Infinite cardinality and full transaction analysis helps you isolate and correlate issues faster across complex distributed systems.
Easily identify latency, errors and poor performance for each code change and deployment. Measure how content, images and third-party dependencies impact your customers.
Identify the issues impacting your customers, webpages and mobile apps the most. AI-driven troubleshooting uses all your data and enterprise-grade analytics to provide recommendations for which problems to fix first.
Benchmark and improve your customer experience with core web vitals as the standard for page load, interactivity and visual stability.
Pinpoint user-facing issues anywhere in your stack — from web browsers and native mobile apps to backend services.
Reduce MTTR with full-fidelity, OpenTelemetry standardized data, stitched together from web browsers through backend services.
Quickly correlate issues and find root cause faster across complex distributed systems and dependencies.
Auto-capture common client attributes, app lifecycle events, network requests and errors, app errors and crashes for native mobile apps.
Easily instrument multipage and single-page apps to capture transactions and route changes across every framework.
Measure the customer impact of every resource, image, route change and API call, with complete visibility across every user session.
We can now correlate backend traces from Application Performance Management (APM) with frontend traces from RUM. That’s a huge value because that’s been our missing link.
Get insight into cloud-native, microservice and monolithic applications, with NoSample distributed tracing and code-level visibility.
Start investigating application and infrastructure logs in minutes for the “Why?” behind software behavior.
Improve hybrid cloud performance with instant visibility and real-time alerts.
Proactively find and fix performance issues across user flows, business transactions and APIs.
Make on-call less frustrating and improve business outcomes with automated incident response.