FuturePlay

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.

Contoro Robotics is a company focused on developing advanced robotic solutions that integrate artificial intelligence with human intelligence and teleoperation capabilities. The company aims to create a significant global impact by providing technologies that enhance remote control and operation of robots. Its products enable clients to autonomously manage tasks such as picking up cases, recognizing text, and palletizing items, all from anywhere in the world. By leveraging telemanipulation and haptic feedback, Contoro Robotics offers innovative human interfaces that enhance the functionality and usability of its robotic systems, allowing clients to unlock the full potential of remote robotic operations.

AIDIN ROBOTICS is a developer of AI-driven sensors and robotic systems.

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.

Agmo is at the forefront of digital agricultural innovation, specializing in self-driving technology for agricultural machinery. The company develops solutions that enable autonomous operation of equipment such as tractors, rice transplanters, and combines. By utilizing advanced automated steering, navigation, and mapping, Agmo's technology enhances efficiency in crop management and streamlines various agricultural processes. Its innovative platform facilitates the independent execution of tasks, from data collection to the formulation of effective work prescriptions, allowing for improved productivity in farming operations. Through these advancements, Agmo is transforming traditional agriculture into a more efficient and data-driven industry.

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 is a company that focuses on developing advanced robotics solutions through the integration of Robotics Foundation Models and proprietary mobile hardware platforms. It specializes in creating sophisticated software that enhances the functionality of various robotic forms, including mobile, quadruped, and humanoid robots, allowing them to operate effectively in diverse environments. The company is committed to advancing socially-friendly robotic platforms and applications that facilitate safe and agile autonomous systems. By leveraging expertise in artificial intelligence and robotics, Sequor Robotics aims to improve productivity for its clients through seamless human-robot collaboration.

Contoro Robotics is a company focused on developing advanced robotic solutions that integrate artificial intelligence with human intelligence and teleoperation capabilities. The company aims to create a significant global impact by providing technologies that enhance remote control and operation of robots. Its products enable clients to autonomously manage tasks such as picking up cases, recognizing text, and palletizing items, all from anywhere in the world. By leveraging telemanipulation and haptic feedback, Contoro Robotics offers innovative human interfaces that enhance the functionality and usability of its robotic systems, allowing clients to unlock the full potential of remote robotic operations.

TEFA Robotics specializes in developing low-code software solutions tailored for industrial robots. Their primary objective is to address the global shortage of qualified robotics engineers by creating user-friendly platforms that simplify and accelerate robotic automation deployment. This enables businesses to enhance operational efficiency without requiring extensive technical expertise.

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 is a company specializing in autonomous logistics solutions, focusing on the development of self-driving logistics robots and an integrated robot control system. The company's technology transforms traditional logistics operations by enabling a fully autonomous driving service that can be installed on existing automated guided vehicles. Navifra's control tower solution facilitates the management of various types of robots within a work environment, requiring minimal sensors. By leveraging accumulated customer data and advanced algorithms, Navifra aims to streamline logistics processes and enhance operational efficiency through the deployment of autonomous robotics.

Multiple Eye provides image-based omnidirectional distance measurement and environment recognition technology services for mobile robots.

Seoul Robotics is a company that specializes in developing advanced 3D computer vision devices and software. Their technology is designed to enhance the capabilities of autonomous vehicles, smart cities, and robots. The company's sensor and platform enable these systems to detect, classify, track, and predict targets and objects, thereby allowing autonomous vehicles to perceive and understand their environment effectively. This makes Seoul Robotics a key player in the field of intelligent robotics and self-driving technology.

AIDIN ROBOTICS is a developer of AI-driven sensors and robotic systems.

Wave is a food tech company that offers robot-based kitchen operation services for the food service industry.

Neubility is a company that specializes in self-driving delivery robots, aimed at transforming urban logistics and last-mile delivery services. Founded in 2017 and headquartered in Seoul, one of Asia's most densely populated cities, Neubility leverages vision-based localization and path-planning technologies to facilitate autonomous deliveries. The company focuses on providing a reliable and cost-effective delivery solution for businesses and consumers, enabling them to streamline their logistics without human intervention. With thousands of deliveries executed every second, Neubility is redefining the delivery landscape in urban settings.

embotech AG, founded in 2013 and based in Zurich, Switzerland, specializes in developing software solutions for autonomous systems that focus on numerical optimization. Their flagship product, FORCES Pro, allows for the effective design of complex control systems by solving intricate optimization problems rapidly. The software has diverse applications, including the control of wind turbines, collision-free motion planning for autonomous drones, the enhancement of advanced driver assistance systems, and enabling precise landings for spacecraft on other planets, as well as the retrieval of reusable rockets. Embotech caters to various sectors, including automotive, energy, and robotics, positioning itself as a leader in creating advanced decision-making technologies essential for future autonomous systems.

EdgeCortix is a fabless semiconductor company focused on providing efficient artificial intelligence solutions for various sectors. The company employs a software-centric methodology, utilizing its patented hardware and software co-exploration system to create a reconfigurable accelerator processor tailored for AI applications. EdgeCortix aims to deliver near-cloud level performance to edge devices, addressing the low-latency and real-time requirements essential in industries such as defense, robotics, and telecommunications. By pioneering advancements in AI accelerators, EdgeCortix enhances the capabilities of connected devices within the intelligent edge computing landscape.

DOGU, known as 도구공간, specializes in the development of autonomous self-driving robots and advanced AI technologies. The company is committed to creating customized solutions by designing its own hardware and software, ensuring an optimal customer experience tailored to individual client needs. DOGU's robots are engineered for versatility, capable of operating in both indoor and outdoor environments. With a focus on location and environment recognition technologies, DOGU empowers clients with innovative robotic solutions applicable across various settings.

Neubility is a company that specializes in self-driving delivery robots, aimed at transforming urban logistics and last-mile delivery services. Founded in 2017 and headquartered in Seoul, one of Asia's most densely populated cities, Neubility leverages vision-based localization and path-planning technologies to facilitate autonomous deliveries. The company focuses on providing a reliable and cost-effective delivery solution for businesses and consumers, enabling them to streamline their logistics without human intervention. With thousands of deliveries executed every second, Neubility is redefining the delivery landscape in urban settings.

AIDIN ROBOTICS is a developer of AI-driven sensors and robotic systems.

Multiple Eye provides image-based omnidirectional distance measurement and environment recognition technology services for mobile robots.

Seoul Robotics is a company that specializes in developing advanced 3D computer vision devices and software. Their technology is designed to enhance the capabilities of autonomous vehicles, smart cities, and robots. The company's sensor and platform enable these systems to detect, classify, track, and predict targets and objects, thereby allowing autonomous vehicles to perceive and understand their environment effectively. This makes Seoul Robotics a key player in the field of intelligent robotics and self-driving technology.

DOGU, known as 도구공간, specializes in the development of autonomous self-driving robots and advanced AI technologies. The company is committed to creating customized solutions by designing its own hardware and software, ensuring an optimal customer experience tailored to individual client needs. DOGU's robots are engineered for versatility, capable of operating in both indoor and outdoor environments. With a focus on location and environment recognition technologies, DOGU empowers clients with innovative robotic solutions applicable across various settings.

Wave is a food tech company that offers robot-based kitchen operation services for the food service industry.

Neubility is a company that specializes in self-driving delivery robots, aimed at transforming urban logistics and last-mile delivery services. Founded in 2017 and headquartered in Seoul, one of Asia's most densely populated cities, Neubility leverages vision-based localization and path-planning technologies to facilitate autonomous deliveries. The company focuses on providing a reliable and cost-effective delivery solution for businesses and consumers, enabling them to streamline their logistics without human intervention. With thousands of deliveries executed every second, Neubility is redefining the delivery landscape in urban settings.

Seoul Robotics is a company that specializes in developing advanced 3D computer vision devices and software. Their technology is designed to enhance the capabilities of autonomous vehicles, smart cities, and robots. The company's sensor and platform enable these systems to detect, classify, track, and predict targets and objects, thereby allowing autonomous vehicles to perceive and understand their environment effectively. This makes Seoul Robotics a key player in the field of intelligent robotics and self-driving technology.

Seoul Robotics is a company that specializes in developing advanced 3D computer vision devices and software. Their technology is designed to enhance the capabilities of autonomous vehicles, smart cities, and robots. The company's sensor and platform enable these systems to detect, classify, track, and predict targets and objects, thereby allowing autonomous vehicles to perceive and understand their environment effectively. This makes Seoul Robotics a key player in the field of intelligent robotics and self-driving technology.

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.

Bear Robotics, Inc. is a company based in Redwood City, California, that designs and manufactures autonomous robots specifically for the food service industry. Incorporated in 2017, Bear Robotics developed Penny, an artificial intelligence-driven robot that efficiently transports food, dishes, and drinks, while also providing customer service in restaurants. The company's innovative solutions aim to address challenges within the restaurant industry, such as labor shortages and rising operational costs, by enhancing efficiency and improving the dining experience for customers. By automating tasks like running orders and bussing tables, Bear Robotics not only seeks to increase job satisfaction for restaurant employees but also aims to boost profitability for restaurant owners.

LUXROBO Co., Ltd., founded in 2014 and based in Seoul, South Korea, specializes in robotics and offers a platform for the Robotics of Things. This platform allows users to create innovative projects by connecting and programming various modules through a graphical user interface. The available modules include sensors, motors, and communication tools, which facilitate the development of smart electrical appliances and educational robots. Additionally, LUXROBO provides modular robotics kits and technology consulting services, enhancing the accessibility and usability of robotic systems for a diverse range of applications.