Steadybit is a chaos engineering and reliability management platform that makes it easy for organizations to find and fix potential performance risks early. Founded in 2019, the team behind Steadybit has been working with customers around the world to help them deliver more reliable services to their customers. Steadybit is the most flexible chaos engineering platform, designed for extensibility. Open source extensions power integrations with dozens of popular cloud providers, observability tools, load testing tools, message brokers, service meshes, and more. It's easy to add custom actions, extensions, advice, or targets using language-agnostic Steadybit Extension Kits. Even before running experiments, the Steadybit agent will automatically discover any reliability risks present in a customer's environment. The Reliability Advice feature in Steadybit guides teams on exactly how to fix these flagged issues and validate their fixes by running recommended experiments. With a no-code Experiment Editor, building new experiments from scratch is also fast. Engineers can drag-and-drop pre-built actions or templates into a timeline-based canvas, adjust attack settings, and ensure precise targeting. With blast radius settings to limit the potential impact and automated rollbacks, running experiments is controlled and safe. In the Experiment Run View, teams can watch their experiments execute in real-time and see exactly how their services perform under pressure. The platform is supported by the Reliability Hub, an open source library of hundreds of actions, templates, and extensions. Engineers can start building reliability tests quickly with all the tools they need to safely implement chaos engineering and proactive reliability testing across their organization. The Steadybit API, CLI, and MCP Server provide teams with multiple approaches to automate chaos engineering actions and incorporate experiments into CI/CD workflows. Customers can view several pre-built reports to quickly review and share the progress they have made in rolling out chaos engineering across their organization.