Steadybit is a platform designed to help organizations implement chaos engineering, which involves intentionally introducing disruptions to test the resilience of systems.

How does Steadybit fit into DevOps?

In DevOps, Steadybit enhances the delivery of software by embedding chaos engineering practices into CI/CD pipelines, allowing teams to identify and address potential weaknesses early in the development process.

Why is system reliability important for organizations?

System reliability is crucial for any organization as it ensures consistent performance and availability of services. This is especially vital for organizations that rely heavily on technology to meet customer expectations.

What challenges does Steadybit address in cloud-native systems?

Steadybit addresses challenges in cloud-native systems by helping organizations anticipate outages or slowdowns that can have widespread impacts due to their distributed architecture.

How can organizations successfully implement Steadybit?

To implement Steadybit successfully, organizations should begin by fostering a shift in mindset towards chaos engineering. Once integrated into workflows, Steadybit facilitates continuous testing and improvement of system reliability.

What role does chaos engineering play in enhancing system reliability?

Chaos engineering plays a critical role in enhancing system reliability by systematically exposing weaknesses within systems, allowing teams to proactively address issues before they lead to real-world outages.

What are the key benefits of using Steadybit for chaos engineering?

Steadybit offers several key benefits, including improved system reliability, enhanced detection of weaknesses in applications, and the ability to simulate real-world failure scenarios. By integrating chaos engineering practices into CI/CD pipelines, organizations can proactively identify potential issues before they impact users.

How does Steadybit support teams in measuring the effectiveness of their chaos experiments?

Steadybit provides tools for monitoring and analyzing the outcomes of chaos experiments. Teams can define success criteria and use metrics to assess how well systems withstand disruptions. This data-driven approach helps organizations refine their strategies and improve overall system resilience.

Can Steadybit be integrated with existing monitoring tools?

Yes, Steadybit is designed to work seamlessly with existing monitoring and observability tools. This integration allows teams to leverage their current infrastructure while enhancing it with chaos engineering capabilities, making it easier to track system performance during and after chaos experiments.

What mindset shift is required for organizations adopting Steadybit?

Organizations adopting Steadybit must embrace a mindset that views failures as opportunities for learning rather than setbacks. This cultural shift encourages teams to experiment safely and systematically, fostering an environment where continuous improvement in system reliability is prioritized.

What types of chaos experiments can be conducted using Steadybit?

Steadybit allows organizations to conduct various types of chaos experiments, including network latency simulations, resource exhaustion tests, and service failure scenarios. These experiments help teams understand how their systems respond under adverse conditions and improve overall resilience.

How does Steadybit enhance collaboration among DevOps teams?

Steadybit fosters collaboration among DevOps teams by providing a shared platform for designing, executing, and analyzing chaos experiments. This collaborative environment encourages cross-functional communication and helps break down silos, leading to a more cohesive approach to system reliability.

What is the significance of integrating chaos engineering into CI/CD pipelines with Steadybit?

Integrating chaos engineering into CI/CD pipelines with Steadybit is significant because it enables organizations to test system resilience continuously throughout the development lifecycle. This proactive approach ensures that potential vulnerabilities are identified and addressed early, reducing the risk of outages in production.

Can Steadybit help organizations comply with industry regulations regarding system reliability?

Yes, Steadybit can assist organizations in complying with industry regulations by providing structured chaos engineering practices that demonstrate a commitment to system reliability. By regularly testing and validating system performance under stress, organizations can meet regulatory requirements related to uptime and availability.

🔥 Real-World Examples: Explore Our Salesforce & ManoMano Case Studies! 🔥 Read Now

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Companies trusting Steadybit for their Chaos Engineering efforts.

Steadybit is available as SaaS and
On-Premises for air-gapped environments.

Design experiments with a no-code editor

Build a culture of reliability with easy-to-run experiments

With our Experiment Editor, your journey toward reliability is faster and easier. With everything at your fingertips, you have full control over your experiments. See how easy it can be to safely roll out Chaos Engineering across your organization.

You can add new targets, attacks, and checks by implementing extensions inside Steadybit
Choose targets easily with an intuitive discovery and selection process
Remove friction when collaborating between teams with experiments written in JSON or YAML

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Reveal the Big Picture

Discover, understand, and describe your system

Using Steadybit’s landscape, you can see your software’s dependencies and relationships between components – the perfect start to kick off your Chaos Engineering journey.

All targets are automatically and continuously discovered
Figure out where to start your Chaos Engineering roll-out
Easily detect common architecture pitfalls

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Run chaos experiments with confidence

Enforce safe testing practices with intuitive controls

It’s never been easier successfully and safely scale Chaos Engineering in your organization. With Steadybit, you can limit and control all the turbulence injected into your system.

Using the powerful query language, divide systems into different environments based on the same information you use elsewhere
Explicitly assigning environments to specific users and teams in which they’re allowed to work and prevent unwanted damages
Integrate Steadybit with your SAML provider or using the on-prem installation with your OIDC provider

Customize chaos engineering for your tech stack

Make it your own with Open Source extension kits

We treat open source extensions as first-class citizens in our product. They are deeply integrated into the Steadybit user interface.

Create new extensions with your preferred language, or use our pre-built extensions written in GO
20+ extensions in the Reliability Hub for popular tools, including AWS, Datadog, Kong, Kubernetes, Postman, Prometheus, and more.
Use Kits to develop and utilize new discoveries, actions, events, or advice. Make it your own.

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Run reliability tests in your daily development

Integrate seamlessly into any CI/CD pipeline

To be successful in your journey toward resilience, you have to continuously assess your reliability. You can make experiments a part of your CI pipeline through our API, GitHub actions, or the Steadybit CLI.

With our API you can easily create teams, configure your workspace and create & run experiments
Use our CLI when integrating Steadybit into your CD pipeline and directly create the experiments as code
Automatically run experiments on build or deploy jobs

Chaos Engineering Success Stories

Discover how organizations such as Salesforce and ManoMano have achieved unparalleled system resilience and elevated their performance to new heights.

Learn about their experience rolling out chaos engineering.

Download our Case Studies