Casey Rosenthal的作品
Casey Rosenthal formalized the practice of Chaos Engineering by co-writing and publishing the definition http://principlesofchaos.org/ with the Chaos Team at Netflix, which he managed for three years. He put together a conference on the topic called Chaos Community Day, the only conference dedicated to Chaos Engineering, which is now entering its fourth year. Casey also manages the Chaos Engineering Community Google Group and co-wrote the Chaos Engineering O’Reilly report. He is currently CTO at Backplane.io, a company that provides reliable and resilient infrastructure. Nora Jones is a Senior Software Engineer on the Chaos Engineering team at Netflix where she works on ensuring that Netflix remains resilient in the face of uncertain conditions. She is also a student of Human Factors and Systems Safety at Lund University. She is passionate about resilient software, people, and the intersection of those two worlds. She recently keynoted at AWS re:Invent to an audience of ~40,000 people about the benefits and business case behind implementing Chaos Engineering. Prior to Netflix Nora founded and led the Developer Productivity team at Jet.com. Nathan Aschbacher is currently CEO of Auxon Corporation. He began his career writing programs for CNC machines where overlooked edge cases resulted in mangled heaps of metal, broken tool bits, and lasting impressions of catastrophic failure. Over the many years since, Nathan has designed fault-tolerant, highly-available, and high-assurance systems for distributed data platforms, machine learning, and global payment processing. Nathan first applied Chaos Engineering principles to problems in the FinTech space, transferred the practice to autonomous vehicle development, and now explores the marriage of formal methods and Chaos Engineering for verifying and validating the resiliency of complex, highly-automated safety-critical systems in a number of different domains (e.g., automotive, industrial automation, and aerospace).
混沌工程：Netflix系统稳定性之道
【美】凯西·罗森塔尔（Casey Rosenthal） 等
评分 6.9分
在一个由很多微服务组成的分布式系统中，我们永远难以全面掌握发生什么事件会 导致系统局部不可用，甚至全面崩溃。但我们却可以尽可能地在这些不可用的情况发生 之前找出系统中的脆弱点。《混沌工程：Netflix系统稳定性之道》介绍了 Netflix 的工程师团队是如何根据多年实践经验 主动发现系统中脆弱点的一整套方法。这套方法现在已经逐渐演变成计算机科学的一门 新兴学科，即“混沌工程”。通过一系列可
Chaos Engineering
Casey Rosenthal, Nora Jones, Nathan Aschbacher
评分 暂无
There’s more to chaos engineering than deliberately breaking stuff in production. With this book, QA engineers as well as program and product managers will examine the theory, history, and implementat
Casey Rosenthal formalized the practice of Chaos Engineering by co-writing and publishing the definition http://principlesofchaos.org/ with the Chaos Team at Netflix, which he managed for three years. He put together a conference on the topic called Chaos Community Day, the only conference dedicated to Chaos Engineering, which is now entering its fourth year. Casey also manages the Chaos Engineering Community Google Group and co-wrote the Chaos Engineering O’Reilly report. He is currently CTO at Backplane.io, a company that provides reliable and resilient infrastructure. Nora Jones is a Senior Software Engineer on the Chaos Engineering team at Netflix where she works on ensuring that Netflix remains resilient in the face of uncertain conditions. She is also a student of Human Factors and Systems Safety at Lund University. She is passionate about resilient software, people, and the intersection of those two worlds. She recently keynoted at AWS re:Invent to an audience of ~40,000 people about the benefits and business case behind implementing Chaos Engineering. Prior to Netflix Nora founded and led the Developer Productivity team at Jet.com. Nathan Aschbacher is currently CEO of Auxon Corporation. He began his career writing programs for CNC machines where overlooked edge cases resulted in mangled heaps of metal, broken tool bits, and lasting impressions of catastrophic failure. Over the many years since, Nathan has designed fault-tolerant, highly-available, and high-assurance systems for distributed data platforms, machine learning, and global payment processing. Nathan first applied Chaos Engineering principles to problems in the FinTech space, transferred the practice to autonomous vehicle development, and now explores the marriage of formal methods and Chaos Engineering for verifying and validating the resiliency of complex, highly-automated safety-critical systems in a number of different domains (e.g., automotive, industrial automation, and aerospace).