TY/T 1008-2024 in English
VALIDGuidelines for troubleshooting sports event information technology
- Issued on:2024-07-05
- Implemented on:2025-01-01
- File Format:PDF
- Delivery:Via email within 2~4 business days
$368.00
| Standard No: | TY/T 1008-2024 |
| Document status: | VALID |
| Title in English: | Guidelines for troubleshooting sports event information technology |
| Title in Chinese: | 体育赛事信息化 故障处理导则 |
| Language: | English |
| File Format: | Electronic (PDF) |
| Delivery: | Via email within 2~4 business days |
| Issued on: | 2024-07-05 |
| Implemented on: | 2025-01-01 |
| ICS Classification: | 35.240.99-IT applications in other fields |
| Chinese Classification: | L67-Computer application |
| Professional Classification: | TY-Sports |
| Related Keywords: | sports event information technology introduction core values
sports events fault classification system fault data leakage may cause event interruption technical support standard system |
Introduction
Core Values of Standards and Technological Evolution
As the first industry standard specifically for information-based fault handling of sports events, TY/T 1008-2024 fills the gap in the technical support standard system for sports events in my country. The standard absorbs the technical support experience of large-scale events such as the Beijing Olympics and the Guangzhou Asian Games, and combines the application scenarios of new technologies such as cloud computing and 5G to build a systematic fault emergency response mechanism.
Analysis of fault classification system
| Fault type | Typical scenario | Scope of impact |
|---|---|---|
| Basic network category | Interruption of competition private network, failure of management private network | Affecting more than 12 core systems including on-site score system |
| Cloud resource category | Server downtime, load balancing failure | Leading to large-scale paralysis of business systems |
| Network security category | DDoS attack, data leakage | May cause event interruption and legal risks |
Four-level fault classification standard
Level I fault case: During an international event in 2022, the database of the central results system crashed, resulting in a 2-hour delay in medal statistics, which meets the Level I fault definition of "critical system interruption and no backup" in the standard.
Level III fault case: Some modules of the volunteer management system had a response delay, but the basic functions were normal, which was a Level III fault of "non-critical system performance degradation" defined in the standard.
Nine-step fault handling process
- Dual-channel information reporting (IT fault management system/emergency channel)
- Three-level analysis mechanism (technical team → venue manager → ITCC)
- Graded response (I/II level is handled by ITCC disposal team)
- Closed-loop management (must confirm the root cause solution)
Implementation suggestions
1. Plan formulation: It is recommended to formulate differentiated fault response plans for different event scales in combination with the flowchart in Appendix B of the standard
2. Drill focus: Special attention should be paid to the joint fault drill of the timing and scoring system and the TV subtitle system
3. Personnel training: It is recommended to establish a step-by-step training system in accordance with clause 6.2.2 of the standard to ensure that technical personnel master fault classification skills
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