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The term "5G+Industrial Internet" refers to the use of the next-generation information and communication technologies represented by 5G to build new infrastructure, application models and industrial ecology that are deeply integrated with the industrial economy. eSurfing Cloud is fully committed to building a leading 5G premium network with wide coverage, fast internet connection, good experience and high efficiency to solve the pain points of synergy at cost end, transmission end and industrial chain in the industrial sector, and help enterprises achieve cost reduction, quality improvement, efficiency enhancement and green and safe development.

Business Challenge

The business system is fragmented and the data is difficult to pool

Business systems are mostly driven by projects. Data exists in devices, Apps and media to form silos. Therefore data acquisition and aggregation are a common challenge for enterprises.

Difficulty in business modeling and lack of effective support tools

Industrial software is the product of accumulated industrial know-hows and iterative applications. Most companies still work on customized projects instead of standardization based on platforms.

Enterprises would like to engage in transformation, which is, however, hampered by a lack of required talents and skills

The complicated transformation of Industrial Internet requires personnel with multiple skills in manufacturing, IT and innovation. It is unattainable for industrial enterprises to pool such talents.

A lagging business architecture and a sluggish business development

The industry is pondering the deep integration of IT/CT/OT and development of an open and scalable architecture to replace obsolete S95 architecture widely used with various deficiencies.

Application Scenario

5G+AR (Industrial Assembly / Transportation, Inspection and Repair / Management Sorting)

5G+AR industrial solution is applicable to fields with cumbersome operations, standardized and long process, and high requirements for efficiency and safety, such as energy and power, manufacturing, logistics, automobile repair and assembly, etc.

5G+ Industrial Machine Vision

Industrial cameras are flexibly deployed in scenarios such as discrete manufacturing lines to meet the requirements of large bandwidth, low latency and high reliability. The 3D vision is used to locate and identify the work pieces, guide the robot to grasp the work pieces, inspect the outline of the work pieces for surface defects, and reconstruct them in three dimensions, so as to eliminate artificial omission of inspection and wrong inspection.

5G+ AGV Scenario

With features such as audio and high-definition video that are used to capture vehicle movement information, 5G high bandwidth and uplink speed that meet data transmission requirements, and low latency, the solution enables 5G-based unmanned driving and remote control, takes over vehicle control when necessary, and remotely transmits driving commands such as forward, acceleration, braking, turning, warning, and whistling to the vehicle.

Overall Structure

Introduction

Industrial Internet platform is a 3-layer architecture, with layer 1 for data collection, layer 2 for transmitting data to the cloud and layer 3 for processing data, to attain various functions.

Architecture Characteristics

Connection Layer 5G IoT can pool vast smart terminals on the client-side and provide proprietary smart gateway middleware, decoupling software and hardware on the industrial edge to create an edge ecosystem. Platform Layer Provide services ranging from data acquisition, modeling and analysis, to underlying connectivity, protocol analysis, edge computing, status monitoring, industrial big data, and data exchange. Application Layer Construct industrial Internet ecosystem to provide diversified services in industrial applications, microservice markets and users’ personalized needs, etc. on the stage of the application ecology.