Inspur AN Practice Introduction & Construction Discussion.pptx

AN Practice Introduction & Construction Discussion

1. Inspur AN Practice Story Sharing TM AN Workshop

2. Content Inspur Practice Overview Typical Practice Story Sharing China Mobile Corporation Overview AN Construction Discussion

3. Inspur Capability 25 Years Telecom Industry Experience, Full market coverage, No.1 of comprehensive strength in China Industry Pioneer Rich Experience Latest Technology TMF, ONAP, MEF, 3GPP, ITIL China Mobile, China Unicom, China Telecom, China Tower, CBN Cloud-native, Container Micro-service, Multi-tenancy Big Data, AI, DevOps Professional Expert Team Consulting Service Advanced Delivery Methodology 7*24 & 5*8 On-site & Remote Maintenance Knowledge Transfer Training Professional O&M

4. Inspur’s Leading Contribution to TMF Leading definition SCOM standard Deeply D evelop ed & Participated in TMF Released Whitepaper on Autonomous Networks (IG1305) Participant in ODA-CA project and own 21 TMF OpenAPI Certifications - Platinum Badge Participant in B2B2X Digital Experience Improvement and Commercial Achievements , won the final list award Other Catalyst Awards Smart IDC – Intelligent energy saving for data centers Special recognition – Industry contribution to future standards (Operations-as-a-service) Model-driven service orchestration: Proving policy is the best honesty Building Model-Driven Service Orchestration via an FMO Architecture Model-Driven Hybrid Service Orchestration via an FMO Architecture Inspur has been a member of TMF since 2012. Inspur products compliant with TMF and has leading contribution to TMF.

5. Inspur solution covers 88 countries and regions for 178 customers, providing OSS, BSS, IDC and IT integration solution and services. Inspur Global Practice

6. Content Inspur Practice Overview Typical Practice Story Sharing China Mobile Corporation Overview AN Construction Discussion

7. China Mobile Overview The largest mobile operator in China. It has the largest network scale, the largest number of customers, leading profitability and brand value, and top market capitalization in the world. C ustomer I ndividual mobile voice, data, SMS, MMS, and VAS, etc. Organization Headquarters HK International Corporation 31 Province Branches Business Revenue $ 105 Billion Digital Transformation Revenue $23 Billion NO. of Mobile Customers 999 million NO. of Home Customers 218 million NO. of Enterprise Customers 18.8 million Emerging Market Revenue $5 Billion NO. of Site 5.5 million NO. of 5G Site 1.28 million H ome Home business Broadband, voice, and IPTV, etc B usiness Enterprise services Leased line, 5G slicing, etc. N ew Emerging Service IoT , ICT, Live Video, VR, etc.

8. AN Construction Process & Achievement Strategy Top-level Design Practice 2019.5 Propose AN concept Publish AN white paper V1.0 2021.1 Publish AN white paper V2.0 2021.2 Strategic Objectives - Reach L4 in 2025 Effectiveness Indicators for whole domain evaluation Reach ANL 1.8 2021.3 2021.7 Publish 《Automatic Driving Network 2021》 Propose " 234" architecture of ADN 2021.10 Update effectiveness indicators for specific domain and output 879 items 2021.11 Publish AN white paper V3.0 2021.12 Publish AN effectiveness indicator evaluation system V1.0 ； Reach ANL 2.1 2022.9 Publish AN white paper V4.0 2022.12 Reach ANL 2.7 Contribution to TM Forum Autonomous Network Levels Evaluation Methodology (IG1252) Autonomous Networks Business Requirements and Framework ( IG1218) Autonomous Network Whitepaper (IG1305) … ANL by end of 2022 2.7 Core O&M Automation Rate 80% AI O&M Capability 150 AI usage times per day 4 Billion AN Achievements Concept Proposer & Practice Pioneer

9. Inspur Cooperation with China Mobile Inspur has cooperated with China Mobile for 25 years and help him construct 4 generation OSS. 2013 ～ 2018 “4+1” OSS 2000 ～ 2012 Umbrella OSS 2019 ～ Now Autonomous Network NE/Devices Domain OSS Before 2000 OSS 1.0 OSS 2.0 OSS 3.0 OSS 4.0 EOMS Workflow Managed Service Knowledge Base O&M Portal Service Provisioning Configuration Resource Dispatch Asset Management Alarm Pre-processing Corporate Service Assurance Alarm Monitoring Performance Monitoring End-to-End Service Analysis Value/ Efficiency Analysis Customer Experience Mgt. Four Network  Convergence Interference Analysis Parameters Management Structure Analysis Frequency Planning /Optimization Data Sharing Layer Unified Collection Layer Resource Management Fault Management Performance Management Radio Optimization NE/EMS Inventory Management Monitoring Analysis Network Optimization Network service monitoring Knowledge Management EOMS Traffic Management Data Management Transmission Mgmt. P & E Management Enterprise Business Support Complaint Support Auto Drive Test Signaling Monitoring EOMS IDC Flow Control Emergency Scheduling Security Management ToC Scenario ToB Scenario Fault Center Resource Center Orchestration Center O&M Center Quality Center ToH Scenario W ireless Core TXN I P IDC Fixed PGW S GW H S S IT Data Sharing Platform General Technology Platform 5 Service Operation Center 2 Tech Support Platform N Network Operation Center N Applications & UCs Wireless Controller Core Controller TXN Controller IP Controller IDC Support System … Wireless OMC Core OMC IP O&M OMC TXN OMC NE/EMS Cloud/NFV/SDN

10. AN Practices ToC Scenario ToB Scenario Fault Center Resource Center Orchestration Center O&M Center Quality Center ToH Scenario W ireless Core TXN I P IDC Fixed PGW S GW H S S IT Data Sharing Platform General Technology Platform 5 Service Operation Center 2 Tech Support Platform N Network Operation Center N Applications & UCs Wireless Controller Core Controller TXN Controller IP Controller IDC Support System … Wireless OMC Core OMC IP O&M OMC TXN OMC System Number Practice Orchestration Center 15 Beijing, Sichuan, Hunan, Guizhou , Anhui, Chongqing, Tianjin, Jilin, Ningxia, Hebei, Shandong, Yunnan, Shanxi, Liaoning, Henan Resource Center 19 Shandong, Beijing, Jiangsu, Hebei, Liaoning, Sichuan, Hunan, Yunnan, Guizhou, Anhui, Shanxi, Chongqing, Tianjin, Jilin, Henan, Ningxia, Heilongjiang, Qinghai headquarters Fault Center 3 Shandong, Liaoning, Hunan Quality Center 10 Jiangsu, Hunan, Liaoning, Guangxi, Shanxi, Chongqing, Xinjiang, Gansu, Jilin, Heilongjiang O&M Center 9 Shandong, Jiangsu, Sichuan, Hunan, Anhui, Xinjiang, Ningxia, Yunnan, Hainan Data Sharing Platform 9 Jiangsu, Jiangxi, Chongqing, Shanxi, Tianjin, Xinjiang, Ningxia, Guangxi General Technology Platform 4 Shandong, Beijing, Anhui, Chongqing China Mobile ‘2+5+N’ Architecture

11. Content Inspur Practice Overview Typical Practice Story Sharing China Mobile Corporation Overview AN Construction Discussion

12. AN Construction of Hunan Branch Informatization End of 2021 Automation Intelligence End of 2025 L1 L2 L3 L4 L5 End of 2023 AN Construction Target 2021.3 L1.9 Hunan Mobile China Mobile Group 2021.11 L2.1 2022.12 L3.2 Vision and Target A rchitecture 1 AN Levels 2 Effectiveness Indicators 3 Operations Practices 4 A dopt generic ANL, domain-specific ANL and the corresponding evaluation methods to fully and objectively measure the ANL. Establishing operations practices to develop automated and intelligent capabilities for networks and support systems efficiency D evelop a mid- and long-term target architecture in order to guide AN construction. Using effectiveness indicators to measure the business value and service effectiveness of ANs ToC Scenario ToB Scenario Fault Center Resource Center Orchestration Center O&M Center Quality Center ToH Scenario W ireless Core TXN I P IDC Fixed PGW S GW H S S IT Data Sharing Platform General Technology Platform 5 Service Operation Center 2 Tech Support Platform N Network Operation Center N Applications & UCs Wireless Controller Core Controller TXN Controller IP Controller IDC Support System Compliant O&M Wireless OMC Core OMC IP O&M OMC TXN OMC Indicators 5 Domain: Wireless, Core, TXN, IP, Cloud 3 Business: Individual Mobile, Home, Enterprise 24 business indicators ， 732 function Indicators

13. Hunan Mobile Customer Scale Mobile Customers 49 million Home Customers 10 million 5G Sites 44,000

14. Project Team Establish Solution Team Solution Architect Business Analyst Data Architect Technology Architect Build Team Application Architect Application Developer Test Engineer Quality Control Implement Team Delivery Engineer Test Engineer Quality Control Try Run Team Operation Architect Test Engineer Quality Control Data Architect Warranty Team Operation Architect Operation L2 Maintenance L3 Operation L1 Project Manager Hunan Mobile PM Inspur PM ， Account Manager Program Committee H unan Mobile Representative Inspur Sponsor Steering Committee Inspur TD, SA Inspur HQ R&D Team Quality Assurance Inspur TD, SA H unan Mobile Technical Resp. Design Authority Hunan Mobile (15) Lead of construction target, timeline, AS-IS analysis, coordinate vendors, evaluation ANL Participant in design, delivery, acceptance Inspur (12 on-site) Lead of construction consulting & design, AN solution delivery Participant in AS-IS analysis, evaluation ANL Project Team (36 on-site) Hunan Mobile & Inspur Lead the project. Other vendors participant in the project.

15. Challenges & AS-IS Analysis In March 2021, Hunan Mobile started AN construction project, and organized O&M automation capability analysis . Based on 24 business indicators and 732 functional indicators, the AN level is estimated to be 1.9. 5 Domain Evaluation 3 Business Evaluation Comprehensive Evaluation for Branches ANL Evaluation Big Network Scale Multiple Device Vendors Complex Business New Tech. Requirement Full network domain and huge data volume, which gives performance pressure to systems. Dozens of equipment providers, the network is difficult to manage uniformly. Urgent demand to develop 2B and cloud network integration business, requires systems to support fast TTM. Some systems are old with obsolete technology and architecture

16. Orchestration Center - Inspur Resource Center - Inspur Fault Center - Inspur O&M Center - Inspur Quality Center - Inspur Domain Controller - Inspur Network Complaint O&M - Inspur System Upgrade 5G resource m anagement e nhancement Improve data quality of passive resource Provide business-oriented service support Provide network-oriented resource scheduling capability New Construction End-to-end orchestration for 2B and cloud network integration services Provide openness APIs to integrate with BSS systems System Replacement Business-oriented E2E demarcation and fault location capability Network-oriented awareness and prediction capability System Upgrade Strengthen the intellectualization of project acceptance and on-site inspection Decoupling and intellectualization of quality inspection rules System Upgrade Enhance the ability of early warning and demarcation of complaints New Construction Automatic configuration distribution, data verification, intelligent routing, network element patrol and professional analysis of the southbound network element System Upgrade Focus on strengthening the perception ability for business and customers, and strengthen the quality optimization verification ability BI - other vendor New Construction New business innovation platform to support rapid iteration of application scenarios CMP - other vendor System Upgrade Realize consistent operation, maintenance and experience of heterogeneous resources AN Construction Plan

17. AN Construction Effect ANL reaches L3.2 by the end of 2022 292 AN Scenarios, 36 L4 Scenarios, 732 Functional Indicators 22 Business Innovation, 9 Awards, 41% Award Rate Resource Center AN: 65 scenarios incl. 5 L3 and 12 L4 scenarios Capability: 19 domains, 1 b illion resources, 140 atomic capability Effect : Improve resource allocation efficiency by 35 % ; shorten average service provision time by 15% ; Increase resource integrity by 20% . Improve error correction speed by 50 % . Orchestration Center Quality Center AN: 19 scenarios incl. 5 L3 and 3 L4 scenarios Capability: 18 business workflows incl. 5G slicing, cloud & network integration and traditional service Effect : S horten average service provision time by 50 % ; AN: 34 scenarios incl. 28 L3 and 6 L4 scenarios Capability: E2E closed-loop analysis and CHBN quality mgmt.; Real-time monitoring of network operation performance; Average daily processing business data 128TB ; 59 atomic capability Effect: Improve network quality by 20% ; Reduce customer compliant by 25 % ;

18. AN Construction Effect Network Compliant O&M AN: 11 scenarios incl. 10 L3 and 1 L4 scenarios Capability: Complaint early warning for home and enterprise business One-stop intelligent complaint pre-processing, and 70 scenarios for individual 17 atomic capability Effect : Complaint interception rate reached 94% Average complaint handling time improve 63% Repeated complaints rate caused by network decrease to 5.8% , with a drop of 2 PP Fault Center AN: 135 scenarios incl. 131 L3 and 13 L4 scenarios Capability: 8 million daily alarms process, Manage 5G2B, cloud fault monitoring; Event alarm monitoring for all domains, with 255 rules Orchestrated demarcation and self-healing. 134 atomic capability Effect : Improve fault location accuracy by 20% ; O&M Center Domain Controller AN: 7 scenarios incl. 6 L3 and 1 L4 scenarios Capability: E2E fault and complaint process of 5G2B business; 300,000 O&M orders per month, APP 2.6 million times used per month 70 atomic capability Effect : Improve network O&M efficiency by 30% ; AN: 21 scenarios Capability: Support 9 types of data verification and auto production Support 5 types of devices intelligent inspection; Support intelligent routing capability; 69 atomic capability Effect: Improve data production efficiency by three times Save 2 manpower daily;

19. Hunan Mobile Resource Center Overview Network Scale Space Resource TXN Resource Wireless Resource Core Resource E&M Resource 2B Service Resource Home Service Resource Room Resource Resource Domain: 19 Data Resource: 1 billion + Data Volume: 1.3T + Model Number.: 229 API Number: 140 Outside Plant Resource … … E2E Lifecycle Mgmt. Workflows Other Control Workflows Asset Mgmt. Core Resource Mgmt. WLAN Resource Mgmt. P&E Resource Mgmt. Wireless Network Control Workflows 2G Site Termination LTE Site Rollout 2G Site Relocation LTE Site Adjustment 5G Site Batch Rollout 5G Site Expansion Resource Control Workflow Resource Change New Standard Address Resource Correction New Home Resource Home Resource Expansion Enterprise Resource Mgmt. Spatial Resource Control Workflows New Spatial Resource Spatial Resource Integration Spatial Resource Termination Spatial Resource Rename Spatial Resource Ownership Adjustment TXN Network Control Workflows TXN NE Rollout TXN NE Adjustment TXN NE Termination TXN NE Expansion 50+ workflow types 150,829 workflow instances Business Support Home Dept. Enterprise Dept. Planning Dept . Construction Dept. Network NOC Finance Dept. …… Support data production and verification of space, wireless and other professional resources. Support home broadband, voice, IPTV business activation and monitoring Provide survey and design capabilities for site, room, equipment and access methods of LL business. Support enterprise business activation and monitoring Carry out refined management of network costs such as electricity fees, rental fees, and maintenance fees. Provide resource models and data management for whole network domain. Support data consumption needs of such as centralized problem handling, network maintenance, and customer compliant support. Supports requirements of various departments and systems for resource data. Spatial Data Volume/month: 2500+ Wireless Data Volume/month: 2500+ Home pass Qty.: 12 million GB broadband user Qty.: 2 million Total LL activation Qty. ： 337,000 LL activation per month: 11000 Abnormal data after data check, Room: 550,000 Resource Point: 187,000 Total Data Volume: 1 billion Data Accuracy (%) ： 98 Network cutover process: 33 Order Qty./month: 50000+ 19 domains & 450 statistics Resource Coverage Check times/month: 1400

20. Resource Center - AS-IS Analysis & Construction Plan ANL L3.1+ by end of 2022 , with 2+visual recognition/data mining models 02 . Network planning: Lack of passive resource utilization monitoring and early warning 35 . Passive Data Collection Rely on manual operation, huge maintenance work 36 . Data Association Inflexible association rule configure to support various scenarios Realize early warning of utilization of key passive resources e.g. fiber core, pipe hole, FAT, ODF terminal R ealize intelligent AI recognition such as FAT, FDT panel , rack U position Realize terminal auto collection vis OCR Flexible & visual configuration capability for association Cross-domain topology and E2E service topology monitoring 37 . Data Verification Separately maintain by each dept. & Lack of professional tools caused low data accuracy A utomatic verification of data consistency, accuracy and relevance Data pre-verification for sharing data L2  L3 L1.7  L 3.5 L1.9  L3 L1.8  L3 Domain Scenario Core Capability Domain Business Individual Home Enterprise Wireless Core TXN IP Voice Data SMS Internet IPTV 5G Private Network Cloud LL IoT TXN LL HSI Resource Center Resource Data Mgmt. 35.Passive Data Collection 2.0 - 3.0 - - - - 3.2 - - - - - - 36.Data Association 3.0 2.0 1.7 2.0 2.0 2.0 2.0 1.6 1.6 1.0 1.0 1.0 1.6 1.6 37 . Data Verification 2.7 2.0 2.0 1.8 2.0 2.0 2.0 1.7 1.5 1.0 1.0 1.1 1.2 1.2 ANL L1.9 Effectiveness Indicators

21. Use Case- AI-based Passive Resource Collection Through rich AI algorithms , realize full-process , standardized, and digital resource control and operation, to enable various business scenarios. Accept a task Service V erification Task-driven mechanism leads to closed-loop resource verification Terminal Identification Rack U Identification Label Identification Fiber Cross Detection

22. Use Case- AI-based Passive Resource Collection Activate Existing Resource Quick Service Provisioning Activate 198,000 core km cables Simplify Inspection Process 25% 98% 90% 10% 12 Hrs 2.5 Hrs Retire Old Asset Release 9,993 Rack , 48 0,000 U position Save 88 million kwh Terminal Accuracy Auto Identify Accuracy Inspection Duration save 50,000 manpower Average Provision Time Successful Rate of reuse old cable

23. Content Inspur Practice Overview Typical Practice Story Sharing China Mobile Corporation Overview AN Construction Discussion

24. AN Construction Discussion Follow SDOs’ construction methodology TM Forum AN top-level design is recommended Industry Concept Organization Management Support System Set up a specific team with participations of all the departments and vendors Enablement of staff’s knowledge and skills High-level promotion with clear vision and target Fully support from management level is essential for continuous AN construction Unified and comprehensive resource management SO expansion to support all types of business such as 5G slicing, mobile, fixed home broadband, IoT , and ICT business Central service monitoring view to enable CCL and improve customer experience Platform capability

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