Practical Chaos Engineering - Breaking Things on Purpose to Make Them More Resilient Against Failure
Learn to implement chaos engineering on AWS, revealing system failures before they become outages. Discover tools and methods for injecting failures to enhance architecture resilience.
SRE Theory vs. Practice - A Song of Ice and TireFire
Humorous talk contrasting idealized SRE practices with real-world challenges. Speakers debunk perfect environments, offering practical insights and relatable experiences for SRE professionals.
The Good, the Bad and the Ugly - The 3 Learnings of an SRE
Explore core SRE principles, focusing on incident management, monitoring, and proactive approaches. Gain insights from a young engineer's journey transitioning from academia to industry.
Principles of Chaos Engineering
Explore principles of Chaos Engineering to improve resilience in distributed systems. Learn techniques for surfacing inherent chaos and building confidence in system behavior at scale.
Challenges of Starting an SRE Team from Scratch in an Enterprise
Insights on building an SRE team in a large enterprise, addressing challenges, establishing standards, and focusing on business priorities like security and cloud cost control.
The Smallest Possible SRE Team
Strategies for maximizing SRE impact with limited resources. Learn to leverage data, tools, and communication for effective small-scale SRE implementation and organizational influence.
Putting Chaos Into Continuous Delivery to Increase Application Resiliency
Explore GitOps and Chaos Engineering in cloud-native Continuous Delivery. Learn to implement chaos stages, quality gates, and resilience testing in pre-prod environments to ensure robust application deployment.
Automating Chaos with LitmusChaos to Ensure Kubernetes Application Resiliency
Explore Chaos Engineering with LitmusChaos to enhance Kubernetes application resilience. Learn to automate chaos experiments, improve system reliability, and respond effectively to unexpected failures in production environments.
Bugs in Collaboration - Learning from Incidents Edition
Discover how to identify and overcome collaboration challenges during critical incidents, turning crises into learning opportunities for improved system resilience and team performance.
Patterns for Building Resilient Software Systems
Explore patterns for building resilient software systems, including graceful degradation, timeouts, and circuit breakers. Learn about chaos engineering and its benefits in improving system resilience.
Resilient Architecture
Explore modern resilient architecture techniques using Spring Boot, Cloud, Retry, Netflix Hystrix, and Chaos Engineering. Learn observability, resiliency patterns, and embracing chaos for robust systems.
Chaos Engineering Primer
Explore chaos engineering principles and tools for building resilient distributed systems. Learn failure injection techniques, risk reduction strategies, and continuous improvement processes for robust production environments.
Chaos Engineering
Explore chaos engineering principles to enhance system reliability through controlled experiments and failure injection in production environments.
From Availability and Reliability to Chaos Engineering - Why Breaking Things on Purpose is a Good Idea
Explore availability, reliability, and chaos engineering in complex distributed systems. Learn to design resilient architectures, predict failures, and implement strategies for robust software systems.
Developing a Chaos Architecture Mindset
Explore chaos architecture principles for building resilient cloud systems. Learn strategies for handling failures, improving observability, and implementing effective chaos engineering practices.
Breaking Things on Purpose
Explore failure testing to proactively identify and fix system issues, enhancing resilience and preparedness for real-world challenges in software engineering.
Deprecating Simplicity
Explores how engineering teams can optimize for performance, availability, fault tolerance, and feature velocity simultaneously, challenging the notion that simplicity is always beneficial in complex systems.
How Beauteous Technology is! O Brave New World
Exploring Cloud Native, Serverless, and digital transformation ethics. Balancing stability and chaos in software-driven disruption, with insights on progressive delivery and chaos engineering.
Practice Thoughtful Chaos Engineering - Gamedays
Explore chaos engineering through GameDays, a practice of intentionally creating failure scenarios to test system resiliency, improve observability, and enhance incident management in a safe environment.
Deprecating Simplicity 3.0
Explore how organizations prioritize feature velocity over simplification, and learn about Chaos Engineering as a solution to manage increasing system complexity.
Beyond Chaos Engineering - Continuous Verification
Explore continuous verification in complex systems, sensitizing teams to drifting safety boundaries and informing work practices for improved resilience and failure prevention.