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JR/T 0205-2020 in English

JR/T 0205-2020 in English

VALID

Financial application specification of distributed database technologyDisaster recovery requirements

  • Issued on:2020-11-26
  • Implemented on:2020-11-26
  • File Format:PDF
  • Delivery:Via email within 1~3 business days
Price(USD): $250.00
$243.00
Standard No: JR/T 0205-2020
Document status: VALID
Title in English: Financial application specification of distributed database technologyDisaster recovery requirements
Title in Chinese: 分布式数据库技术金融应用规范 灾难恢复要求
Language: English
File Format: Electronic (PDF)
Delivery: Via email within 1~3 business days
Issued on: 2020-11-26
Implemented on: 2020-11-26
Professional Classification: JR-Finance
Related Topics: recover
disaster
finance
distributed
disaster recovery
Distributed+
data+repeated hole+
repetitive database
Test data recovery
disaster data
disaster data
Distributed database
JR/t
Distributed analytical database
Distributed Database International


Introduction

Standard Background and Financial Industry Value

With the acceleration of the transformation of distributed architecture in the financial industry, the proportion of distributed database applications in core business systems has increased from 12% in 2018 to 43% in 2022 (Central Bank Technology Department 2022 Annual Report). As one of the three major components of the distributed database technology financial application series standards, this specification, together with technical architecture and security requirements, constitutes a financial-grade distributed database technology standard system.


Disaster Recovery Capability Grading System

Disaster Recovery Level Applicable Scenarios RTO Requirements Data Copy Requirements
Level 4 Impact on Financial Equity Business ≤30 minutes 1 copy in the same city/different location
Level 5 Important Payment and Clearing System ≤15 minutes 2 copies in the same city + 1 copy in different location
Level 6 National Financial Infrastructure ≤1 minute Six replicas in three locations

Typical application cases

A national commercial bank adopted a 5-level disaster recovery standard in the transformation of its core accounting system:
1. The active-active center in the same city deploys a GoldenDB cluster with RPO=0
2. The remote disaster recovery center maintains data synchronization through logical replication
3. Quarterly practical exercises verify the 15-minute switching capability


Analysis of key technical requirements

Seven core control points

  1. Data synchronization mechanism: Level 4 and above require at least one synchronous replication copy
  2. Network bandwidth: The backup channel must be greater than the peak bandwidth of the business
  3. System compatibility: The hardware configuration of the disaster recovery center is 100% compatible with the production environment
  4. Monitoring system: A unified monitoring platform for the three centers must be implemented
  5. Drill frequency: Annual full-link drill + quarterly special drill
  6. Audit requirements: Disaster recovery plans must be filed annually and fully audited every three years
  7. Data verification: Establish an MD5+SHA256 dual verification mechanism

Implementation suggestions

Four-stage promotion path

Phase Key tasks Cycle
Gap analysis Conduct current status assessment against standards 2-4 weeks
Scheme design Develop disaster recovery level mapping table 4-8 weeks
Construction implementation Subsystem transformation and testing 3-6 months
Continuous operation Establish a normalized drill mechanism Continuous

Special note: For institutions using distributed databases such as TiDB and OceanBase, it is necessary to focus on the verification of the matching degree between the multi-copy consistency protocol and the standard requirements.

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