Building Resilience - How to Learn More from Incidents
Discover strategies to enhance organizational resilience through improved incident learning. Explore research-backed approaches to post-incident reviews and avoid common investigation pitfalls.
When - Bin - Sh Attacks - Revisiting Automate All the Things
Explores challenges and impacts of pervasive automation in SRE, discussing human factors, potential harm, and strategies for effective implementation in complex socio-technical systems.
Food for Thought - What Restaurants Can Teach Us about Reliability
Explore how restaurant operations parallel computer system reliability, drawing insights from dining experiences to enhance understanding of complex system management and fault tolerance.
Learning More from Complex Systems
Explore complex systems' traits and learn better approaches to incident analysis beyond linear root-cause methods. Gain insights from history, science, and philosophy to enhance understanding of resilience in modern organizations.
Prospection - Reminiscing Forward
Explore the concept of prospection - pre-experiencing future events - and its impact on brain function. Learn how this powerful mental tool can enhance strategic thinking and decision-making.
Software Architecture, Team Topologies & Complexity Science
Explore the intersection of software architecture, team structures, and complexity science. Learn how to create high-performing organizations through adaptive systems and innovative design principles.
Functional Resonance Analysis - Diagramming Your System
Explore the Functional Resonance Analysis Method to model complex systems, understand their interactions, and identify sources of success and risks in constantly changing environments.
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.
Team Topologies, Software Architecture and Complexity
Explore the intersection of team structure, software architecture, and complexity science. Learn how to create high-performing software organizations through innovative approaches and adaptive systems thinking.
Watering the Roots of Resilience - Learning from Failure with Decision Trees
Explore how SREs can align mental models with system reality using resilience stress testing and decision trees. Learn practical tools for documenting, visualizing, and improving complex software systems.
The Emergent Genius of Ant Colonies
Explore the fascinating world of ant colonies and complex systems through Deborah Gordon's field research in the Arizona desert, uncovering insights into emergent behavior and collective intelligence.
Dark Matter - Driven By Data
Explore data-driven cybersecurity challenges and solutions with expert Dan Geer in this IEEE symposium keynote, addressing the complexities of modern digital threats and defenses.
Who Controls the World
Exploring complex systems and global economic networks to uncover interconnections and power structures in our society, challenging traditional reductionist approaches to problem-solving.
Security Chaos Engineering
Explore Security Chaos Engineering: a proactive approach to uncover system vulnerabilities through controlled experiments, empowering engineers to enhance resilience before real-world attacks occur.
Scale, Flow and Microservices
Exploring links between organizational design, software architecture, and complex adaptive systems. Insights on scaling high-performing software teams and the surprising connections to corporate metabolism and city growth.
Incident Analysis Before Chaos Engineering
Explore incident analysis in chaos engineering with real-world stories, learn its benefits, and discover how to implement it effectively for improved system resilience and reliability.
Scale, Flow and Microservices
Exploring the surprising links between organizational design, software architecture, and complex adaptive systems, with insights on scaling high-performing software teams and companies.
Log Analytics to the Rescue - Understanding Complex Systems at Scale
Explore log analytics for understanding complex distributed systems at scale. Learn about real-time monitoring, debugging, and the architecture behind Humio's innovative approach to system observability.
Observability Engineering
Explore observability engineering with industry experts, covering its evolution, key concepts, and practical applications in modern software development and complex systems management.
Security Chaos Engineering
Explore modern security practices through chaos engineering, uncovering system vulnerabilities before attacks occur. Learn how this approach shifts mental models and improves complex system resilience.
What We Talk About When We Talk About Resilience
Insights from 10,000+ incident reports reveal counterintuitive truths about resilience in modern software systems, challenging common metrics and transforming approaches to system architecture and incident management.