Specially designed for service robots, AI robots, humanoid robots, and other R&D and manufacturing enterprises to provide complete communication connection solutions. Through global IoT cards, multi-network cards, multi-network fusion modules, robot fusion routing modules, fusion routing devices, and global AIOT aggregation cloud platform, with global coverage and multi-network support, through device self-organizing networks, significantly improving the connection stability of robots, ensuring robots can operate stably in various complex network environments like fish in water. To provide efficient service.
In the field of robot communication connections, Zhongchuang (Shenzhen) IoT Co., Ltd. has become a reliable partner for many robot R&D and manufacturing enterprises with its excellent technical capabilities and comprehensive solutions. We are committed to providing stable and efficient connection capabilities for each robot, allowing them to freely navigate in complex network environments, creating greater value for customers.

Robotics Scenario - Heterogeneous Network Architecture Fusion and Low-Latency Switching Network Solution

Solution Introduction

For robot indoor mobile scenarios, a heterogeneous network architecture fusion and low-latency switching network solution has been designed; when the robot walks in the WiFi signal area, the 4G&WiFi fusion router will switch to the WiFi network in seconds, and when walking in the 4G signal area, it will switch to the 4G network in seconds; through kernel optimization development, the 4G dual-network port fusion router embedded in the robot provides important guarantee for the stable operation of the robot during movement. In terms of economic benefits, it has increased revenue guarantee for users, reduced operation and maintenance costs, and built differentiated competitive advantages.

Robotics Scenario - Communication Connection Solution

Solution Introduction
For service robots, AI robots, and humanoid robots, we have created a complete set of communication connection solutions. Through global connection services, communication equipment, and global AIoT aggregation cloud platform, with global coverage and multi-network support, through device self-organizing networks, ensuring robots can operate stably in different network environments. To provide efficient service.

Robotics Application Scenarios

Logistics and Warehousing
IoT cards enable logistics robots to transmit data in real-time, optimize cargo storage and handling processes, and improve warehousing efficiency.

Service Industry

In hotels, restaurants, and other venues, robots use IoT cards to achieve remote control and data interaction, providing high-quality service experiences.

Industrial Manufacturing

Industrial robots connect with production systems through IoT cards to achieve automated production and real-time monitoring, improving production quality and efficiency.

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Robotics

Robotics Scenario - Heterogeneous Network Architecture Fusion and Low-Latency Switching Network Solution

Robotics Scenario - Communication Connection Solution

Robotics Application Scenarios

Logistics and Warehousing IoT cards enable logistics robots to transmit data in real-time, optimize cargo storage and handling processes, and improve warehousing efficiency.

Service Industry In hotels, restaurants, and other venues, robots use IoT cards to achieve remote control and data interaction, providing high-quality service experiences.

Industrial Manufacturing Industrial robots connect with production systems through IoT cards to achieve automated production and real-time monitoring, improving production quality and efficiency.

Logistics and Warehousing
IoT cards enable logistics robots to transmit data in real-time, optimize cargo storage and handling processes, and improve warehousing efficiency.

Service Industry

In hotels, restaurants, and other venues, robots use IoT cards to achieve remote control and data interaction, providing high-quality service experiences.

Industrial Manufacturing

Industrial robots connect with production systems through IoT cards to achieve automated production and real-time monitoring, improving production quality and efficiency.