This article details the end‑to‑end redesign of Quora Travel's Watcher monitoring platform from minute‑level to second‑level precision, covering architectural changes, storage engine migration, client‑side metric collection, server‑side scheduling, dashboard and alarm adaptations, and the resulting operational improvements.
This article compares popular log aggregation stacks—ELK, EFK, and the PLG combination of Promtail, Loki, and Grafana—detailing their components, architecture, and trade‑offs for cloud‑native environments such as Kubernetes.
Bilibili’s one‑stop Big Data Cluster Management Platform (BMR) consolidates HDFS, Spark, Flink, ClickHouse, Kafka and other services into a unified system that evolved through four stages—standardization, metadata‑driven construction, containerization, and observability—addressing node consistency, scaling, fault self‑healing, and resource optimization while delivering elastic scaling, automated start/stop, and future cost‑saving and stability enhancements.
This article explains how Spring Boot 3.2 can be accelerated with Class Data Sharing, virtual threads, GraalVM native images, ProblemDetail error handling, and new observability features, providing practical commands and code examples for faster startup, lower memory usage, and richer monitoring.
This article explains how Prometheus generates and sends alerts, covering the definition of alert rules with PromQL, grouping, templating, configuring evaluation intervals, deploying a custom alert receiver in Kubernetes, and analyzing alert payloads and delivery frequency, while also detailing alert silencing and resolution behavior.
This article explains how to use Alibaba Service Mesh (ASM) to register large language model (LLM) providers, configure LLMProvider and LLMRoute resources, and implement traffic routing, observability, and security for LLM services through step‑by‑step Kubernetes manifests and curl tests.
Learn how to enable comprehensive observability in Spring Boot 3.2.5 by leveraging Micrometer’s @Timed, @Counted, and @MeterTag annotations, configuring Actuator endpoints, and customizing aspects to monitor method execution time, request counts, and parameters, complete with practical code examples and Prometheus integration.
This article explains what OpenTelemetry is, its core components, key terminology, benefits, usage steps, and detailed architecture—including APIs, SDK pipelines, and the collector—providing a comprehensive overview for developers and operators seeking vendor‑neutral observability solutions.
The Cloud Native Computing Foundation (CNCF) has officially welcomed Huawei Cloud’s open‑source high‑performance time‑series database project openGemini, highlighting its role in advancing cloud‑native database technology, supporting massive observability data storage and analysis, and fostering community growth and industry adoption.
This article discusses essential Kubernetes monitoring topics, including cost tracking, tool selection, observability frameworks, responsibility allocation, baseline establishment, namespace best practices, the importance of monitoring, backup solutions, and a comparison of Datadog versus Splunk for metrics.
This article details how a large restaurant chain leveraged the open‑source Sentinel framework to implement comprehensive traffic protection, rate limiting, and circuit‑breaking across millions of daily orders, describing challenges, design choices, high‑availability rule distribution, monitoring, user‑experience considerations, and providing Java code examples for integration.
This article explains the concept of observability, details Prometheus metric definitions and types, and provides Go code examples for exposing, defining, generating, and scraping business‑level metrics in a Kubernetes‑based cloud‑native environment.
This article explains the fundamentals of distributed tracing in microservice environments, introduces OpenTracing standards, details SkyWalking's architecture and sampling strategies, evaluates its performance against competitors, and shares practical company adaptations such as custom plugins, forced sampling, and trace ID logging.
Jaeger is an open‑source, CNCF‑graduated distributed tracing system built by Uber, and this guide explains its core concepts, architecture, sampling strategies, and various deployment options—including all‑in‑one, Kubernetes, and OpenTelemetry—plus how it compares with other tracing tools.
Meituan’s Tech Salon Session 77 describes how the company built a generic JavaScript‑hooking SDK packaged as an NPM module to give mini‑programs on platforms such as WeChat, Alipay and Kuaishou observable and controllable capabilities across UI, storage, network and system layers, enabling automated cache management, request mocking, state inspection and visual diff testing, which the ticket team leveraged to achieve over 30 % test scenario coverage, 100 % page coverage and discover hundreds of defects, while outlining future plans to stabilize and expand the framework.
iLogtail 2.0 introduces an SPL processing mode that outperforms Logstash’s filter plugins in functionality, resource consumption, and throughput across multiple test scenarios, offering lower CPU and memory usage, faster start‑up, and superior handling of complex JSON and high‑volume log streams.
Qunar’s Watcher monitoring platform was upgraded from minute‑level to second‑level precision, redesigning storage, data collection, and alerting pipelines, adopting VictoriaMetrics, enhancing client SDKs, and adding fine‑grained alarm rules, which reduced fault detection from four minutes to under one minute while improving reliability and scalability.
This article explains a new visualized full‑chain log tracing solution that organizes business logs by logical flow, dynamically links them during execution, and provides a visual, searchable view of the entire business process, dramatically improving issue localization in large‑scale distributed systems.
This article explains the background of metrics in cloud‑native systems, shows how to expose custom Prometheus metrics using OpenTelemetry's MeterProvider, compares different exporters, and provides a complete Pulsar client example with code snippets and configuration for end‑to‑end observability.
This article recounts a two‑year journey of moving from Ansible‑based EC2 deployments to a Kubernetes‑centric platform, detailing motivations, migration strategies, operational challenges, tooling choices, cost considerations, and practical lessons for teams contemplating a similar cloud‑native transformation.
This article introduces eBPF, explains its zero‑intrusion observability advantages, describes its architecture and runtime workflow, outlines development prerequisites and compilation steps, and provides concrete Go‑based examples for tracing bash commands and measuring TCP connection latency.
The article describes a unified front‑end observability platform that standardizes data‑point collection via a common SDK, automatically generates health and business dashboards, integrates real‑time monitoring and heatmaps, and has been adopted on 140 pages, delivering faster first‑screen loads, lower error and bounce rates, and higher conversion.
The article examines how the shift to Software‑Defined Vehicles introduces complex performance engineering challenges across software, hardware, and organizational domains, and proposes an engineering‑driven, continuous‑observability approach—including modeling, monitoring, iterative optimization, and specialized team structures—to sustainably improve automotive software performance.
AI gateways have emerged as essential infrastructure for modern AI applications, offering specialized security, load balancing, cost management, and observability that go beyond traditional API gateways, and understanding their differences and deployment considerations is crucial for developers and ops teams.
This article explains how to extend eBPF to make virtio‑net NIC queue metrics observable, walks through the front‑end send/receive flow, defines key queue indices, integrates the probes into the rtrace tool, and demonstrates fault detection with real‑time data.
This article details Huya's transition from fragmented, non‑standard monitoring solutions to a unified OpenTelemetry‑based platform, covering project background, pain points, design decisions, SDK architecture, data pipeline, storage, alerting, root‑cause analysis, and future plans, highlighting the benefits of standardization and zero‑cost service integration.
This article explains the evolution of iLogtail from a single‑file collector to a multi‑language, plugin‑based observability pipeline, outlines the motivations for refactoring, describes the new unified data model, plugin abstractions, pipeline design, configuration management, hot‑reload mechanisms, and the separation of enterprise and open‑source code, providing a comprehensive view of the architectural upgrade.
This article explains the unique business characteristics of large‑scale supercomputing workloads, outlines the observability challenges they pose, and details how Alibaba Cloud Prometheus host monitoring provides automated service discovery, rapid probe deployment, fine‑grained metrics, and ready‑to‑use Grafana dashboards to achieve second‑level monitoring at massive scale.
This article explains why distributed tracing is essential for modern cloud‑native systems, outlines the three toughest problems—instrumentation, data collection, and context propagation—and shows how Alibaba Cloud ARMS and OpenTelemetry provide a comprehensive, multi‑language solution for end‑to‑end traceability.
The article explains how zero‑intrusion eBPF provides full‑stack, high‑quality observability data that, when combined with large language models, enables AI‑driven agents to automate ticket handling, change impact analysis, and vulnerability triage, dramatically improving operational efficiency.
This article explains how to build a robust observability system for cloud‑native microservice architectures, detailing the three core signals—metrics, traces, and logs—common challenges such as complexity and data silos, and presents Yanhuang Data’s integrated platform with unified data collection, storage, analysis, and visualization solutions.
The article analyzes why Prometheus sometimes returns inaccurate metric values, revealing the design trade‑offs that favor efficiency over precision, and walks through common pitfalls in rate/increase calculations, histogram P99 estimation, and practical recommendations for choosing scrape intervals and query windows.
This article demonstrates how to set up Prometheus alerting rules to monitor Kubernetes Pod phases, explains the different Pod states, provides example alert expressions, and discusses practical solutions to avoid false alarms during deployments.
The presentation explains how large‑model agents empower AIOps by automating routine tasks, enhancing anomaly detection, fault diagnosis, and remediation, while outlining architectural components, multi‑agent collaboration, and future directions for building self‑healing, observability‑driven operations platforms.
This article compares Prometheus and Zabbix, covering their histories, architectural differences, storage models, configuration complexity, community activity, and container support, to help you decide which monitoring solution best fits physical servers or cloud-native environments.
This article explains cloud‑native architecture, covering its definition, core concepts such as microservices, containerization, automation, storage, networking, and the guiding principles of service orientation, elastic scaling, and observability that together enable highly available, scalable, and agile applications.
This technical presentation details Vivo's end‑to‑end big‑data architecture, the evolution from Kafka to Pulsar for massive message processing, deployment strategies, high‑availability mechanisms, observability practices, and future plans for cloud‑native, containerized messaging middleware.
This comprehensive guide explores the complexities of building enterprise‑level Retrieval‑Augmented Generation (RAG) systems, detailing common failure points, architectural components such as authentication, input guards, query rewriting, document ingestion, indexing, storage, retrieval, generation, observability, caching, and multi‑tenant considerations, and provides actionable best‑practice recommendations for developers and technical leaders.
Guider, a Python‑based Linux observability suite created by Hyundai engineer Peace Lee, offers over 150 command‑line tools for real‑time performance monitoring, resource tracing, automated reporting, and visualizations, enabling developers to diagnose slow startups, crashes, GPU stalls, and system resets with microsecond precision.
In 2024 the author reflects on a decade of backend evolution and shares a practical, experience‑driven guide to the cloud‑native stack—including Kubernetes, multi‑cloud strategies, DevOps tooling, service mesh, observability, and message‑queue choices—tailored to teams of different sizes.
The team successfully employed eBPF dynamic tracing to obtain full Java call‑stack traces from any point in an OpenJDK 8 JVM process with microsecond‑level overhead, without requiring any JVM agents, bytecode injection, or code modifications, making it suitable for production environments.
This article explains how the SLS Processing Language (SPL) enables interactive, pipeline‑based log analysis in cloud‑native environments, covering the challenges of unstructured log data, Unix‑inspired exploration, SPL syntax, key commands, and practical examples for efficient querying and transformation.
This article explains how the SLS Processing Language (SPL) brings Unix‑style pipelined, interactive log exploration to cloud‑native observability, detailing why logs are unstructured, how SPL’s unified syntax works, and which commands simplify field projection, enrichment, filtering, and semi‑structured data parsing.
Alibaba Cloud Log Service (SLS) offers a serverless, high‑availability, low‑cost alternative to self‑built ELK stacks, providing comparable Elasticsearch and Kafka compatibility, superior storage, query, and alerting capabilities, and streamlined migration paths, making it a compelling choice for large‑scale observability workloads.
This article details how ByteDance's cloud‑native observability team tackled performance bottlenecks in their metricserver2 Agent—reducing memory copies, merging tiny packets, applying SIMD for tag parsing, and switching compression libraries—to cut CPU usage by over 10% and memory usage by nearly 20% while handling petabyte‑scale metric data.
Tencent Docs transformed its high‑traffic Collection Form by refactoring a monolithic C++‑style service into 19 loosely‑coupled vertical services with light‑heavy separation, database isolation, async Kafka pipelines, and full observability via Tianji, achieving dramatically improved stability, millisecond‑level sync, reliable export, and faster incident resolution.
The article explains that platform engineering extends far beyond basic infrastructure, highlighting its core pillars such as automation, composability, agility, observability, and the essential role of collaboration and culture in creating value‑driven, cloud‑native software delivery.
This guide explains why distributed tracing is needed, how Istio uses Jaeger as the tracing backend, the required request‑header propagation, step‑by‑step deployment of Jaeger and the Bookinfo demo on Kubernetes, and how to inspect and interpret the generated spans.
This multi‑chapter guide provides in‑depth, hands‑on instruction for configuring and optimizing all Prometheus components, exploring Kubernetes monitoring, source‑code analysis, custom exporter development, high‑availability setups, service discovery, resource‑efficient scraping, and integrating Thanos for long‑term storage.
This article explains the fundamentals of distributed tracing, why it’s essential for complex microservice architectures, the core concepts and mechanisms behind it, and compares popular tracing frameworks such as Zipkin, Spring Cloud Sleuth, Jaeger, and Pinpoint.
This article explains the motivations behind iLogtail's architectural redesign, details the evolution from a single‑file C++ collector to a modular pipeline with Golang plugins, outlines the refactor goals and implementation practices, and reflects on the challenges and outcomes of the six‑month effort.
This article reviews the ten most important open‑source monitoring and observability tools for modern DevOps teams in 2024, outlining each tool's key features, advantages, disadvantages, and how they compare for performance, scalability, cost and ease of use.
The article explains why collective communication is critical for distributed large‑model training, outlines the new requirements for system reliability, and introduces Baidu’s Collective Communication Library (BCCL), detailing its enhanced observability, fault‑diagnosis, stability, and performance optimizations that raise effective training time to 98 % and bandwidth utilization to 95 %.
The article details how a Node‑based business gateway for QQ Channel services replaced legacy RPC with a lightweight tRPC solution, achieving ten‑fold latency reduction, higher QPS, improved security and availability, and added observability through logging, metrics, and a WebSocket push layer.
This article shares a decade‑long journey of designing and scaling the QQ front‑end unified access layer, covering business background, overall architecture, solution comparisons, core challenges, observability, and performance optimizations while reflecting on practical lessons for large‑scale front‑end systems.
This comprehensive guide explains Prometheus' architecture, metric collection models, storage format, query language (PromQL), alerting workflow, configuration reload methods, metric types, custom exporters, and how to visualise data with Grafana, providing a complete end‑to‑end monitoring solution.
This article explains how to design and implement a traffic distribution diagram for an observability system, covering current cloud‑native tooling, data standardization, transformation, traffic‑flow modeling, aggregation, storage with ClickHouse, and visualisation techniques such as Sankey diagrams.
Baidu’s Collective Communication Library (BCCL) enhances large‑model distributed training by improving real‑time bandwidth monitoring, fault diagnosis, network stability, and performance, leveraging RDMA networks and GPU‑specific optimizations to increase effective training time to 98% and bandwidth utilization to 95%.
This guide walks you through deploying OpenTelemetry in Kubernetes, covering the purpose of otel‑collector, installation via manifests or Helm, the three deployment patterns (No‑Collector, Agent, Gateway), running the otel‑demo, and detailed configuration of receivers, processors, exporters, connectors, extensions, and service pipelines.
Perfetto’s tracing system links multiple producers to a single consumer via shared‑memory buffers, where careful sizing of pages, chunks, and central buffers, along with tuned protobuf encoding and scheduling priorities, mitigates CPU overhead and prevents data loss, enabling reliable observability on Android devices.
Facing poor observability, high resource waste, and unstable releases, QingTuan’s flexible‑workforce platform transformed its monolithic and SOA systems into a cloud‑native micro‑service architecture using Alibaba Cloud ACK, MSE, ARMS, and Prometheus, achieving higher availability, elastic scaling, and up to 50% infrastructure cost reduction.
iLogtail 2.0 replaces the monolithic, file‑oriented design of its predecessor with a modular pipeline configuration, new input/processor/output plugins, a refreshed API, SPL processing, finer‑grained parsing controls, nanosecond‑level timestamps, enhanced observability, and performance improvements, while providing compatibility guidance for both commercial and open‑source editions.
The veteran front‑end engineer chronicles a decade of building QQ’s large‑scale products, detailing how the new Frontend Unified Access Layer replaced fragmented SDKs with a high‑performance, scalable, secure gateway built on an internal http2rpc framework, while tackling legacy protocol coexistence, observability, alert fatigue, and targeted performance optimizations.
This article explains how to design and implement Prometheus metrics for application monitoring, covering the selection of monitoring targets, golden metrics, label conventions, naming rules, histogram bucket choices, and Grafana visualization tricks to help engineers build reliable observability pipelines.
McDonald's engineering team built a fast, reliable, and flexible continuous integration system by leveraging reusable GitHub Actions workflows, centralizing CI code, defining a golden‑path pipeline, balancing developer autonomy, and adding observability across multilingual microservices, improving productivity and maintainability.
This article provides a comprehensive comparison between Zabbix and Prometheus, covering their functional architecture, metric collection methods, data storage, query capabilities, visualization options, and alerting mechanisms, helping readers decide which monitoring system best fits their enterprise needs.
Observability in distributed systems combines event logging, aggregated metrics, and request tracing—each offering distinct trade‑offs in detail, storage, and overhead—and while the ELK stack dominates log and metric handling, tracing solutions such as EagleEye and SkyWalking differ by protocol and language, prompting many teams to adopt unified, cloud‑native platforms like Alibaba Cloud’s Log Service for lower cost, real‑time analysis and simplified management.
The article details Minsheng Bank's step‑by‑step journey from traditional network monitoring to a full‑stack, zero‑intrusion observability platform built with DeepFlow, vTap, distributed data collection, and eBPF, illustrating concrete case studies and future plans for expanding business‑level monitoring.
This article explains monitoring fundamentals, distinguishes black‑box and white‑box approaches, outlines key metrics and their aggregation, and provides a comprehensive guide to Prometheus architecture, data model, query language, and practical examples for CPU, memory, and disk usage monitoring.
This article walks through the complete design and implementation of full‑stack distributed tracing for Go‑based microservices, explaining correlation IDs, OpenTracing concepts, component roles, client and server code, database and service call tracing, compatibility issues, and best‑practice design guidelines.
This article explains how the eBPF‑based ARMS monitoring solution provides non‑intrusive, language‑independent observability for cloud‑native microservices by addressing the shortcomings of traditional protocol parsers with a low‑overhead, real‑time parsing architecture.
This article explains the concept of distributed tracing, outlines its underlying principles in Java, details step‑by‑step implementation using popular SDKs, and describes common application scenarios such as performance monitoring, fault diagnosis, complex event handling, traffic analysis, and system optimization.
Cloud Music’s middleware team built the Pylon APM monitoring system on VictoriaMetrics, combining exporters, vmagent, Nacos, Flink‑based pre‑aggregation recording rules and vminsert for collection with Grafana, a custom Proxy and vmselect for querying, achieving millisecond‑level latency, metric‑trace correlation, stability improvements, and cost‑effective storage for nearly 700 million active time series.
The article explains how Tencent Cloud APM implements full‑link tracing using OpenTelemetry standards, addresses challenges such as protocol compatibility, massive trace storage, and bytecode overhead with solutions like conversion gateways, tail sampling and thread profiling, and showcases best‑practice scenarios for topology analysis, front‑end/back‑end integration, and log‑trace correlation within the broader TCOP observability suite.
This article explains the principles and benefits of distributed tracing systems, introduces OpenTracing standards, details SkyWalking’s architecture and mechanisms for automatic span collection, context propagation, unique trace IDs, sampling strategies, and performance impact, and shares practical implementation experiences and custom plugin development within a real‑world microservice environment.
The article explains how combining traditional monitoring with modern observability, supported by data quality practices and unified workflows, enables more reliable, scalable, and insightful application performance management in agile and cloud‑native environments.
Facing exploding metric volumes, high resource consumption, and fragile operations, Xiaohongshu's observability team completely rebuilt its metrics pipeline using Victoriametrics, achieving ten‑fold performance gains, minute‑level scaling, high‑availability, cost reduction, and robust multi‑cloud active‑active deployment while preserving data safety and query speed.
Facing growing task volumes and diverse workload types, we upgraded our data development platform's scheduling engine to Apache DolphinScheduler, detailing the migration process, architectural enhancements, stability and observability improvements, multi‑tenant support, and the resulting performance gains and future roadmap.
This article details the complete redesign of our internal APM system, covering the motivations, architecture choices, metric collection pipeline, integration of VictoriaMetrics and VMAlert, metric and alert design principles, implementation steps, visualizations, performance gains, and future plans for scaling and SaaS‑ification.
This guide translates and condenses six frequent errors new Prometheus users make—high‑cardinality labels, losing valuable tags during aggregation, using bare selectors, omitting the for field, choosing too‑short rate windows, and applying rate‑related functions to wrong metric types—offering practical fixes to improve monitoring reliability.
The article details Tencent Search’s end‑to‑end stability engineering practice, covering a ten‑step architecture that combines redundancy, proactive detection, rapid emergency response, automated cut‑over, defensive caching, and continuous drills, and shows how these measures collectively reduced mean‑time‑to‑detect and mean‑time‑to‑recover by an order of magnitude while keeping service availability high.
The article explains the importance of CI/CD observability, outlines common pipeline problems, introduces Grafana's GraCIe plugin built on OpenTelemetry, and discusses how enhanced visibility can improve reliability, decision‑making, and future standardization across CI/CD platforms.
This article details Bilibili's end‑to‑end technical planning, traffic‑estimation models, and concrete optimizations—including hotspot caching, traffic dispersion, long‑connection isolation, and automated fault‑injection—that enabled the S13 League of Legends finals to serve over 1.2 billion viewers with stable, low‑latency streaming.
This article details how SelectDB’s inverted‑index, Variant data type, and sampling capabilities were integrated into GuanceDB to replace Elasticsearch, achieving up to 70% storage cost reduction, 2‑4× query speed improvement, and a ten‑fold overall cost‑performance boost for log analytics and observability workloads.
This article presents Qunar Travel's "system slimming" project, describing how observability techniques, a two‑stage strategy, and automated tooling were used to identify and remove unused services and code, achieving a 50% reduction in code size, a 26% cut in services, and measurable improvements in reliability and release efficiency.
Grafana Labs engineer Bryan Boreham explained at KubeCon how a series of code changes, label optimizations, and Go runtime tuning reduced Prometheus memory consumption by roughly 50%, detailing the technical challenges, solutions, and measurable impact on modern monitoring deployments.
This guide walks through setting up Azure OpenAI (GPT‑4) as a connector for Elastic Observability’s AI Assistant, covering prerequisites, Azure resource creation, connector configuration, URL formatting, and practical examples of log analysis and chat‑based troubleshooting.
The missing trace data in two Go services was caused by the GoFrame tracing middleware recording the gzip‑compressed /metrics response body as a UTF‑8 string, which the OpenTelemetry exporter rejected as invalid UTF‑8; disabling Prometheus compression or decompressing the body before logging resolves the issue.
After a series of change‑induced outages in early 2023, Bilibili instituted a comprehensive change‑management framework—including a preventive change platform, a central control system, quality and monitoring tools, strict gray‑release policies, observability checks, and rapid rollback mechanisms—to dramatically cut emergency incidents and embed a reliability‑first culture.
The article explains why comprehensive logging is essential for internet startups, outlines the three stages of a log system, details log levels, required fields, best‑practice principles, collection architectures such as local files and ELK, and how collected logs support monitoring, debugging, and analytics.
Spring Boot 3.2, released shortly after Java 21, brings a host of enhancements such as virtual thread support, CRaC checkpoint restore, SSL bundle reloading, improved observability, new RestClient and JdbcClient, Jetty 12, Pulsar, Kafka and RabbitMQ SSL, redesigned nested JAR handling, Docker image build upgrades, and a comprehensive video walkthrough by Josh Long.
This article explains the principles of distributed tracing, the OpenTracing standard, SkyWalking's architecture and sampling strategies, and shares practical company implementations and custom plugins that help locate performance bottlenecks in micro‑service systems.
Facing data growth, reliability demands, and high maintenance costs, a company redesigned its logging stack by replacing ELK with a Kubernetes‑native pipeline built on Log‑Pilot, Vector, and ClickHouse, achieving lower cost, higher performance, and seamless migration while preserving familiar query interfaces.
At KubeCon China 2023, experts Liu Kai and Dong Shandong presented a three‑part deep dive into Kubernetes observability challenges, demonstrating how eBPF enables comprehensive data collection across all stack layers, seamless integration, and intelligent root‑cause analysis through dimension attribution, anomaly bounding, and fault‑tree methods.
The article introduces Dubbo‑go 3.2’s comprehensive upgrade, focusing on the Triple protocol’s gRPC and HTTP compatibility, simplified API, service‑governance features, code examples for server and client, configuration‑driven deployment, built‑in observability, traffic‑management capabilities, and the modular plugin architecture.
This article describes how Huya built a unified metadata platform to break data silos across its SRE systems, enabling standardized data ingestion, correlation, and analysis that improve resource governance, root‑cause diagnosis, and overall cost‑efficiency for large‑scale live streaming services.
ChaosMeta V0.6.0 introduces DNS and log injection capabilities, lossless fault injection concepts, automated experiment orchestration with atomic tasks, and a roadmap for multi‑cloud support and advanced metrics, aiming to solve the last‑mile challenge of continuous automated chaos experiments in production environments.
The Industrial and Commercial Bank of China software development center created an SRE panoramic monitoring view system that unifies data channels, standardizes metrics, offers multi‑dimensional dashboards, and introduces an intelligent Ops Assistant, dramatically improving fault detection, response speed, and cross‑team operational efficiency.
This article details the redesign of a company’s logging infrastructure—from an ELK‑based solution to a ClickHouse‑powered architecture—highlighting the motivations, key requirements, component choices, configuration examples, performance optimizations, and the resulting cost and storage benefits.
This article details Bilibili's evolution of its log system from an Elastic Stack‑based solution to a ClickHouse‑backed architecture with OpenTelemetry, describing the challenges of cost, stability, and scalability, the new components such as Log‑Agent, Log‑Ingester, and a custom visualization platform, and the performance gains and future directions.
