Cloudy With a Chance of Chaos - Verifying the Resiliency of Cloud-Native Applications
Explore chaos engineering for cloud-native apps, including essentials, cloud-specific challenges, and a Goldman Sachs case study on verifying application resiliency in managed cloud environments.
Testing Resiliency: Chaos Engineering with LitmusChaos
Explore Chaos Engineering using LitmusChaos to enhance system resilience. Learn techniques for identifying vulnerabilities and improving reliability in cloud-native environments.
Making Legacy Legendary - A Windows 2003 Application Journey to the Cloud
Modernize legacy Windows 2003 apps using Docker Enterprise for cloud-neutral containerization. Learn fault-tolerant infrastructure-as-code, CI/CD automation, and continuous resilience testing without code changes.
Create Chaos Experiments Using Litmus-SDK
Learn to design and implement chaos experiments using Litmus-SDK, enhancing system resilience and uncovering potential vulnerabilities in your infrastructure.
Introduction to Cloud Native Chaos Engineering
Explore cloud-native chaos engineering, its evolution, and importance. Learn about LitmusChaos tool for controlled chaos testing, emphasizing reliability and resilience in modern architectures.
Beyond the Monkeys - Chaos Engineering on the Cloud
Explore chaos engineering in cloud environments, focusing on decentralized approaches, experiment design, and practical implementation strategies for improved system resilience.
How to Inject Faults into Common HTTPS Clients and Services
Explore fault injection techniques for HTTPS clients and services, focusing on Chaos Mesh project, network topology, and HTTP-Chaos rules for improved cloud-native resilience.
TAG App Delivery - Simplifying Kubernetes Application Delivery
Explore recent developments in Kubernetes app delivery, including operators, chaos engineering, and delivery methods. Learn about ongoing activities and trends in the CNCF app delivery space.
Cluster Operations as a Service: Introducing LLM-Backed Controllers
Revolutionize cluster management with LLM-backed controllers. Deploy, scale, and secure Kubernetes clusters using natural language. Explore novel use cases, from chaos scenarios to security scanning and continuous improvement.
Learning Kubernetes by Chaos - Breaking a Cluster to Understand Components
Explore Kubernetes components through controlled chaos, breaking the cluster to understand its inner workings and essential elements for effective administration and troubleshooting.
Introducing LitmusChaos 2.0 - Cloud Native Chaos Engineering
Explore LitmusChaos 2.0, a cloud-native chaos engineering tool. Learn about its architecture, workflows, and how to create and inject faults to improve system resilience.
Getting Started with LitmusChaos 3.0 - Chaos Engineering Made Smarter
Explore LitmusChaos 3.0 for smarter chaos engineering in cloud native environments. Learn how to implement and benefit from this advanced tool for improving system resilience and reliability.
Continuous Delivery for DC/OS with Spinnaker
Overview of Spinnaker for continuous delivery on DC/OS, focusing on safe and reliable deployment of healthcare services. Covers multi-cloud support, deployment strategies, and automation features.
Security-Focused Chaos Engineering - The Lasso for AI Security Threats
Explore proactive AI security testing using Secops-Chaos, an open-source framework for encoding threat tactics as chaos experiments in Kubernetes environments.
Chaos Unleashed Workshop - Embracing Real-Time Chaos in Kubernetes Environments
Hands-on chaos engineering workshop simulating pod and network failures in Kubernetes. Collaborative troubleshooting using logs, metrics, and tools like Prometheus. Unique blend of live-action gaming and practical learning.
Diving Into the VOID - Understanding Software Incidents and Resilience
Explore the Verica Open Incident Database (VOID) and its impact on software resilience. Learn about incident analysis, sociotechnical systems, and new approaches to improving internet safety.
Fire in the Cloud - Bringing Managed Services Under Cloud-Native Chaos Engineering
Explore chaos engineering for hybrid environments, targeting remote cloud infrastructure and managed services while maintaining experiment homogeneity and addressing security and observability concerns.
The Verification of a Distributed System - A Practitioner's Guide to Increasing Confidence in System Correctness
Explore techniques for verifying distributed systems, addressing challenges of partial failure and asynchrony to increase confidence in system correctness and reliability.
Keeping the Bricks Flowing: The LEGO Group's Approach to Platform Engineering for Manufacturing
Explore LEGO's innovative platform engineering approach for manufacturing, focusing on Kubernetes, chaos engineering, and user engagement to ensure continuous production of bricks.
Future of Intelligent Cluster Ops - LLM-Powered Kubernetes Controllers
Explore AI-powered Kubernetes controllers using LLMs for automated cluster operations, upgrades, and troubleshooting. Witness live demos of speech-enabled controllers for auditing, chaos simulation, and security scanning.
Cultural Shifts - Fostering a Chaos First Mindset in Platform Engineering
Explore synergy between Chaos and Platform Engineering to enhance system reliability. Learn to apply chaos-first principles for proactive weakness identification and mitigation, creating resilient platforms.