Rasputin captures the function calls and runtime state behind production failures, so you can inspect the failed execution, find the root cause, and generate a fix — without reproducing the bug.
Logs, traces, and stack traces show you where something failed. But when the answer depends on runtime state you never recorded, debugging becomes a reconstruction exercise.
Typical production debugging
Production error
Read the stack trace
Search logs and traces
The variable you need was never recorded
Add logs
Redeploy
Wait for it to happen again
Add a probe
Wait for it to happen again
Debugging becomes reconstruction
Rasputin captures bounded runtime state around production failures, letting you inspect the execution that already happened instead of trying to recreate it.
Without Rasputin
You have the error, a stack trace, and whatever happened to be logged. If the state that caused the failure is missing, you have to recreate it.
With Rasputin
Open the failed execution and see the runtime values that moved through the code path. Find where the state went wrong and trace it back to the code that produced it.
Move through recorded function calls and inspect the arguments and return values that were present when production failed.
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Rasputin investigates the failure using captured runtime state, your source code, and deployment history. It explains what broke, traces the cause through your code, and generates a fix grounded in the actual execution.
Error
Runtime
Source
Deploy
Rasputin
Investigation
Root cause
Fix generated
Connect your stack, install the SDK, and deploy as usual. Rasputin starts capturing production failures automatically.
GitHub connected
Rasputin-AI/rasputin
Slack connected
#production-alerts
Discord connected
#production-alerts
