Innovative Robotics
Explore Our Robotic Dogs and Exoskeletons
Service Robots
Application Scenarios
Field Exploration – Designed for missions across rugged and unpredictable environments, supporting scientific research, environmental surveys, and search-and-rescue operations. Load Transport – Capable of carrying equipment through mountains, forests, mining areas, and remote worksites, reducing human physical burden in demanding terrain. Assisted Operations – Works seamlessly with exoskeleton systems to support personnel in remote areas, forming an intelligent human-machine collaboration workflow.
Product Capabilities
Our robotic dogs are built for lightweight durability and all-weather reliability, featuring resistance to dust, water, and extreme temperatures. With support for meaningful payload capacity (10–20 kg+) and stable mobility across complex terrain, they serve as dependable partners for mission-critical tasks. Designed with future expansion in mind, they integrate smoothly with exoskeleton-based systems, enabling a unified “human-machine hybrid” operation model. Advanced software capabilities—including remote control, autonomous path planning, and task execution—unlock a wide range of field applications while maintaining adaptability for evolving mission needs.
Exoskeletons
Our exoskeleton platform is designed to enhance human mobility across outdoor exploration, industrial operations, rehabilitation, and consumer activities. We aim to collaborate with hardware suppliers, component manufacturers, and technology partners to accelerate product development and expand our presence in the North American market.
Hardware
Lightweight, durable structures using composite materials Long-endurance power systems suited for full-day mobility Adaptability to multiple use cases: outdoor movement, sports, rehabilitation, and field operations Support for modular expansion (AI assistance, sensing modules, team coordination, tracking) Ability to scale manufacturing while maintaining performance and reliability
Software
Open interfaces (API/SDK) for integration with advanced software modules Motion recognition, user-behavior analytics, and real-time feedback Cloud-based management, remote monitoring, and OTA updates Seamless linkage between exoskeletons and other intelligent devices (robotic platforms, sensors, tools)
Application Scenarios
Outdoor exploration and complex-terrain mobility Industrial load reduction and workforce efficiency Rehabilitation and daily mobility enhancement Long-duration field operations requiring fatigue mitigation.