Mature Microservices & How to Operate Them
Explore strategies for building and maintaining resilient microservices architectures, focusing on operational capabilities, monitoring, observability, and long-term sustainability in evolving systems.
Securing Our Future - Lessons From the Human Immune System
Explore how the human immune system's defense mechanisms can inspire innovative cybersecurity strategies for protecting digital assets and networks.
Chaos Engineering - Withstanding Turbulent Conditions in Production
Explore Chaos Engineering to enhance resilience in distributed systems. Learn practical techniques, conduct experiments, and implement resilience patterns for robust Cloud-Native Spring Boot applications.
Vaurien - The Chaos TCP Proxy
Explore Vaurien, a TCP proxy tool for simulating network issues and testing application resilience in distributed systems.
Six Little Lines of Fail
Explore challenges in distributed systems, examining failures in a simple checkout process and refactoring towards resilience while embracing distributed computing fallacies.
Bulletproof Transient Error Handling with Polly
Learn to handle network interruptions and transient errors in connected applications using Polly, an open-source library. Explore retry policies and circuit breaker patterns for robust system design.
Resilient Systems and Teams - A CTO's Blueprint for SRE Excellence
Discover a CTO's blueprint for building resilient systems and teams, covering SRE implementation, on-call strategies, and effective communication for startups and growing organizations.
Unknown Unknowns and Chaos - Introduction to Security Chaos Engineering
Explore Security Chaos Engineering's focus on "unknown unknowns" in cloud-native systems. Learn proactive security testing techniques and build resilient cyber defenses against unforeseen threats.
Chaos Engineering - Why Breaking Things Should be Practiced
Explore chaos engineering to build resilient systems by simulating failures. Learn how to uncover hidden issues and improve application performance through controlled disruptions.
Building Event-Driven Systems - From Fundamentals to Advanced Integration Patterns
Discover practical insights into building event-driven architectures, from fundamental concepts to advanced integration patterns, enhancing system resilience, extensibility, and scalability in real-world applications.
War Games - Prepare for the Unexpected in Chaos Engineering
Explore chaos engineering war games to enhance system resilience. Learn strategies for stakeholder engagement, tabletop exercises, and environment-based simulations to prepare for unexpected scenarios.
Monkey Business for Serious Systems: Why Chaos Engineering Isn't Crazy
Explore chaos engineering's role in uncovering system vulnerabilities and enhancing resilience. Learn to simulate real-world failures, identify weaknesses, and build robust infrastructures.
Embracing Failure for Success - Building System Reliability Through Failure Testing
Discover how PagerDuty builds system resilience through intentional failure injection, fostering a culture of continuous learning and innovation while strengthening service reliability.
Platform Engineering - Creating Scalable and Resilient Systems
Master platform engineering practices to build automated, consistent development environments that enable faster deployment and efficient cloud service utilization for scalable systems.
Chaos Engineering - How to Break Your System to Fix It: A Step-by-Step Guide
Master the art of Chaos Engineering through hands-on experiments and real-world examples. Learn to strategically introduce system failures, monitor responses, and build more resilient applications.
Designing for Density, Chaos, and Diversity | Anmay Shahlot | TEDxBHIS Kanpur Youth
Most technology is designed for order: predictable users, stable infrastructure, and uniform conditions. Indian cities offer the opposite with extreme density, constant unpredictability, and deep diversity in behavior, language, and access. Yet, some systems don’t just survive here, they scale. Thi
Sosyal Sistemlerde Otomasyon:Performans Ölçümü | Yağmur Denizhan | TEDxBeşiktaş Atatürk Anatolian HS
Doğadaki kararlı tüm süreçlerin işleyişinde başrol oynayan negatif geri-besleme prensibinden yararlanan otomatik kontrol yaklaşımı, uygun komutlar vererek teknolojik sistemlerin hedeflenen davranışı gerçekleştirmesini sağlar. Çağımızın teknolojik başarılarına damgasını vuran bu işleyişin temel mantı
Planning the Resilient City | Jon Hale | TEDxCharles University
This talk examines how cities can be designed to withstand social, environmental, and technological challenges. The speaker highlights resilient urban planning as a key strategy for building sustainable, adaptable communities for the future. Jon is a British architect who, in 1991, "got on his bike"