云原生-可观测性-零侵扰采集-全栈可观测-分布式追踪-eBPF-Wasm-DeepFlow可观测性平台
DeepFlow旨在为复杂的云原生和AI应用提供深度可观测性。DeepFlow基于eBPF实现了应用性能指标、分布式追踪、持续性能剖析等观测信号的零侵扰(ZeroCode)采集,并结合智能标签(SmartEncoding)技术实现了所有观测信号的全栈(FullStack)关联和高效存取。
pchaigno | Paul Chaignon’s blog
PaulChaignon’sblogfocusesessentiallyontheeBPFtechnologyanditsverifiers.ArticlesmayincludebenchmarksofeBPFaspects,studiesoftheeBPFverifiers,summariesofacademicpapersrelatedtoeBPF,orcommentsoneBPFnews.
Head First eBPF | Linux/Kernel/XDP/BCC/BPFTrace/Cilium
深入浅出Linux内核BPF
Tetragon - eBPF-based Security Observability and Runtime Enforcement
WeareaproudCNCFprojecteBPF-basedSecurityObservabilityandRuntimeEnforcementTetragonisaflexibleKubernetes-awaresecurityobservabilityandruntimeenforcementtoolthatappliespolicyandfilteringdirectlywitheBPF,allowingforreducedobservationoverhead,trackingofanyprocess,andreal-timeenforcementofpolicies.TryTetragonWatchvideoTechleadersuseTetragonWhyTetragonMinimalOverheadeBPFenablesdeepobservabilitywithlowperformanceoverheadmitigatingriskswithoutthelatencyintroducedbyuser-spaceprocessing.
有性能问题,上HeapDump性能社区
学习性能知识、交流性能经验、寻求性能服务、招揽性能人才,有性能问题,上HeapDump性能社区。HeapDump性能社区是国内首个专注性能领域的技术社区,十几万开发者在这里讨论和分享JVM/Java/Linux操作系统/数据库/中间件/前端/客户端等性能相关技术,并积累了大量内存泄漏、线程阻塞、FullGC、数据库和中间件等性能问题和诊断调优实践案例,同时还有几十个阿里腾讯百度华为的性能技术专家通过性能问答、性能课程、性能训练营等形式常驻为您传道授业答疑解惑。
eBPF - Introduction, Tutorials & Community Resources
eBPFisarevolutionarytechnologythatcanrunsandboxedprogramsintheLinuxkernelwithoutchangingkernelsourcecodeorloadingakernelmodule.