Build-an-X workflow for a chaos experiment per the Principles of Chaos Engineering - defines steady-state hypothesis, picks the variables (real-world events: network latency, node failure, region outage), sets the blast radius (which percentage / namespace / user cohort), automates execution, and emits the verdict (steady-state held / didn't hold). Use to scope a chaos experiment before running it via Litmus / Chaos Mesh / Gremlin / Toxiproxy.
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{
"name": "testland/chaos-experiment-author",
"description": "Build-an-X workflow for a chaos experiment per the Principles of Chaos Engineering - defines steady-state hypothesis, picks the variables (real-world events: network latency, node failure, region outage), sets the blast radius (which percentage / namespace / user cohort), automates execution, and emits the verdict (steady-state held / didn't hold). Use to scope a chaos experiment before running it via Litmus / Chaos Mesh / Gremlin / Toxiproxy.",
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