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中文EnglishRoadmapAPI官网控制台
  1. Getting Started
  • Introduction
  • On-call
    • Getting Started
      • Quick start
      • FAQ
      • Product Comparison
    • Incidents
      • What is an Incident
      • View Incidents
      • Handle Incidents
      • Escalations and Assignments
      • Custom Fields
      • Custom Actions
      • Alert Noise Reduction
      • Past Incidents
      • Outlier Incidents
    • Configure On-call
      • Channels
      • Integrate Alerts
      • Alert Noise Reduction
      • Escalation Rules
      • Label Enrichment
      • Schedules
      • Templates
      • Service Calendars
      • Preferences
      • Alert Routing
      • Silence and Inhibition
      • Filters
      • Notification Bots
      • Alert Pipeline
    • Advanced Features
      • Referencing Variables
      • Dynamic Assignment
      • Insights
    • Integrations
      • Alerts integration
        • Standard Alert Integration
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        • Nightingale/FlashCat Integration
        • Prometheus Integration
        • Grafana Integration
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        • Splunk Alert Events Integration
        • AppDynamics Alert Integration
        • SolarWinds Alert Events Integration
        • Volcengine CM Alert Events Integration
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        • Meraki Integration
        • Keep Integration
        • ElastAlert2 Alert Integration
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        • Guance Alert Events
        • Zilliz Alert Events
        • Huawei Cloud APM Alerts
        • zstack integration
      • Change integration
        • Standard Change Event
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      • IM integration
        • Feishu (Lark) Integration Guide
        • Dingtalk Integration
        • WeCom Integration
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        • Microsoft Teams Integration
      • Single Sign-On
        • Authing Integration
        • Keycloak Guide
        • OpenLDAP Guide
      • Webhooks
        • Alert webhook
        • Incident webhook
        • Costom action
  • RUM
    • Getting Started
      • Introduction
      • Quick start
      • FAQ
    • Applications
      • Applications
      • SDK Integration
      • Advanced Configuration
      • Analysis Dashboard
    • Performance Monitoring
      • Overview
      • Metrics
      • Performance Analysis
      • Performance Optimize
    • Error Tracking
      • Overview
      • Error Reporting
      • Issues
      • Source Mapping
      • Error Grouping
      • Issue States
      • Issue Alerting
    • Others
      • Terminology
      • Data Collection
      • Data Security
  • Platform
    • Teams and Members
    • Permissions
    • Single Sign-On
  • Terms
    • Terms of Service
    • User Agreement/Privary Policy
    • SLA
    • Data Security
  1. Getting Started

Introduction

What is Real User Monitoring?#


Real User Monitoring (RUM) is an innovative technology that tracks and analyzes the actual experience of real users as they interact with your web applications. Unlike traditional simulation testing, RUM collects data directly from users' browsers, showing you how your application performs in real-world conditions.
Flashduty RUM enables developers, operations engineers, and business stakeholders to gain intuitive insights into application performance, promptly identify issues, and continuously optimize user experience—all powered by real-time collection and analysis of end-user browser data.

Core Benefits#

1.
Performance monitoring: Monitor key performance metrics in real-time, including page load time, resource loading efficiency, and JavaScript execution status, to quickly identify bottlenecks affecting user experience.
2.
Error monitoring: Automatically capture JavaScript errors, network failures, and other issues impacting users, with rich contextual information to help quickly locate and resolve problems.
3.
Insights: Analyze performance of images, scripts, API calls, and other resources in depth to optimize loading speed, understand data trends, reduce bandwidth consumption, and minimize errors.

Why Choose Flashduty RUM?#


1.
Comprehensive visualization: Gain a holistic understanding of application performance across different browsers, devices, and regions from the user's perspective.
2.
Early warning: Identify and resolve issues before they become widespread, significantly improving application stability.
3.
Data-driven: Develop optimization strategies based on real user data, eliminating subjective assumptions.
4.
Ecosystem integration: Deeply integrated with the Flashduty monitoring system, enabling incident alerts through channels and combining trace tracking for end-to-end problem identification and analysis across frontend and backend.
5.
Lightweight and efficient: JavaScript SDK uses a lightweight design that minimizes performance impact while ensuring robust data collection.

How RUM Works#


Flashduty RUM collects data by embedding a lightweight JavaScript SDK in your web application. The SDK primarily collects the following types of data:
1.
Page visits: Records page loading processes, navigation timing, and user environment information.
2.
Resource loading: Detailed tracking of loading performance for images, scripts, API calls, and other resources.
3.
User interactions: Collects user actions such as clicks, form submissions, and custom events.
4.
Error information: Captures JavaScript exceptions, network failures, and other issues.
5.
Long task tracking: Monitors time-consuming JavaScript tasks that might cause page stuttering.
This data is transmitted to the Flashduty backend in real-time for processing and analysis, ultimately presented as intuitive dashboards and reports to help you fully understand your application's performance and user experience.

Further Reading#

To learn more about RUM capabilities and best practices, we recommend reading the following documentation:
Quick Start — Build your user monitoring system from scratch and quickly optimize user experience.
Performance Monitoring — Learn more about performance monitoring features.
Error Tracking — Learn more about error tracking features.

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