
Explore continuous verification as a new discipline for sensitizing teams to system safety boundaries in complex socio-technical ecosystems. Learn to anticipate and prevent gradual system failures.

混沌工程项目ChaosBlade的发展历程、功能和未来规划。介绍其实验模型、工具能力、平台特性,以及在云原生高可用性方面的应用和商业化探索。

深入探讨TAG应用交付:简化Kubernetes应用部署,改善开发体验。介绍运营商、混沌工程等最新进展,分享CNCF项目反馈和云原生应用交付趋势。

深入探讨Chaos Mesh开源混沌工程工具,了解其架构、Kubernetes集成和独特功能。通过实例和最佳实践,探索如何利用Chaos Mesh提高系统可靠性和弹性。

Challenging "Zero Trust" in cloud-native security, this talk explores trust as an observer's decision, debunks myths, and offers strategies for managing trust in cloud environments.

Explore strategies for designing and operating reliable cloud services, including failure analysis, design recommendations, and best practices for managing cloud environments.

Explore observability's role in merging, scaling, and DevSecOps. Learn how Dustin Web Development harmonized their monitoring landscape for improved efficiency and security.

Explore strategies for integrating reliability into software development, focusing on proactive approaches and best practices for robust, dependable systems.

Explore strategies for creating resilient organizational structures through personnel chaos engineering, enhancing adaptability and stability in the face of unexpected challenges.

Discover modern best practices for accelerating innovation through continuous delivery, cloud-native architecture, and chaos engineering, drawing from global organizational experiences and practical implementations.

Explore Security Chaos Engineering for proactive cloud-native security. Learn to inject controlled faults, analyze mechanisms, identify blind spots, and enhance resilience against cyber threats.

Explore CNCF project updates from industry experts, covering Chaos Mesh, argoflux, Longhorn, Operator Framework, cri-o, Falco, NATS, Jaeger, Prometheus, Rook, and Helm.

Explore cloud-native feature flags with Open Feature, enabling experimentation across Kubernetes workloads. Learn about FlagD, design choices, and collaborative efforts in this emerging technology.

Explore tactical cloud federation challenges and solutions for edge computing, featuring Liqo, TAS, OLSR, and Chaos Mesh in a resilient, distributed, and collaborative computation model.

Explore emergent load testing techniques to simulate real-world chaos in production systems. Learn to create adaptive scripts that autonomously evolve based on runtime feedback for more robust application testing.

Explore test automation's benefits and hidden risks through Jenkins project examples. Learn to recognize costs, manage risks, and enhance test value for more effective software delivery.

Explore service mesh observability and reliability using Chaos Engineering. Learn to enhance performance with Litmus Chaos and Kiali, preventing issues and improving troubleshooting in complex microservice architectures.

Explore building self-service platforms for cloud-native applications using CNCF projects. Learn about application lifecycle management, from development to operations, with practical examples and best practices.

Explore cloud-native chaos engineering principles, benefits, and tools. Learn about LitmusChaos for Kubernetes, its workflow, and how to contribute to open-source chaos engineering projects.

Explore service-mesh implementation for microservices using Kubernetes and Istio. Learn intelligent routing, canary releasing, chaos engineering for resiliency, and telemetry monitoring.

Learn to build reliable serverless platforms using Chaos Engineering. Discover best practices for improving availability and performance in systems like Knative, addressing systemic failures proactively.