云原生环境下可观测性模型应用研究  

Research on Application of Observability Model in Cloud Native Environment

作　　者：杨晨 童博 赵纯熙 Yang Chen;Tong Bo;Zhao Chunxi(China Information Technology Designing&Consulting Institute Co.,Ltd.,Beijing 100048,China)

机构地区：[1]中讯邮电咨询设计院有限公司,北京100048

出　　处：《邮电设计技术》2025年第1期66-72,共7页Designing Techniques of Posts and Telecommunications

摘　　要：针对传统可观测性系统存在的数据孤岛、建设冗余、数据关联度不高等问题,提出一种云原生环境下可观测性模型。通过对多源可观测数据进行集成融合,采用无侵入式可观测性数据的采集和追踪方法,构建统一可观测数据标签体系,实现云原生下应用程序全链路可观测数据的追踪、可视和持续分析。实验结果表明,提出的可观测性模型对性能带来的影响最大不超过6%,在链路追踪效果上具有较强的优势。In response to the problems of data silos,redundant construction,and low data correlation in traditional observability systems,it proposes an observability model in cloud native environment.By integrating and fusing multi-source observable data,and using non-invasive method for collecting and tracking observability data,a unified observable data label system is constructed to realize the tracking,visualization,and continuous profiling of observable data throughout the entire chain of cloud native applications.The experimental results show that the observability model proposed has a maximum impact on performance of no more than 6%,and has a strong advantage in link tracking performance.

关 键 词：可观测性 eBPF技术 数据标签 云原生 

分 类 号：TN915[电子电信—通信与信息系统]