Use Cases

Debug production  - When there is an issue with your code in production, you are usually first in the firing line, and need information fast. You need to know what, when, and how the deployed software was built, what version of your code that is running, what versions of open source libraries are deployed, and you need to know what containers it is running on. You often need to know this same information about services that your code depends on. 

Prioritize your work - We get it, you are overwhelmed. You have Github issues coming at you from all sides, and the security teams are peppering you with vulnerability reports. Using Crash Override you know exactly what is in production, and what is not, so you can reduce the noise and prioritize where you spend your time. You can even get the safety guys off your back.

Crash Override provides answers from the metadata it collects, and makes it all available for you to query and correlate.

Investigate application outages - When your infrastructure is up and running smoothly, but a hosted application is down, you need information. You first need to know who owns the code and who to talk to. You need to be clear about what code is actually running, the repo, branch, and the commit that was deployed. When a fix has been agreed, you need to tracks the status of the issue, and validate that the right code has deployed.

Crash Override provides answers from the metadata it collects, and makes it all available for you to query and correlate.

Prioritize everyone's time - There is nothing worse than asking a developer to do work that doesn't need to be done. Fixing vulnerabilities or updating libraries in a repo, that is not even deployed, is a waste of everyone's time. Reduce the noise and kill alert fatigue, by enabling everyone to silence the stream of issues from noisy security tools.

Understand production and prioritize risk- When the next #Log4shell type of supply chain vulnerability hits, you don’t want everyone to be scrambling in a blind panic, trying to find out where it is running in production. Automatically generate SBOMs and know exactly what you have and where it is. It's the same when a container is found to have a vulnerability. You want to know what code is running on it, to determine the real risk. 

Incident response - When the crap hits the fan, and you are investigating an incident, you need to know exactly what code from what repo we are talking about. You need to know who owns the code, who has been working on it and who to talk to. When a fix has been agreed, you need to know the status of the fixes and validate that the right code has been deployed to the right place to fix the problem. 

Crash Override provides answers from the metadata it has collects, and makes it all available for you to query.