Curious about the robots deployed?
Features
Superior Quadruped Performance for Unstructured Terrain
: With stable walking capabilities on stairs, slopes, and rough terrain—areas inaccessible to wheel-based robots—this platform supports extensive research scenarios across both indoor and outdoor environments.
Platform Optimized for Research Scalability
: Beyond mobility studies, various Robot AI research topics, including Human-Robot Interaction (HRI), autonomous driving, reinforcement learning, and Sim-to-Real transfer, can be conducted on a single, unified platform.
Integration with High-Performance AI Infrastructure
: The package integration with the NVIDIA DGX Spark supercomputer provides an optimized environment for Embodied AI research, ranging from large-scale model training to real-time inference.
Total Solution Delivery Including Secondary Development
: Going beyond simple hardware supply, the solution is delivered with integrated secondary development support, allowing researchers to commence full-scale R&D immediately upon introduction.
One-Stop After-Sales Management System
: Marosol takes full responsibility for the entire process—from delivery and installation to initial setup, training, and maintenance—ensuring stable operation without any research downtime.
Results
| Key Benefits | Immediate Research Readiness
By enabling quadruped-based research to start immediately upon introduction without additional setup, the project lead time was significantly reduced.
Broadened Research Scalability
An environment was secured where multiple robot R&D topics—including unstructured terrain mobility, Human-Robot Interaction (HRI), and reinforcement learning-based gait control—can be conducted on a single platform.
Enhanced Efficiency via Integrated AI Infrastructure
Combining the platform with the DGX Spark supercomputer allows training, simulation, and empirical testing to coexist in one environment, drastically shortening the research cycle.
Minimized Implementation Risk
By providing a one-stop process—from Innovation Lab inspection and safe delivery to initial setup, training, and after-sales care—the initial trial-and-error often experienced by research institutions was minimized. |
|---|---|
| Client Feedback | Rather than simply purchasing robot hardware, we were able to implement a total solution that includes secondary development and AI learning infrastructure, allowing for rapid application within the Kangwon National University research environment.
Thanks to Marosol’s Innovation Lab pre-inspection and one-stop after-sales management system, we were able to minimize risks during the implementation process. We expect that MagicDog’s walking performance on unstructured terrain and its high scalability will become core assets for our future Robotics and AI research. — A4AI |
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Recommended Use Cases
Rati, the Autonomous Trash Can Robot
Rati is a rental-available autonomous trash can service robot designed to be deployed in customer-visiting spaces, such as exhibitions or hospitals , to attract customer interest and improve cleanliness. It can be easily installed without the need for separate equipment and generates significant customer interest through its human-friendly appearance and interface. Furthermore, the display mounted on the front of the robot enables various event promotions and advertising, allowing for a triple benefit.
Robocare's Daily Care Robot "Bomi 2" for the Elderly and Those at Risk of Dementia
RoboCare's "Bomi 2" is a "daily care robot" that provides various services and functions for dementia prevention for the elderly and seniors at risk of dementia. It enables cognitive training through various brain-enhancing content installed on the robot and offers emergency call services and medication reminder functions.
Moderntec Electric Vehicle Automatic Charging System (RACS) using Doosan's Collaborative Robot
Moderntek’s Robot Arm Charger System (RACS) is a charging automation system utilizing Collaborative to enable 24-hour 1:N automatic charging for the convenience and safety of electric Automotive charging stations. Because the RACS system charges multiple Automotive simultaneously and sequentially using a single robot and power unit, it can be implemented at a lower cost (approximately 60%) compared to competitor products. * Estimated costs are subject to change depending on charger capacity (120–240kW) and robot rail structure (ground-mounted or ceiling-mounted).
Features
Superior Quadruped Performance for Unstructured Terrain
: With stable walking capabilities on stairs, slopes, and rough terrain—areas inaccessible to wheel-based robots—this platform supports extensive research scenarios across both indoor and outdoor environments.
Platform Optimized for Research Scalability
: Beyond mobility studies, various Robot AI research topics, including Human-Robot Interaction (HRI), autonomous driving, reinforcement learning, and Sim-to-Real transfer, can be conducted on a single, unified platform.
Integration with High-Performance AI Infrastructure
: The package integration with the NVIDIA DGX Spark supercomputer provides an optimized environment for Embodied AI research, ranging from large-scale model training to real-time inference.
Total Solution Delivery Including Secondary Development
: Going beyond simple hardware supply, the solution is delivered with integrated secondary development support, allowing researchers to commence full-scale R&D immediately upon introduction.
One-Stop After-Sales Management System
: Marosol takes full responsibility for the entire process—from delivery and installation to initial setup, training, and maintenance—ensuring stable operation without any research downtime.
Results
| Key Benefits | Immediate Research Readiness
By enabling quadruped-based research to start immediately upon introduction without additional setup, the project lead time was significantly reduced.
Broadened Research Scalability
An environment was secured where multiple robot R&D topics—including unstructured terrain mobility, Human-Robot Interaction (HRI), and reinforcement learning-based gait control—can be conducted on a single platform.
Enhanced Efficiency via Integrated AI Infrastructure
Combining the platform with the DGX Spark supercomputer allows training, simulation, and empirical testing to coexist in one environment, drastically shortening the research cycle.
Minimized Implementation Risk
By providing a one-stop process—from Innovation Lab inspection and safe delivery to initial setup, training, and after-sales care—the initial trial-and-error often experienced by research institutions was minimized. |
|---|---|
| Client Feedback | Rather than simply purchasing robot hardware, we were able to implement a total solution that includes secondary development and AI learning infrastructure, allowing for rapid application within the Kangwon National University research environment.
Thanks to Marosol’s Innovation Lab pre-inspection and one-stop after-sales management system, we were able to minimize risks during the implementation process. We expect that MagicDog’s walking performance on unstructured terrain and its high scalability will become core assets for our future Robotics and AI research. — A4AI |
※ The content provided by Bigwave Robotics is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.
Curious about the robots deployed?
Related Use Cases
Rati, the Autonomous Trash Can Robot
Robocare's Daily Care Robot "Bomi 2" for the Elderly and Those at Risk of Dementia