Angular Error and Performance Monitoring
Get complete visibility into your Angular errors and performance issues that are impacting your end user experience. Fix critical issues sooner with in depth data points that helps you in analyzing and resolving issues with great speed.
Get deep visibility into how real users experience your Angular app
Real user session visibility
Understand how real users navigate, interact, and experience your Angular application under live traffic. Track full user sessions to identify friction points that backend monitoring cannot reveal.
Angular route performance insights
Monitor Angular Router navigation and virtual page loads to see which routes are slow and why. Identify delays caused by JavaScript execution, API calls, or heavy component rendering.
Frontend performance metrics
Measure real-world frontend performance including load time, interaction latency, and Core Web Vitals (LCP, CLS, INP). See how Angular performance varies across devices, browsers, and networks.
Runtime javaScript & angular errors
Capture runtime JavaScript errors and Angular-specific failures that don’t crash the app but break user experience. View stack traces with route, browser, and release context.
User interaction issues
Detect slow or broken user interactions such as repeated clicks, unresponsive buttons, and stalled flows. Identify UX issues caused by frontend logic rather than backend failures.
Session-to-code correlation
Connect user sessions directly to frontend errors, slow routes, and backend APIs. Quickly trace issues from real user impact to the exact Angular code path responsible.
Browser & device-level insights
Analyze Angular performance across different browsers, devices, and operating systems. Identify environment-specific issues that affect only certain user segments.
Faster frontend debugging
Use real user context to prioritize and fix Angular issues faster. Reduce time spent guessing by focusing on problems that impact real users the most.
Reveal Angular App Performance Patterns with Precise Metrics
Measure component render timing, resource load impact, API latency, and system metrics with correlated traces so you can pinpoint frontend bottlenecks fast.
Slow Page Transitions Without Clear Breakdown
Without fine-grained timing, sluggish route changes look like general UI lag, and spans are needed to show where navigation and component lifecycles spend time.
Heavy Component Renders Inflate Perceived Performance
Large or deeply nested component trees can add significant render cost, and tying render durations to trace data reveals which UI parts are most expensive.
API Calls Add Invisible Waits
Remote REST or GraphQL requests can extend interactive time, and precise per-call latency within traces shows which endpoints add the most delay.
Resource Load Costs Mask Interactivity Issues
Bundles, fonts, and images can slow first meaningful paint, and correlating asset load cost with user-perceived timing shows where delivery weight matters.
Network and Device Conditions Affect Perceived Speed
Variations in network latency or device CPU can influence responsiveness, and correlating system and network metrics with traces highlights real environmental impacts.
Why Choose Atatus for Angular RUM?
Gain Real-time visibility into Angular component performance, SPA navigation, and Core Web Vitals without stack complexity
Built for Angular execution
Tailored insights into component load times, change detection, and SPA routing behavior in production environments.
Faster frontend diagnosis
Real-time error tracking with Angular-specific stack traces and repro steps accelerates issue resolution.
Low operational overhead
Lightweight agent with zero sampling ensures minimal performance impact on Angular applications.
Clear Core Web Vitals signals
Actionable LCP, FID, CLS metrics surfaced without overwhelming developers with noise.
Scales global SaaS workloads
Handles high-traffic Angular SPAs across geo-regions with enterprise-grade reliability.
Predictable usage pricing
Scalable pricing grows with your user base—no contracts or restrictive feature tiers.
Unified Observability for Every Engineering Team
Atatus adapts to how engineering teams work across development, operations, and reliability.
Developers
Trace requests, debug errors, and identify performance issues at the code level with clear context.
DevOps
Track deployments, monitor infrastructure impact, and understand how releases affect application stability.
Release Engineer
Measure service health, latency, and error rates to maintain reliability and reduce production risk.
Frequently Asked Questions
Find answers to common questions about our platform