New Relic eBPF Expands Kernel-Level Observability
New Relic eBPF provides full-stack kernel observability by extending visibility across applications, infrastructure, and network layers without requiring manual code instrumentatio…
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APM
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Kubernetes application monitoring: Tools & tips for faster incident resolution
This article explains how effective Kubernetes application monitoring reduces incident resolution time by unifying metrics, logs, and traces with cluster-level data. It provides a …
Exploring application performance monitoring (APM)
This article highlights the importance of Application Performance Monitoring (APM) for modern businesses. APM utilizes real-time data to track application performance and user expe…
OpenTelemetry Events vs. New Relic Custom Events: Capabilities, Context, and the “Why”
This article explains the difference between OpenTelemetry (OTel) Events and New Relic Custom Events, both used for observability signals. OTel Events are structured logs tied to t…
Doing or Waiting?
This article emphasizes the importance of understanding whether application performance bottlenecks stem from “doing” (CPU usage) or “waiting” (external dependencies or resource co…
Demystifying Java Instrumentation: The Engineering Behind the New Relic Java Agent
The New Relic Java Agent prioritizes stability while providing observability by minimizing its footprint and utilizing the JVM’s built-in instrumentation. It achieves this through …
A New Era for New Relic’s Lambda Extension: From Go to Rust
Learn how New Relic’s switch from Go to Rust boosted Lambda efficiency and reliability
New Relic Teams, Scorecards, Catalogs, Maps and SAI GitHub Integration are now GA
New Relic announces the general availability of New Relic Teams, Scorecards, Catalogs, Maps and Service Architecture Intelligence (SAI) integration with GitHub.