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Resilience Engineering for Secure Enterprise Systems

Conf42 via YouTube

Overview

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Learn resilience engineering principles for building secure enterprise systems in this 30-minute conference talk from Conf42 DevSecOps 2025. Explore the fundamental concepts of resilience engineering and understand how modern distributed systems face various operational pressures. Discover core fault tolerance mechanisms including circuit breaker patterns, exponential backoff strategies, and redundancy calculations with practical mathematical models. Dive into chaos engineering methodologies and examine the CAP theorem's application in distributed system design. Master observability techniques for monitoring distributed systems and learn mathematical models for predicting system failures. Address common challenges in resilience engineering while implementing actionable strategies for building robust, secure enterprise systems that can withstand failures and maintain operational continuity.

Syllabus

00:00 Introduction to Resilience Engineering
00:35 Understanding Modern Distributed Systems
01:27 Key Pressures on Distributed Systems
02:50 Core Concepts of Resilience Engineering
03:59 Fault Tolerance Mechanisms
04:13 Circuit Breaker Patterns Explained
05:48 Exponential Backoff Strategies
07:13 Redundancy Calculations
10:40 Chaos Engineering
12:44 CAP Theorem in Distributed Systems
15:32 Observability in Distributed Systems
18:03 Mathematical Models for Predicting Failures
20:17 Challenges and Solutions in Resilience Engineering
25:06 Actionable Resilience Strategies
27:49 Conclusion and Key Takeaways

Taught by

Conf42

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