In this second article in the series, we look at integrating your Reliability Toolkit, through the Chaos Toolkit with the open source Chaos Mesh project
TL; DR
- Through the open source Chaos Toolkit, you can perform chaos engineering experiments and verifications with the Reliability Toolkit using whatever failure injection tools you prefer.
- Using the open format Chaos Toolkit Experiment you can integrate Chaos Mesh as the fault inducing tool with the Chaos Toolkit.
- The new “Chaos Experiment Import” tool opens up your Reliability Toolkit to the full range of custom experiments and verifications you may want to explore
- Through the open source community, the Chaos Toolkit (and now the Reliability Toolkit), you can build experiments that can make the most of your existing investment in popular failure…
Choose any chaos inducing tool to be part of your powerful Reliability Toolkit chaos experiments and system verifications
TL; DR
- Through the open-source Chaos Toolkit, you can perform chaos engineering experiments and verifications with the Reliability Toolkit using whatever failure injection tools you prefer.”
- The new “Chaos Experiment Import” tool opens up your Reliability Toolkit to the full range of custom experiments and verifications you may want to explore
- Through the open source community, the Chaos Toolkit (and now the Reliability Toolkit) supports building experiments that can make the most of your existing investment in popular failure injection tools, including Litmus Chaos, Chaos Mesh, AWS Systems Manager (SSM), Chaos Blade, etc.
The Power of Open Chaos Engineering
Chaos Engineering is science, Chaos Engineering is at it’s…
TL; DRs
- The Reliability Toolkit adds tools for continuous verification of reliability objectives (SLOs) using chaos experiments.
- Define, deploy, and schedule continuous verifications as a Kubernetes Operator, using the Reliability Toolkit and the new Chaos Toolkit CRD.
- The Reliability Toolkit’s Timeline helps you inspect and analyze your periodic and recurring chaos experiments and verifications.
Continuous Verification of Reliability Objectives
The Reliability Toolkit includes tooling that enables you to identify and build reliability objectives, such as SLOs, for your business.
You can also define a Verification associated with your business reliability objective that allows you to measure the impact of specific conditions on your system. …
Highlights from Adrian Hornsby’s video on using the Chaos Toolkit and Reliability Toolkit to perform and explore chaos experiments on AWS using the AWS Systems Manager
TL; DR
- The Chaos Toolkit’s declarative open experiment format allows you to collaborate with your experiment and extend the learning through your experiment lifecycle.
- The Chaos Toolkit’s extensibility allows integration with multiple platforms, the AWS extension can interact with most of the AWS components.
- AWS Systems Manager helps you to automate tasks across AWS services, in this case by applying actions to inject failure into your AWS instances.
- The Reliability Toolkit enhances the Chaos Toolkit so that you can manage reliability objectives and measurements, using verifications to see the impact on failures and other events on your system’s reliability in the Reliability…
Introducing “Chaos Toolkit Playgrounds”, a new place for the community to explore Chaos Engineering in action
It’s day 1 of chaos engineering for you and your team. You’re excited, you love the power of chaos engineering but … you’re nervous.
You’ve just completed reading “Chaos Engineering”, and maybe you’ve grabbed the Early Release of “Learning Chaos Engineering” and you’re looking for a place to start. But you’re wary, you do not want to be one of those internet case stories where your first experience of chaos engineering was causing total system outage… So what do you do?
Wouldn’t it be great if you could explore how a system can evolve in response to chaos engineering before…
