Diagnose Cross-Service Latency with New Relic Java Agent Tracing
Connect spans across Java services to find where slow requests actually break down, without guessing from logs alone.
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Connect spans across Java services to find where slow requests actually break down, without guessing from logs alone.
Enable New Relic Distributed Tracing for Java microservices: add the agent, set <code>distributed_tracing.enabled</code>, verify traces, measure overhead, and balance sampling and privacy. Follow a staged rollout to keep performance in check.
New Relic's Java agent vs OpenTelemetry for Spring Boot: a practical decision framework covering auto-instrumentation, Infinite Tracing, metric alerting, and migration path.
Learn how to use New Relic’s distributed tracing, span attributes, and service maps to pinpoint cross‑service latency in Java microservices. Includes a step‑by‑step guide, sample configuration, and trade‑off discussion.
New Relic’s Distributed Tracing lets you follow a request across services, spot slow spans, and reduce latency. This guide shows how to set up tracing, find bottlenecks, and balance sampling.
Add business context like tenantId to New Relic APM traces using the agent's request-scoped addCustomAttribute API. Covers worked examples, propagation, cardinality limits, common mistakes, and verification steps.
Discover how to enable New Relic Distributed Tracing in a Spring Boot app, spot latency hotspots, and understand the overhead costs.
Identify why New Relic transactions stall, locate the bottleneck via distributed tracing, and apply targeted fixes.
Learn how to get end‑to‑end visibility across microservices with New Relic’s Distributed Tracing. The guide covers automatic header injection, custom span creation, sampling, and common pitfalls such as broken traces in async queues.