IT infrastructure mapping is the process of creating a visual topology of a network infrastructure. This mapping process helps understand the geographic and interactive layout of a network, which applications depend on. Using infrastructure mapping for troubleshooting, you can quickly understand the relationship between application issues and hardware issues.
Better Uptime is a robust uptime monitoring and tracking tool that helps businesses ensure the availability and reliability of their websites and online services. It continuously monitors the performance and availability of a website or application and provides real-time alerts and notifications in case of disruptions or outages. They also provide a relatively simple status page, albeit gorgeous looking and useful for some simple use cases; your team will, in all likelihood, outgrow it at some point.
Kubernetes, a graduated project of the Cloud Native Computing Foundation (CNCF) ecosystem, is the most prominent and widely used container orchestration systems. It’s used to manage and deploy containers in a wide range of environments, from IoT devices based on Raspberry Pis to enterprise environments consisting of millions of services.
An effective alerting strategy is the difference between reacting to an outage and stopping it before it starts. That’s why at Coralogix, we’re constantly releasing new features that redefine how alerts are consumed, to enable teams to push their ambitions even further, release with confidence, and tackle issues proactively. Alerts Map is now an indispensable tool for that mission.
When a cron job does not run on time, Healthchecks can notify you using various methods. One of the supported methods is Signal messages. Signal is an end-to-end encrypted messenger app run by a non-profit Signal Foundation. Signal’s mobile client, desktop client, and server are free and open-source software (with some exceptions–read on!).
Continuous delivery is a software development approach in which code changes are automatically staged for production release. A foundation for modern application development, continuous delivery extends continuous integration by automatically deploying code changes to test and production environments after the build phase. When properly implemented, developers have deployable build artifacts that have passed a standardized testing process and can be deployed to environments as needed.
