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Amously specializes in semiconductor manufacturing process optimization. It deploys advanced automation and AI-based systems to enhance efficiency, precision, and productivity in semiconductor production. Its key product is an intelligent, unmanned process control system that adjusts equipment recipes on a wafer-by-wafer basis, helping manufacturers address labor shortages and maximize output.

Raion Robotics specializes in manufacturing advanced walking robots for industrial use. Their flagship product, the Libo 2, is a learning-based quadruped robot developed using reinforcement learning technology. This next-generation robot is designed for various applications, including surveillance, disaster relief, and exploration, with potential in industries like defense, construction, and logistics.

Wirobotics develops wearable robot technology aimed at enhancing musculoskeletal health and reducing physical strain on the body. Their innovative robotic products utilize flexible mechanisms and high-performance actuators, allowing them to closely conform to the user's body. By incorporating task monitoring and analysis, Wirobotics quantifies labor intensity and workload, helping organizations improve workplace safety and efficiency. The company's solutions are designed to promote active motion while ensuring that physical demands are managed effectively, thus fostering a healthier work environment.

Robos is a robotics company that specializes in developing and operating a hybrid robot system. This system combines self-developed biomaterial machine vision technology with robotics, enabling it to evaluate biological object vision data using Lidar Vision and Open CV-based Object Detection. The company aims to provide core services to various industries, including manufacturing, food, and medical, by offering robot product hardware and software development, robot-applied system design, and custom design services. Through these services, Robos helps businesses improve productivity and efficiency by providing access to advanced 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 developing advanced robotics solutions that integrate sophisticated software with proprietary mobile hardware platforms. The company focuses on creating socially-friendly robotic applications that employ artificial intelligence technology to enhance the agility and safety of autonomous systems. These systems are designed to operate collaboratively alongside humans, thereby improving productivity for clients across various sectors. Sequor Robotics' versatile technology can be applied to different types of robots, including mobile, quadruped, and humanoid forms, allowing for operation in diverse environments. The company aims to establish itself as a leader in the robotics industry by leveraging its expertise in both artificial intelligence and robotics.

CLE specializes in developing software and technology solutions for factory automation and artificial intelligence applications. The company offers advanced vision cameras that enable machines to perceive and interpret their surroundings similarly to humans, utilizing images captured by these cameras. In addition to its imaging technology, CLE provides services such as scanning, 3D reconstruction, and modeling, which can be applied in various sectors, including the metaverse. By integrating these capabilities, CLE delivers innovative tools that enhance operational efficiency and support the creation of virtual assets and human modeling services.

TEFA Robotics focuses on addressing the shortage of qualified robotics engineers by developing low-code solutions specifically for industrial robots. Recognizing the technical limitations that hinder the effective deployment of these robots, the company aims to simplify the integration process. By leveraging deep imitation learning, TEFA Robotics creates a foundational model that aids in automating complex tasks, ultimately enhancing operational efficiency for businesses. Through its innovative approach, the company seeks to facilitate broader adoption of industrial robotics in the context of the fourth industrial revolution.

Wirobotics develops wearable robot technology aimed at enhancing musculoskeletal health and reducing physical strain on the body. Their innovative robotic products utilize flexible mechanisms and high-performance actuators, allowing them to closely conform to the user's body. By incorporating task monitoring and analysis, Wirobotics quantifies labor intensity and workload, helping organizations improve workplace safety and efficiency. The company's solutions are designed to promote active motion while ensuring that physical demands are managed effectively, thus fostering a healthier work environment.

Navifra specializes in autonomous logistics solutions, focusing on self-driving robots and an integrated control system for managing multiple robotic units. The company aims to revolutionize logistics by transitioning operations from human labor to robotic automation. Its software enables fully autonomous driving by being installed on existing automated guided vehicles, offering a control tower solution that facilitates the coordination of diverse robots in various work environments. This system requires minimal sensors and leverages accumulated customer data and advanced algorithms to enhance operational efficiency.

CLE specializes in developing software and technology solutions for factory automation and artificial intelligence applications. The company offers advanced vision cameras that enable machines to perceive and interpret their surroundings similarly to humans, utilizing images captured by these cameras. In addition to its imaging technology, CLE provides services such as scanning, 3D reconstruction, and modeling, which can be applied in various sectors, including the metaverse. By integrating these capabilities, CLE delivers innovative tools that enhance operational efficiency and support the creation of virtual assets and human modeling services.

Seoul Robotics specializes in developing advanced Lidar perception software and 3D computer vision devices aimed at enhancing the capabilities of autonomous vehicles, robots, and smart city applications. The company’s technology enables these systems to detect, classify, track, and predict the behavior of various targets and objects within their environment. By integrating sophisticated sensors and platforms, Seoul Robotics facilitates a deeper understanding of surroundings for self-driving cars and autonomous robots, ultimately contributing to safer and more efficient navigation and operation in complex settings.

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 focused on developing advanced visual anomaly detection techniques utilizing deep learning technology. The company specializes in manufacturing and logistics, offering solutions that enhance decision-making and work processes across various industries. By leveraging artificial intelligence, Kaier analyzes images, videos, and large datasets to provide clients with effective optimization tools. The firm is dedicated to accumulating and refining the latest AI technology to support its clients in achieving their operational goals.

Seoul Robotics specializes in developing advanced Lidar perception software and 3D computer vision devices aimed at enhancing the capabilities of autonomous vehicles, robots, and smart city applications. The company’s technology enables these systems to detect, classify, track, and predict the behavior of various targets and objects within their environment. By integrating sophisticated sensors and platforms, Seoul Robotics facilitates a deeper understanding of surroundings for self-driving cars and autonomous robots, ultimately contributing to safer and more efficient navigation and operation in complex settings.

Seoul Robotics specializes in developing advanced Lidar perception software and 3D computer vision devices aimed at enhancing the capabilities of autonomous vehicles, robots, and smart city applications. The company’s technology enables these systems to detect, classify, track, and predict the behavior of various targets and objects within their environment. By integrating sophisticated sensors and platforms, Seoul Robotics facilitates a deeper understanding of surroundings for self-driving cars and autonomous robots, ultimately contributing to safer and more efficient navigation and operation in complex settings.

Seoul Robotics specializes in developing advanced Lidar perception software and 3D computer vision devices aimed at enhancing the capabilities of autonomous vehicles, robots, and smart city applications. The company’s technology enables these systems to detect, classify, track, and predict the behavior of various targets and objects within their environment. By integrating sophisticated sensors and platforms, Seoul Robotics facilitates a deeper understanding of surroundings for self-driving cars and autonomous robots, ultimately contributing to safer and more efficient navigation and operation in complex settings.

SOS Lab is a company specializing in the development and manufacturing of LiDAR technology, which utilizes lasers to measure distances and shapes in the surrounding environment. The company focuses on creating innovative solutions for self-driving vehicles, featuring its hybrid LiDAR system, the SL-1, which merges motor scanning systems with solid-state MEMS mirrors. This system aims to reduce costs and enhance accessibility in the autonomous vehicle market. In addition to the SL-1, SOS Lab offers the GL-3 for factory automation and robotics, and the TL-3 for security applications. The company is also advancing its technology by integrating hardware sensors with AI-based object recognition, leveraging 3D point cloud data for improved tracking and recognition. To further its mission, SOS Lab collaborates with partners in the automotive electronics sector and global semiconductor companies, with R&D centers in Seoul and Gwangju and business operations in Silicon Valley to expand its presence in the global self-driving and advanced driver-assistance systems markets.

SOS Lab is a company specializing in the development and manufacturing of LiDAR technology, which utilizes lasers to measure distances and shapes in the surrounding environment. The company focuses on creating innovative solutions for self-driving vehicles, featuring its hybrid LiDAR system, the SL-1, which merges motor scanning systems with solid-state MEMS mirrors. This system aims to reduce costs and enhance accessibility in the autonomous vehicle market. In addition to the SL-1, SOS Lab offers the GL-3 for factory automation and robotics, and the TL-3 for security applications. The company is also advancing its technology by integrating hardware sensors with AI-based object recognition, leveraging 3D point cloud data for improved tracking and recognition. To further its mission, SOS Lab collaborates with partners in the automotive electronics sector and global semiconductor companies, with R&D centers in Seoul and Gwangju and business operations in Silicon Valley to expand its presence in the global self-driving and advanced driver-assistance systems markets.