Chaos Engineering is the process of testing a distributed computing system to ensure that it can withstand unexpected disruptions. It relies on concepts underlying chaos theory, which focus on random and unpredictable behavior. The goal of chaos engineering is to identify weakness in a system through controlled experiments that introduce random and unpredictable behavior. There are many tools available, with different level of maturity. Tools like: • Chaos Mesh • Litmus Chaos • Chaos Toolkit • Pumba This project aims at selecting and integrating one of these tools into the CERN Kubernetes offering, with the goal of giving service managers a tool that will dramatically increase confidence on their own service availability
We propose Chaos Echo, a framework for automatically generating configurable testbeds that can be ex...
A study on engineering in sub-Saharan Africa revealed that engineering is pivotal for economic and s...
This repository contains the replication package for the paper "On Evaluating Self-Adaptive and Self...
The digitization within today’s society sees no sign of decline. In recent years it has become more ...
Context: Chaos Engineering is an approach for investigating the resilience of software systems, i.e....
Software complexity continues to accelerate, as new tools, frameworks, and technologiesbecome availa...
Background. Chaos Engineering is proposed as a practice to verify a system’s resilience under real, ...
Chaos Engineering represents an interesting software engineering methodology to improve the resilien...
This thesis evaluates Chaos Engineering methods for cloud native microservices architecture, creates...
Procedures are presented that are designed to help users efficiently program irregular problems (e.g...
The purpose of the study is to substantiate the feasibility of using the theory of chaos in the proc...
We present C2B2, an integrated suite for chaos engineering, benchmarking, and capacity planning of l...
Chaos Engineering (CE) intentionally disrupts distributed systems by introducing faults into the sys...
This repo contains all supplementary data sets that I have created and used throughout my bachelor's...
International audienceComputers are the only research tools that by design exhibit chaotic behavior:...
We propose Chaos Echo, a framework for automatically generating configurable testbeds that can be ex...
A study on engineering in sub-Saharan Africa revealed that engineering is pivotal for economic and s...
This repository contains the replication package for the paper "On Evaluating Self-Adaptive and Self...
The digitization within today’s society sees no sign of decline. In recent years it has become more ...
Context: Chaos Engineering is an approach for investigating the resilience of software systems, i.e....
Software complexity continues to accelerate, as new tools, frameworks, and technologiesbecome availa...
Background. Chaos Engineering is proposed as a practice to verify a system’s resilience under real, ...
Chaos Engineering represents an interesting software engineering methodology to improve the resilien...
This thesis evaluates Chaos Engineering methods for cloud native microservices architecture, creates...
Procedures are presented that are designed to help users efficiently program irregular problems (e.g...
The purpose of the study is to substantiate the feasibility of using the theory of chaos in the proc...
We present C2B2, an integrated suite for chaos engineering, benchmarking, and capacity planning of l...
Chaos Engineering (CE) intentionally disrupts distributed systems by introducing faults into the sys...
This repo contains all supplementary data sets that I have created and used throughout my bachelor's...
International audienceComputers are the only research tools that by design exhibit chaotic behavior:...
We propose Chaos Echo, a framework for automatically generating configurable testbeds that can be ex...
A study on engineering in sub-Saharan Africa revealed that engineering is pivotal for economic and s...
This repository contains the replication package for the paper "On Evaluating Self-Adaptive and Self...