I'm a little confused. An agent's value-add is to automate what a human actor (in this case, an SRE) does and thus reduces the time taken to recovery, etc. A human SRE never manually detects an error - we already have well-established anomaly detection implementations and wiring them to some ticket generation tool is also an established pattern. My confusion is, what value the "agent" is bringing here. Nothing wrong in competing with the Datadogs of the world.
>A human SRE never manually detects an error - we already have well-established anomaly detection implementations and wiring them to some ticket generation tool is also an established pattern.
I'm currently dealing with fallout at job because we were doing all this with humans with no alerts and we missed a couple major issues. This product could have prevented a lot of stress in my case, but it'd be a bit like a bandage on a missing limb.
WARN/ERROR may tell you that something could happen or is happening, but it doesn't tell you the ramifications of that may be. It could be nothing!
Now imagine you're getting hundreds, thousands, millions of messages like this an hour? How do you determine what's really important? For instance, if a kubernetes pod on a single node runs out of space, that could be a problem if your app is only running in that node. But what if your app is spread against 30x nodes?
It's a triage system with context, at least it sounds like it. It's helping you classify based on actual current or potential problems with the app in the ways that a plain log message does not.
Deciphering ramifications from a log message alone is a pretty unusual way to approach a problem. You still have your 1990s Nagios-style application monitoring, right? So when you wake up to a message that the web monitor says it's not possible to add items to the shopping basket right now, the database monitor signals an unusually long response time, the application metrics tells you number of buys is at a fraction of what is normal for this time of day, then that WARN log message from the application telling you about a foreign index constraint is violated is pretty informative!
How effective are LLMs at triaging issues? Has anyone found success using them to find the root cause? I've only been able to triage effectively for toy examples.
Wild Moose just made a blog post[0] about this. They found that putting things into foundation models wasn't cutting it, that you had to have small finely-tuned models along with deterministic processes to use AI for RCA.
I'm a little confused. An agent's value-add is to automate what a human actor (in this case, an SRE) does and thus reduces the time taken to recovery, etc. A human SRE never manually detects an error - we already have well-established anomaly detection implementations and wiring them to some ticket generation tool is also an established pattern. My confusion is, what value the "agent" is bringing here. Nothing wrong in competing with the Datadogs of the world.
I guess if you don’t want to have to pay for Rapid7 or are too lazy to configure the Teams/Slack integration for your EDR?
But I mean you still have to pay for a Claude API with Moltclaw or whatever no?
>A human SRE never manually detects an error - we already have well-established anomaly detection implementations and wiring them to some ticket generation tool is also an established pattern.
I'm currently dealing with fallout at job because we were doing all this with humans with no alerts and we missed a couple major issues. This product could have prevented a lot of stress in my case, but it'd be a bit like a bandage on a missing limb.
That still begs the question though: There are existing tools and solutions that do this. Why not, and would this being AI make a difference?
"My boss would be more likely to approve it" is a cynical but valid answer.
Logs are pretty dry sometimes.
INFO gives you a ton but it's low SNR.
WARN/ERROR may tell you that something could happen or is happening, but it doesn't tell you the ramifications of that may be. It could be nothing!
Now imagine you're getting hundreds, thousands, millions of messages like this an hour? How do you determine what's really important? For instance, if a kubernetes pod on a single node runs out of space, that could be a problem if your app is only running in that node. But what if your app is spread against 30x nodes?
It's a triage system with context, at least it sounds like it. It's helping you classify based on actual current or potential problems with the app in the ways that a plain log message does not.
Deciphering ramifications from a log message alone is a pretty unusual way to approach a problem. You still have your 1990s Nagios-style application monitoring, right? So when you wake up to a message that the web monitor says it's not possible to add items to the shopping basket right now, the database monitor signals an unusually long response time, the application metrics tells you number of buys is at a fraction of what is normal for this time of day, then that WARN log message from the application telling you about a foreign index constraint is violated is pretty informative!
How effective are LLMs at triaging issues? Has anyone found success using them to find the root cause? I've only been able to triage effectively for toy examples.
Wild Moose just made a blog post[0] about this. They found that putting things into foundation models wasn't cutting it, that you had to have small finely-tuned models along with deterministic processes to use AI for RCA.
[0] https://www.wildmoose.ai/post/micro-agents-ai-powered-invest...
LLMs aren't the fastest thing in the world, how much data can you realistically parse per second?
You forgot to remove the bottom part, which is the same message but shortened. Did people just give up in general? I hate this world so much
Why is this upvoted? The author did not even bother to read what he wrote.
> SOC 2 Type II ready
Huh? You vibecoded the repo in a week and claim it ready?
Hey bud, forgot to delete the original prompt at the end.
when are you renaming it to LogMolt?