Source: dzone.com
The Principles of Chaos EngineeringCategory: Cloud, Kubernetes, Infrastructure, automation
When a system is resilient, it can handle losing a portion of its microservices and components without the entire system becoming inaccessible. Resilience is achieved by integrating loosely coupled microservices.
In essence, Chaos Engineering is the process of triggering and injecting faults into a system deliberately.
When dealing with a large-scale distributed system, Chaos Engineering provides an empirical way of building confidence by anticipating faults instead of reacting to them.
From the previous explanations, it is clear that Chaos Engineering is meant to uncover faults and weaknesses in a system.
In essence, Chaos Engineering is the process of triggering and injecting faults into a system deliberately.
When dealing with a large-scale distributed system, Chaos Engineering provides an empirical way of building confidence by anticipating faults instead of reacting to them.
From the previous explanations, it is clear that Chaos Engineering is meant to uncover faults and weaknesses in a system.
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