![]() ![]() Keeping your site certificates up to date is a simple process, but one that can easily be forgotten. A histogram shows a count of “Pings over time” with a breakdown of Up and Down counts per time bucket.īelow that is a table with information about each monitor, including the URI, TLS certificate expiration time (if applicable), and mini date sparklines of downtimes.Īlso, at the top of this table, you can click on Certificates status to easily view information about certificates that are being monitored. On the top row of the app, there is a count of monitors as well as a breakdown of how many services are up and how many are down. Each endpoint, URL, or service is referred to as a monitor. Uptime is designed to provide you with an overview of all the services that you are monitoring. Let’s start with the Elastic Uptime interface. ![]() In this blog, we’ll take a look at how it works, how you can easily monitor your apps and services directly from Kibana, and how you can combine that uptime data with logs, metrics, and traces for unified visibility across your entire ecosystem in Elastic Observability. And your development team’s productivity is available when GitHub is online and able to accept pull requests.Įlastic Uptime (powered by Heartbeat) allows us to track that availability and more. Your API endpoint is available if it returns the correct values when sent specific requests. Your network is available if the correct hosts are online, responding to ICMP pings, and responding to TCP requests on specific ports. Your website is available if it is up, responding in a timely manner, sending the correct headers, and serving a valid certificate. In the world of IT, availability can mean a lot of things. ![]()
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