Industrial Internet Architecture

Transcription

1 Industrial Internet Architecture 工业互联网体系架构 蒋昕昊 Xinhao Jiang CAICT

2 Activities related to Industrial Internet Architecture in AII Demand Vertical Sectors Light Electronics Heavy Advanced Steel Power Construction Healthcare Use Case Testbed New Technologies Industrial AI Industrial Apps Blockchain Edge Computing VR/AR Open Source Guiding Deploy CONNECTIVITY Networking & Connecting Framework DATA Industrial Big Framework Industrial Internet Platform Architecture SECURITY Security Framework Input Feedback Assessment Collaboration Industrial Internet Architecture Promotion

3 Industrial Internet Architecture v1.0 USERS & PARTNERS: consumer or enterprise Intelligent Manufacturing inside of factory CONNECTIVITY INTELLIGENT APPLICATIONS view Application Supporting Identifier Resolution Coordination factory to factory DATA Decision and Feedback Customization customer to factory 2 Modeling, Calculation, Analysis Internet view Servicization Product to factory 3 SECURITY Application security security Controlling security CONNECTIVITY is the basis, the basis for the data collection, transmission, exchanging, etc. DATA is the core, data flow and data intelligence in the whole lifecycle of product. SECURITY is the prerequisite, ensuring the running of the industrial internet system Network Connection Integration and Processing Sensing Actuation PHYSICAL SYSTEM 1 Network security security THREE CLOSED LOOP OPTIMIZATION: operation optimization Enterprise management optimization Ecosystem optimization

4 Development of Industrial Internet Architecture 1.0:starting point Horizontal Network Reference Architecture DATA SECURITY platform System Architecture Deployment and Implementation for Vertical Sectors Vertical Enterprise Architecture

5 1. Connectivity Framework of Industrial Internet Factory Internal Network Internal network connects industrial equipment, PLCs, products, enterprise center, Servers Plant Intranet Plant Extranet Factory External Network External network supports the scenarios with low latency, high reliability and customization. Industrial Internet Connectivity Framework

6 2. DATA SYSTEM of Industrial Internet Application of decision making and controlling Intelligent Manufacturing modeling data preprocess Collaborative Manufacturing (Mapping of physical objects) Customer Product modeling modeling Product Line modeling modeling Object perception Factory modeling Process modeling visualization storage and management Real-time collection analytics acquisition and exchange batch capture DATA Sources Personalized customization fusion data storage verification Service- Oriented Manufacturing query mining routing Main Trends integration across layers& parts process with assistant of the edge integration management in cloud Advanced data analytics visualization as analytic tools Production Product materiel Process quality Design Customer Supply chain line market..

7 2. Industrial Internet PLATFORM IIOT PLATFORM is a service system that is based on the needs of digitalization, networking and intelligence in the manufacturing. It builds a service system based on mass data collection, aggregation and analysis, and supports the making of connections, flexible supply and efficient allocation of manufacturing resources. Application layer Formed to meet different industries, different scenarios of industrial SaaS and industrial APP for the final value of industrial Internet Platform layer Building a scalable Open Cloud Operating System on the common PaaS with big data processing, industrial data analysis, and industrial microservices Edge layer Through a wide range of in-depth data acquisition, as well as heterogeneous data protocol conversion and edge computing, building a data foundation for industrial Internet platform

8 3. SECURITY of Industrial Internet 1.Protection Object Viewpoint: Device Control Network Application 3. Protection Management Viewpoint: Security Objective, Risk Assessment, Security Policy Network 3 Application Control Device 1 2 Threat Protection Monitoring & Awareness Response & Recovery 2.Protection Measurement Viewpoint: Threat Protection Monitoring & Awareness Response & Recovery Key points and actions IIoT Platform & data security Security standards Security best practices security information sharing

9 Industrial Internet Application of Vertical Industries A series of enterprise architecture based on implementation viewpoint and driven by business outcomes. Electronics Light Construction Heavy Energy Steel Automobile More are coming Advanced

10 Home Appliance (Light ) Architecture for home appliance industry is mainly designed for purpose of customized service and smart products. Goal Provide smart products. Access to the customer Design requirements agilely and accurately. Inject customer requirements into design and production process. Enterprise Layer Products EA for Home Appliance Consumers Mass Crowdsourcing Customization Asset Industrial Management APPs Common SaaS Virtual Design Interaction Industrial service Industrial Big directories Common PaaS Outcome Sample Designing Air Conditioner with Customers 215,000 design ideas and feedbacks Practice Edge IaaS (common) Field-operation Layer Edge Computing etc. Security from customers Involve 35 designers, 6 modular suppliers interacting with customers Execution Layer NB-IoT, WLAN etc. Smart Product OT ETL IT System

11 Construction Machinery Manufacturing Architecture for Construction machinery manufacturing is mainly designed for purpose of smart factory and Service-oriented manufacturing. Goal Product lifecycle intelligent service Improving Intelligent Manufacturing Design in production process Optimize technique and process by new technologies (big data, AI etc.) Outcome Remote maintenance monitoring Maintenance engineer service response time reduced by 95% Sample Customer satisfaction increased by 30% Practice Cross- Enterprise Enterprise Platform Edge EA for Construction Machinery Manufacturing Products Business Domain Asset Management Process optimization. Application Domain logics and rules APIs and portal Platform Tech Digitalization ( specified model, algorithm etc.) Control Domain Smart Sensor PLC/DCS Common Transition Edge Gateway base Partners Specified Industrial APPs For Intranet users For Internet users Analytics Specified Meters service network access network local network

12 Goal Steel Architecture for steel industry is mainly designed for purpose of digitalizing industry technologies and managing complex equipment. Monitor and collect data from various specified equipment. Digitalize industry technologies, including knowledge, mechanism, experience etc. Optimize technique and process by new technologies (big data, AI etc.) Outcome Optimizing Rolling Mill Vibration times decrease 50% by collecting and analyzing the equipment data. Sample Enterprise Design Platform Practice Edge EA for Steel Business Domain Expert system New technique model Process optimization Quality Control. Platform Tech Digitalization ( specified model, algorithm etc.) Transition Control Domain Smart Sensor Analytics HMI SCADA Common Application Domain logics and rules APIs and portal Operation Platform Synergy System Edge Gateway PLC/DCS MES base Operation Intelligence Smart Logistics Specified Meters Specified service network access network local network

13 Why does AII define Architecture v2.0 The blossom of new technologies like Artificial Intelligence, edge computing and the industry s needs for further operability and practicability urge to improve the architecture. Industrial Internet Architecture 1.0 Highlights the usage of data Expands the boundaries beyond manufacturing and further into other industries Industrial Internet Architecture 2.0 Embraces New Technologies Expands into new Verticals Subdivides operating factors Reinforces guidance for practice Forges an integral system Enhance international Exchanges

14 Developed upon a Comprehensive Methodology Methodology of Process:Production process and key activities Hierarchy:Vertical hierarchy Standard:Key standard and system mapping Methodology of Software Systematic:Meta-model, Viewpoints Need:Needs-Pulling : function and data flow Methodology of Communication Composition:Core components and function domains Interaction:Network interface 1 Comprehensive : Incorporates methodologies of industry, software and communication condenses into three main elements: network, data and security 2 Value-oriented: Need-driven,procedure-led Determine core functions and implementation 3 Structured: Structurizes the data flow Establishes mappings from topdown METHODOLOGY For Architecture 2.0

15 Initial Thoughts about AII Architecture 2.0 New Business Requirements New Capabilities New Technologies Architecture 2.0 Business Capability Function System Business needs; Business models; Crucial capabilities; Applicable scenarios. Core functions; Supporting factors. Entity; Hierarchies; Flow ; Critical techniques ; Systems;

16 Mapping between IIRA and AII-Architecture IIRA Mapping AII-Architecture

17 融合 协作 共赢共同把握工业互联网的历史机遇 联盟公众号 : 工业互联网产业联盟 联盟网址 : 联盟邮箱 :aii@caict.ac.cn