AWS Fault Injection Simulator (FIS) gives teams a starting point for chaos experiments in AWS environments. But for hybrid or multi-cloud architectures, its scope can feel limited. Steadybit expands those boundaries, offering a more versatile solution. By working alongside AWS FIS, Steadybit brings control, flexibility, and simplicity to chaos engineering across diverse infrastructures.
AWS FIS focuses on fault injection within AWS, covering services like Kubernetes, EC2, and serverless. For teams managing broader environments or needing deeper experimentation, Steadybit adds significant value.
With Steadybit, chaos engineering isn’t confined to one platform. Extend your experiments to:
For example, imagine a workload spread across AWS Lambda, GCP Kubernetes, and a legacy on-prem setup. AWS FIS can handle AWS scenarios, but adding Steadybit ensures you’re testing the full ecosystem, not just one slice..
When it comes to chaos engineering in hybrid environments, Steadybit offers features AWS FIS doesn’t:
While AWS FIS doesn’t integrate with observability tools like Datadog or Dynatrace, Steadybit ensures your observability stack remains a key player in chaos engineering. By integrating with observability solutions, Steadybit helps you confirm that your monitoring tools work as expected, even when systems fail. This means you’re not just testing your infrastructure’s resilience but also validating the reliability of the insights you depend on during critical incidents.
Steadybit transforms chaos engineering into a seamless, comprehensive process that adapts to the complexity of modern systems. By extending AWS FIS capabilities and integrating observability, it provides teams with the tools to uncover vulnerabilities, validate monitoring solutions, and ensure resilience across hybrid and multi-cloud environments. Whether you’re managing cloud-native services, on-prem systems, or a mix of both, Steadybit equips you to face real-world challenges with confidence and clarity.