Medical devices, subway car doors, severe weather warnings, heavy machinery, car alarms, software security alerts. They all notify you to indicate that something is wrong so that you can take action to prevent harm. Hospital monitors can detect a wide range of issues, from an incorrect dose of medication to an irregular heartbeat and beyond. They can quite literally save a life. The same goes for severe weather alerts that warn of impending tornadoes or hurricanes.
Artificial Intelligence for ITOps (AIOps) can help accelerate incident response with all the incident context, impact assessment, triage data and collaboration & automation tools at one place.
Are your current expensive, traditional or legacy monitoring tool implementations holding you back? It may be time to look into Observability architectures.
Emerging digital IT paradigm shifts like Hybrid IT, Multi-Cloud, Microservices & Containerization, Serverless, Software Defined Datacenter etc. are creating compelling new opportunities for IT leaders. However, these same paradigm shifts have also led to a drastic increase in monitored assets, numerous operational tools, and exponential growth of operational data.
CloudFabrix is enhancing its AIOps platform with native Observability and AI at the edge capabilities to bridge the gap between Observability and AIOps solutions. Enterprises are struggling with unifying multitude of expensive monitoring deployments as well as gaps in observability, specifically for modern application architectures that include usage of microservices, containers and Kubernetes.
Alert fatigue is a well-known phenomenon with security products – the security team gets a lot of alerts (from the SIEM, for example), it tries to triage and act upon all of them, but at some point, they are so many and so few of them are actual threats, that the security team just ignores them. And that leads to both overworked security teams and an increased risk for missing an actual threat. Why is that happening? It’s hard to tweak a system right, no matter how flexible it is.