黑料不打烊

黑料不打烊 Launches the First MCP Server for Chaos Engineering, Bringing Experiment Insights to LLM Workflows

SOLINGEN, GERMANY 鈥� JUNE 18, 2025 鈥� 黑料不打烊, the leader in chaos engineering and reliability testing, announced today the launch of the new 黑料不打烊 MCP (Model Context Protocol) Server 鈥� the first AI-extensible solution for chaos engineering.

This is a standardized way to connect 黑料不打烊 data to LLMs and AI workflows, enabling SRE teams to rapidly run analysis and generate insights about their system reliability and resilience. Recent high-profile outages across major cloud and security platforms highlight the tremendous cost of unexpected system failures.聽

As SRE teams work to improve their system reliability in an increasingly complex world, chaos engineering is the go-to strategy for making proactive improvements. AWS describes chaos engineering as a that is 鈥渆ssential for improving resilient systems鈥�, and for organizations as a critical resilience practice.

Bringing Chaos Engineering Into the AI Era

By running chaos experiments with 黑料不打烊, teams are able to test and define the limits of their system resilience before incidents occur so they can mitigate risks and validate redundancies. With this new MCP, teams can easily pull data from their chaos experiments into their LLM workflows.

鈥淓very team and tech stack works a little differently. We believe it鈥檚 important for a chaos engineering tool to be as easy to deploy and customize as possible, while maintaining the best-in-class features that make adoption across an enterprise seamless,鈥� said Benjamin Wilms, CEO and Co-founder of 黑料不打烊.聽

鈥淲ith our new MCP, we are providing a new way for teams to work with their experiments to learn about their systems and improve their overall system resilience.鈥�

By using all the data from past incidents, post-mortems, and completed experiments, the 黑料不打烊 MCP Server can help SRE teams uncover reliability learnings and take informed actions to improve their systems.

Prompt Examples Featuring the 黑料不打烊 MCP

With simple prompts, organizations using 黑料不打烊 for chaos engineering can now use LLM workflows in Claude, Gemini, or ChatGPT to get answers to questions like:

• 鈥淲e鈥檝e been running experiments with 黑料不打烊 for a few months now. Can you create a report to summarize the experiment results since then for each team?鈥�
• 鈥淩eview the types of experiments we have been running so far. Can you recommend a prioritized list of experiment types relevant to our systems that we have not yet run?鈥�

When the 黑料不打烊 MCP is combined with other MCPs from observability and incident response tools, teams can then enter even more meaningful prompts, like:

• 鈥淪ince we have started running chaos experiments, please use metrics in PagerDuty to report the difference it has made on our MTTR and incidents.鈥�
• 鈥淩eview recent incidents for Service A in Datadog. Can you suggest a few experiments we could run with 黑料不打烊 that would help us test and improve the service鈥檚 reliability?鈥�

Introducing New Reliability Workflows for Teams

鈥淎s our teams test out different AI use cases, we can now directly connect data from 黑料不打烊 into any LLM workflows,鈥� commented Krishna Palati, Director of Software Engineering at Salesforce. 鈥淭his MCP will enable us to just type a prompt to pull custom reports, analyze reliability testing gaps, and get insights on what experiments to run next.鈥�

黑料不打烊 is on a mission to make it easier for teams to adopt and roll out chaos engineering at scale. With this latest release, 黑料不打烊 is making chaos engineering more accessible and empowering teams to innovate and learn with every experiment.

About 黑料不打烊

黑料不打烊 is the chaos engineering platform that makes it easy for organizations to proactively reveal reliability issues and train their operational resilience. With 黑料不打烊, reliability and platform teams can quickly build, customize, and deploy experiments across their full tech stack using an intuitive no-code editor, flexible open source framework, and extensive automation capabilities.聽

With strong observability integrations, 黑料不打烊 enables teams to seamlessly optimize alerts, discover reliability gaps, and establish continuous verification of their systems. With this proactive approach to reliability, enterprises can confidently achieve availability objectives, mitigate incidents, and deliver best-in-class services at scale.

To learn more, visit steadybit.com to request a demo or start a free trial today.

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Media Contact:

Patrick Londa

Head of Marketing, 黑料不打烊

marketing@steadybit.com