Posted by khazit 7 days ago
I have tons of alerts at work. They go to specialized slack channels that I can look at if I need. We have on call escalation paths for critical ones and housekeeping duties for the ones that require engineers to perform a maintenance task. We have the hell channels that are 99.99% flapping, if you ever need that.
I find that observability in general has an extremely linear marginal reward curve, it basically always justifies the effort you put into setting it up.
There was a period of time where people were writing alerts for the sake of it (i.e we have this sensor, when should we alert on it).
Nowadays we're strictly failure mode driven, this has meant lots of sensors aren't used in the analytics. They are however available to the experts to plot them for a more holistic view if required.
Yet the article doesn’t tackle at all the hard part: making alerts that are actually meaningful. They handwave it instead of giving actual advice. This post is a good intro, but I didn’t "walk away" with anything useful.
This is why, in this case, AI is important. Someone puts in an effort to write a short article (if a bit wordy) that can be used by e.g. beginners or managers? Good! I’m not the target audience. But if it’s the output of AI, what’s the intent?
I work for a startup; we have what I think is a fairly typical setup: metrics ingested from a variety of sources, fed into industry-standard metrics/dashboard solutions, triggering escalations to humans. It's fine and I'm happy we have it, but...
The highest value source of alerting right now is one of our growth marketers who pays close attention to our CRM and product analytics tool and notices when key product funnels are underperforming.
Our next highest value signals are a handful of ad hoc alerting channels, mostly in Slack, either directly from a partner telling us that something suspicious happened on their side (think: fraud) or from in-product instrumentation sent to a channel for non-engineering visibility. Members of our business/product/operations team pay attention in these places and make decisions based on their business context.
After that, our support team is increasingly able to filter customer issues and differentiate between bugs, missing features, etc.
I know someone is going to argue that these are all a sign that we haven't instrumented the right things. Fair, but also misses the point. The decision makers in these flows don't (and won't) live in traditional alerting systems and wouldn't have helped us understand breakages without these other, ad hoc processes.
My theory is that it's relatively easy to offer a technical product that moves alerts around or that manages escalation paths. It's quite hard to design a product that surfaces detail to a non-technical export and that makes it easy to build systematic rules.
My point, I think, is still that the overwhelming focus of the tools I've seen focus on the kind of fine-tuning/setup you are describing and not the things that I find most valuable. And I think that part of the problem is that it's easy to build technology around mechanics than judgement.