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Splunk observability
Splunk observability










splunk observability splunk observability
  1. #Splunk observability full
  2. #Splunk observability software

#Splunk observability full

The general availability of our Infrastructure Navigator 2.0, from Splunk Infrastructure Monitoring, provides immediate full stack visibility across hosts, containers, databases, and services spanning hybrid cloud environments. This feature reduces the time to getting data into Splunk Observability Cloud, providing immediate value with no configuration for the instrumentation, and data collection agents. With the preview of auto-instrumentation of Java applications via the OpenTelemetry Collector, you can start streaming their traces and monitor your distributed applications with Splunk APM in minutes. You can now combine logs and metrics together in your Observability dashboards to help you scope an issue’s severity and reach, and quickly drill down with more granularity as you investigate possible causes. Log Observer Connect helps joins log, metric, and trace data in context to scope and isolate performance problems across your infrastructure and applications ( image source )Īnother capability helping expand your ability to connect granular log data with metrics is the preview of Logs in Observability Dashboards. More context across metrics, traces, and log data helps quickly scope issues in production environments, isolate latency, and identify granular details to understand the root cause, faster. This capability of Splunk Log Observer connects your logs to metrics and traces, helping you understand which logs are dependent on infrastructure and applications as you investigate performance problems. Splunk Log Observer Connect is now generally available.

#Splunk observability software

With observability integrated as part of the broader Splunk platform, only Splunk instruments your entire tech landscape from packaged applications running on-prem (like order processing or fulfillment systems from third-party vendors) to cloud-native web applications with no sampling, so you can get end-to-end visibility and rapidly correlate issues that are impacting multiple parts of your entire software stack. It’s hard to measure how infrastructure health and application performance impacts your digital customer experience when you have to switch between tools or different monitoring experiences. Let’s take a spin through the new innovations, with a bit of context for each.Įnd-to-end Visibility Across Your Hybrid Cloud Splunk Observability is the only solution providing: end-to-end visibility across hybrid landscapes, AIOps capabilities for full correlation of logs, metrics, and traces to predict and prevent problems before they impact customers, and AI-directed troubleshooting that leverages a unified entity model which analyzes 100% of unsampled telemetry data to pinpoint issues that impact services and customers the most. With more data, dependencies, and changes from production environments, there are more failure scenarios than teams can ever anticipate, and there is more to monitor and react to. Our customers are undergoing large-scale initiatives around IT Modernization, cloud migration, and application modernization. It’s been a tremendous year of innovation at Splunk and we’re excited to introduce new features to help DevOps, IT Operations, and software development teams build, troubleshoot, and innovate faster.












Splunk observability