Hi,
I'm wondering how well zabbix plays in containerized environments? I ask because the focus of our monitoring is more on application and service level heuristics and not just infrastructure level metrics. Therefore, how an instance is monitored can vary quite significantly depending on the service. Plus, we also have the need to allow developers to define and deploy their own checks...
It strikes me that the zabbix configuration model may not be nimble enough to keep pace with a fast changing cloud infrastructure or to support developers defining their own configuration in an easy to use way. Am I conceiving a use case that goes beyond what zabbix is targeted at? I'm not sure which is why I'm asking.
I like zabbix mainly because of the level of control it gives over alerting. Have others been able to make efficient use of zabbix in the kind of changeable, federated environment I've described without obstructing devs and their deployments?
Regards,
Dave
I'm wondering how well zabbix plays in containerized environments? I ask because the focus of our monitoring is more on application and service level heuristics and not just infrastructure level metrics. Therefore, how an instance is monitored can vary quite significantly depending on the service. Plus, we also have the need to allow developers to define and deploy their own checks...
It strikes me that the zabbix configuration model may not be nimble enough to keep pace with a fast changing cloud infrastructure or to support developers defining their own configuration in an easy to use way. Am I conceiving a use case that goes beyond what zabbix is targeted at? I'm not sure which is why I'm asking.
I like zabbix mainly because of the level of control it gives over alerting. Have others been able to make efficient use of zabbix in the kind of changeable, federated environment I've described without obstructing devs and their deployments?
Regards,
Dave

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