Presented by Elastic Logs set to become the primary tool for finding the “why” in diagnosing network incidents Modern IT environments have a data problem: there’s too much of it. Organizations that need to manage a company’s environment are increasingly challenged to detect and diagnose issues in real-time, optimize performance, improve reliability, and ensure security and compliance — all within constrained budgets. The modern observability landscape has many tools that offer a solution. Most revolve around DevOps teams or Site Reliability Engineers (SREs) analyzing logs, metrics, and traces to uncover patterns and figure out what’s happening across the network, and diagnose why an issue or incident occurred. The problem is that the process creates information overload: A Kubernetes cluster alone can emit 30 to 50 gigabytes of logs a day, and suspicious behavior patterns can sneak past human eyes. “It’s so anachronistic now, in the world of AI, to think about humans alone observing infrastructure,” says Ken Exner, chief product officer at Elastic. “I hate to break it to you, but machines are better than human beings at pattern matching.“An industry-wide focus on visualizing symptoms forces engineers to manually hunt for answers. The crucial “why” is buried in logs, but because they contain massive volumes of unstructured data, the industry tends to use them as a tool of last resort. This has forced teams into costly tradeoffs: either spend countless hours building complex data pipelines, drop valuable log data and risk critical visibility gaps, or log and forget.Elastic, the Search AI Company, recently released a new feature for observability called Stream …
