelligence, enhancing efficiency and decision-making for manufacturing and logistics sectors.

Specializes in developing advanced LiDAR perception software for autonomous vehicles and robots. Its technology enables infrastructure-based autonomous driving, featuring controlled area navigation and obstacle detection across varied environments.

Founded in 2013, Embotech develops decision-making software solutions for autonomous systems. Its flagship product, FORCES Pro, enables complex control system design across industries such as automotive, energy, and robotics. Applications include wind turbine control, drone motion planning, advanced driver assistance systems (ADAS), spacecraft landing, and reusable rocket returns.

WeGo Co., Ltd. develops machine learning, deep learning, and reinforcement learning solutions through artificial intelligence (AI) on its autonomous driving and collaborative robot platforms and applies Internet of Things (IoT) technology through AR/VR solutions. As a solution company that provides action items for and thus saves time and money, various efforts are being made to develop engineering technology that can become field engineers in the future through the expansion of master's/doctoral level manpower related to this. is not neglecting.

Kaier is a technology company specializing in AI-driven visual anomaly detection. It develops deep learning techniques to analyze images, videos, and big data, supporting industries with optimized processing and decision-making tools. The company manages manufacturing, production, logistics, and facilities, offering solutions that enhance work efficiency by extracting valuable information from data. Kaier focuses on accumulating and advancing the latest AI technology to provide clients with suitable optimization tools.

Specializes in developing advanced LiDAR perception software for autonomous vehicles and robots. Its technology enables infrastructure-based autonomous driving, featuring controlled area navigation and obstacle detection across varied environments.

Specializes in developing advanced LiDAR perception software for autonomous vehicles and robots. Its technology enables infrastructure-based autonomous driving, featuring controlled area navigation and obstacle detection across varied environments.

Specializes in developing advanced LiDAR perception software for autonomous vehicles and robots. Its technology enables infrastructure-based autonomous driving, featuring controlled area navigation and obstacle detection across varied environments.

SOS Lab is a specialized company that develops and manufactures LiDAR technology, which utilizes lasers to measure distances and shapes of surrounding environments. The company focuses on creating innovative solutions for self-driving cars, highlighted by its hybrid LiDAR system, the SL-1. This long-range system combines traditional motor scanning with a solid-state MEMS mirror, offering a more affordable option compared to existing products in the market. In addition to the SL-1, SOS Lab provides two other LiDAR products, the GL-3 for factory automation and robotics, and the TL-3 for security and automatic doors. The company aims to enhance its offerings by integrating hardware-based sensors with AI-driven object recognition and tracking technologies, using 3D point cloud data. SOS Lab collaborates with automotive electronics partners and global semiconductor firms to advance its next-generation Solid-State LiDAR. With research and development centers in Seoul and Gwangju, alongside business operations in Silicon Valley, SOS Lab seeks to expand its global presence and contribute to the self-driving and advanced driver-assistance systems (ADAS) markets.

SOS Lab is a specialized company that develops and manufactures LiDAR technology, which utilizes lasers to measure distances and shapes of surrounding environments. The company focuses on creating innovative solutions for self-driving cars, highlighted by its hybrid LiDAR system, the SL-1. This long-range system combines traditional motor scanning with a solid-state MEMS mirror, offering a more affordable option compared to existing products in the market. In addition to the SL-1, SOS Lab provides two other LiDAR products, the GL-3 for factory automation and robotics, and the TL-3 for security and automatic doors. The company aims to enhance its offerings by integrating hardware-based sensors with AI-driven object recognition and tracking technologies, using 3D point cloud data. SOS Lab collaborates with automotive electronics partners and global semiconductor firms to advance its next-generation Solid-State LiDAR. With research and development centers in Seoul and Gwangju, alongside business operations in Silicon Valley, SOS Lab seeks to expand its global presence and contribute to the self-driving and advanced driver-assistance systems (ADAS) markets.