======Intelligence After Next: Designing for Chaos Leads to Resiliency======
The report discusses the application of chaos engineering to improve system resiliency, particularly in government and national security contexts.\\ 
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^  Quick Facts  ^^
|Report location:  |[[https://www.mitre.org/publications/technical-papers/intelligence-after-next-designing-for-chaos-leads-to-resiliency|source]]   |
|Language:  |English  |
|Publisher:  |[[encyclopedia:mitre_corporation|MITRE Corporation]]  |
|Publication date:  |August 1, 2021  |
|Authors:  |Jonathan B. Rotner, Jonathan Rotner, Matt Yetto  |
|Geographic focus:  |United States, Global  |
|Page count:  |10  |

=====Methods=====
The research method involved analyzing the concept of chaos engineering, its application in commercial settings like Netflix, and the potential benefits and considerations for its use in government systems. The report synthesizes information from various sources, including case studies, industry practices, and government documents, to provide a comprehensive overview of chaos engineering.\\ 
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=====Key Insights=====
The report by MITRE explores chaos engineering, a practice used to intentionally introduce failures into systems to test their resilience and improve their ability to withstand unexpected disruptions. Originating from Netflix's approach to ensuring service reliability, chaos engineering is proposed as a method for government agencies to enhance the security and robustness of their distributed systems. The report outlines the principles of chaos engineering, its benefits, and the considerations for implementing it within government operations. It also compares chaos engineering to other resiliency practices and provides a framework for organizations considering its adoption.\\ 
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=====Additional Viewpoints=====
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