Technology Co., Ltd. All rights reserved. 云原生应用可观测性实践 向阳 @ 云杉网络 2021-12-08 simplify the growing complexity © 2021, YUNSHAN Networks Technology Co., Ltd. All rights reserved. 可观测性 - What & Why 云原生社区可观察性SIG-定义 demo! 目录 simplify the growing complexity © 2021, YUNSHAN Networks Technology Co., Ltd. All rights reserved. 可观测性的成熟度模型 1.0 基础支柱 2.0 ? 3.0 ? simplify the growing complexity © 2021, YUNSHAN Networks Technology growing complexity © 2021, YUNSHAN Networks Technology Co., Ltd. All rights reserved. 开箱即用的解决方案 Metrics, tracing, and logging 2017.02.21 Peter Bourgon simplify the growing complexity © 2021,

统一数据平台的落地思路及案例 构建统一的云原生应用可观测性数据平台 看云网更清晰 Simplify the growing complexity. 统一的可观测性数据平台 telegraf 看云网更清晰 Simplify the growing complexity. 挑战：数据孤岛、资源开销 数据 孤岛 资源消耗 telegraf 1. 可观测性数据平台的挑战 2. 解决数据孤岛：AutoTagging 统一数据平台的落地思路及案例 构建统一的云原生应用可观测性数据平台 看云网更清晰 Simplify the growing complexity. OpenTelemetry的方法 统一的上下文 以追踪为核心 看云网更清晰 Simplify the growing complexity. OpenTelemetry的方法 Tag, Exemplars (TraceID, SpanID) Tag & Tag 看云网更清晰 Simplify the growing complexity. 数据打通并不简单 ① Trace与「非Request scope」的Metrics 例如：响应Request A的实例在一段时间内做了多少次GC？ ① 看云网更清晰 Simplify the growing complexity. 数据打通并不简单 ② 应用、系统、网络的Metrics之间 例