Products
Intelligent Drone Operation System
The system is designed for engineering and industrial-grade applications, building a drone operation system with "onboard intelligent terminals, remote management platforms, and multi-drone scheduling systems" as its core, achieving efficient collaboration between centralized cloud management and autonomous aerial operations. The onboard end integrates multi-sensor fusion, high-precision positioning, environmental perception, and autonomous flight capabilities, supporting inspection, mapping, and various operation tasks in complex environments. The remote end completes multi-drone status monitoring, task orchestration, operation area management, and data visualization analysis through a unified platform, forming a closed-loop management mechanism throughout the entire task lifecycle, and can be linked with other intelligent systems to build a collaborative operation system, further enhancing overall operation capability and system effectiveness.
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Intelligent Robotic Arm Navigation & Control System (INA-OS)
The system is designed for intelligent manufacturing and flexible production scenarios, deeply integrating autonomous navigation vehicles, robotic arms, and machine vision technology to achieve automated execution of operations such as grasping, assembly, handling, and inspection. The system supports small-batch, multi-variety production needs, can seamlessly interface with ERP/MES, achieve real-time collection, traceability, and visual management of production data, and has human-machine collaboration, dynamic obstacle avoidance, and safety protection capabilities. While ensuring operational safety and stability, it effectively reduces comprehensive costs, improves production efficiency, and can collaborate with other intelligent operation systems to build an integrated production and operation system.
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Intelligent Autonomous Vehicle Operation System
The system is designed for engineering construction, industrial parks, and indoor/outdoor multi-scenario applications, creating an intelligent autonomous vehicle operation platform with scalable deployment and centralized management capabilities. The system adopts an integrated architecture of "onboard intelligent terminals, remote management platforms, and multi-vehicle scheduling systems". The onboard end integrates multi-sensor perception, high-precision positioning, and autonomous navigation technology to achieve stable operation and intelligent operations in complex environments. The remote end realizes centralized vehicle monitoring, task scheduling, path and area planning, and operational data visualization management, supports multi-vehicle collaboration and cross-scenario applications, and can operate in coordination with other operation systems to improve overall operational efficiency and system reliability.
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Construction Machinery Intelligent Operation System
The system adopts an architecture of "onboard intelligent terminals + remote management platform + multi-machine scheduling system", integrating centralized cloud management with onboard autonomous execution. The onboard end integrates multi-sensor fusion, high-precision positioning, environmental perception, and autonomous navigation capabilities, achieving autonomous driving and intelligent operations of construction machinery. The remote end, through management platforms and scheduling systems, uniformly completes multi-machine monitoring, task allocation, area planning, collaborative scheduling, and construction data visualization, achieving full-process closed-loop management, improving operational efficiency, and construction intelligence level.
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Smart Manufacturing MES System
The system is specifically designed for small and medium-sized enterprises in electronics, machinery, automotive parts, and other industries. Based on B/S architecture, with advantages of low cost, high flexibility, and full-terminal collaboration, it provides digital transformation solutions that are "affordable and effective". Integrating six major modules: work orders, quality, inventory, equipment, data analysis, and collaboration, it achieves visual management and control of the entire production process. In the future, it will integrate AI, industrial IoT, and blockchain to expand intelligent scheduling, quality prediction, low-code customization, and internationalization capabilities, accelerating the pace of small and medium-sized enterprises towards Industry 4.0.
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Smart Manufacturing ERP System
The system is an integrated enterprise management tool, centered around six core areas including inventory and purchasing/sales, achieving full-process digital management and control. The homepage intuitively displays key information such as inventory alerts; purchasing and sales include the full process of orders; warehouse management has four types of document operations and two-level status; fund management maintains basic data, inventory dashboard presents multi-dimensional views; basic data is uniformly managed, and the transaction module facilitates convenient queries, helping enterprises make precise decisions.
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Drone Swarm Intelligent Operation System
The system deeply integrates multi-source heterogeneous sensors such as 3D LiDAR, optical flow sensors, RTK, and IMU, constructing a full-chain autonomous navigation capability of "perception-positioning-decision-control", achieving high-precision three-dimensional perception in complex environments, stable positioning without GPS, and centimeter-level global coordinate fusion. Equipped with an intelligent multi-machine scheduling module, it supports swarm task collaboration, airspace conflict avoidance, load balancing, and real-time status monitoring, can dynamically allocate tasks, optimize formation paths, flexibly adapt to inspection, mapping, security, emergency rescue, and other multi-scenario needs, with both high robustness and high precision, providing end-to-end drone swarm autonomous operation solutions.
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Multi-form Robot Collaborative Inspection & Control System
The system is compatible with wheeled, tracked, rotary-wing, and other inspection robots. Through unified algorithms, it achieves task division, path coordination, etc., integrates perception advantages to complete full-coverage inspection, supports real-time data upload and analysis, and automatically generates reports, solving pain points of traditional inspection such as high cost and limited coverage, suitable for multiple fields, with advantages of strong compatibility, high efficiency, and accurate data.
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Embodied Intelligence Customization System
The system is designed for diverse intelligent operation scenarios, providing embodied intelligence products and system-level customization services covering integrated hardware and software. Based on core capabilities such as environmental perception and learning, autonomous decision-making and task planning, and intelligent operation execution, it constructs embodied intelligence solutions oriented toward practical applications, which can be flexibly adapted to multiple intelligent carriers such as autonomous vehicles, drones, quadruped robots, bipedal robots, and various robotic arms, and supports collaborative operations and system-level linkage of multiple form devices, meeting user customization needs for intelligent, autonomous, and collaborative operations in complex environments.
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Smart Agricultural Machinery Operation System
The Smart Agricultural Machinery Operation System builds a ground-air integrated operation network using unmanned vehicles and drones. Powered by core technologies of autonomous navigation and intelligent management, it achieves fully unmanned closed-loop operations across the entire process of plowing, planting, management, and harvesting. From deep tillage in the field to aerial plant protection, from material transport to precision replenishment, the system autonomously plans paths and coordinates operations, significantly improving production efficiency and reducing labor costs. It injects precise, efficient, and sustainable core momentum into modern agriculture, unleashing technological productivity from every inch of land.
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