@sentry/node vs newrelic vs logrocket vs rollbar vs trackjs vs raygun
Error Tracking and Monitoring Tools Comparison
1 Year
@sentry/nodenewreliclogrocketrollbartrackjsraygunSimilar Packages:
What's Error Tracking and Monitoring Tools?

Error tracking and monitoring tools are essential for modern web applications, enabling developers to capture, report, and analyze errors and performance issues in real-time. These tools help improve application reliability and user experience by providing insights into application behavior, allowing teams to identify and resolve issues proactively. They typically offer features such as error logging, performance monitoring, user session tracking, and detailed reporting, which are crucial for maintaining high-quality software and ensuring a smooth user experience.

Package Weekly Downloads Trend
Github Stars Ranking
Stat Detail
Package
Downloads
Stars
Size
Issues
Publish
License
@sentry/node7,955,4928,1251.95 MB409a day agoMIT
newrelic923,0189762.23 MB6411 days agoApache-2.0
logrocket353,053-331 kB-2 months agoMIT
rollbar325,7655764.2 MB87a year agoMIT
trackjs34,970128137 kB3a year agoSEE LICENSE IN LICENSE.md
raygun16,72031112 kB12 months ago-
Feature Comparison: @sentry/node vs newrelic vs logrocket vs rollbar vs trackjs vs raygun

Error Reporting

  • @sentry/node:

    @sentry/node captures unhandled exceptions and manual error reports, providing detailed context such as stack traces, user data, and breadcrumbs that show the events leading up to the error. This helps developers quickly diagnose and fix issues.

  • newrelic:

    New Relic offers comprehensive error reporting as part of its APM suite, allowing developers to track errors alongside performance metrics. It provides insights into the impact of errors on application performance and user experience.

  • logrocket:

    Logrocket captures JavaScript errors and provides a visual representation of the user's session leading up to the error, allowing developers to see exactly what the user experienced. This context is invaluable for reproducing and resolving issues effectively.

  • rollbar:

    Rollbar provides real-time error reporting with automatic grouping of similar errors, making it easier to manage and resolve issues. It also includes features for tracking the frequency and impact of errors on users.

  • trackjs:

    TrackJS focuses on capturing JavaScript errors in the browser, providing detailed reports that include the error message, stack trace, and user context. It is designed to be lightweight and easy to integrate into front-end applications.

  • raygun:

    Raygun provides detailed error reports that include stack traces, user information, and environment details. It also offers a user-friendly dashboard for tracking and managing errors over time, making it easy to prioritize fixes.

Performance Monitoring

  • @sentry/node:

    @sentry/node includes performance monitoring features that allow developers to track the performance of their applications, measuring metrics such as response times and transaction durations, which can help identify bottlenecks.

  • newrelic:

    New Relic is renowned for its performance monitoring capabilities, offering detailed insights into application performance, server health, and user interactions. It helps teams optimize their applications for better performance and user experience.

  • logrocket:

    Logrocket provides performance monitoring alongside error tracking, allowing developers to analyze the performance of their applications during user sessions. This helps identify performance issues that may lead to errors.

  • rollbar:

    Rollbar focuses primarily on error tracking but also provides some performance monitoring features, allowing developers to see how errors impact application performance and user experience.

  • trackjs:

    TrackJS does not provide extensive performance monitoring features but focuses on capturing client-side errors in JavaScript applications, helping developers understand the impact of errors on user experience.

  • raygun:

    Raygun includes performance monitoring features that track page load times and response times, providing insights into how performance issues may relate to errors. This helps teams improve overall application performance.

Integration and Ecosystem

  • @sentry/node:

    @sentry.node integrates with a wide range of frameworks and libraries, including Express, React, and Angular, making it versatile for various application architectures. It also supports multiple programming languages, enhancing its usability.

  • newrelic:

    New Relic provides extensive integrations with cloud services, container orchestration platforms, and various programming languages, making it suitable for complex, multi-tier applications. Its ecosystem supports a wide range of monitoring needs.

  • logrocket:

    Logrocket easily integrates with popular front-end frameworks and libraries, including React, Angular, and Vue.js. It also offers plugins for various back-end technologies, making it a flexible choice for full-stack applications.

  • rollbar:

    Rollbar offers integration with many popular frameworks and libraries, including Node.js, Ruby on Rails, and PHP. It also supports various deployment environments, making it adaptable for different development workflows.

  • trackjs:

    TrackJS is designed for easy integration with JavaScript applications, providing a simple setup process. It works well with front-end frameworks but has limited support for back-end integrations.

  • raygun:

    Raygun integrates with numerous frameworks and platforms, including .NET, Java, and PHP, as well as front-end libraries. Its API allows for custom integrations, enhancing its flexibility for different tech stacks.

User Experience Insights

  • @sentry/node:

    @sentry/node provides insights into user interactions leading up to errors, helping developers understand the context of issues and improve user experience by addressing pain points in the application.

  • newrelic:

    New Relic offers real-user monitoring features that track how actual users experience the application, providing insights into performance and error rates from the user's perspective, which helps improve overall user satisfaction.

  • logrocket:

    Logrocket excels in providing user experience insights through session replay, allowing developers to see how users interact with the application before encountering errors. This feature is invaluable for improving usability and identifying UX issues.

  • rollbar:

    Rollbar focuses on error tracking but provides some insights into user impact, allowing developers to see how many users are affected by specific errors, which can inform prioritization for fixes.

  • trackjs:

    TrackJS primarily focuses on error tracking and does not provide extensive user experience insights beyond the context of the errors captured.

  • raygun:

    Raygun provides user tracking features that allow developers to see how different users experience errors and performance issues, helping prioritize fixes based on user impact and frequency.

Alerting and Notifications

  • @sentry/node:

    @sentry/node includes alerting features that notify developers of new errors and performance issues in real-time, allowing for quick responses to critical issues that may affect users.

  • newrelic:

    New Relic offers robust alerting capabilities that allow teams to set up custom alerts based on performance metrics and error rates, ensuring that critical issues are addressed promptly.

  • logrocket:

    Logrocket provides alerting features that notify developers of significant errors or performance degradation, helping teams stay informed about issues as they arise during user sessions.

  • rollbar:

    Rollbar provides real-time notifications for new errors, allowing teams to respond quickly to issues as they occur. It also supports integration with various communication tools for alerting.

  • trackjs:

    TrackJS offers basic alerting features for captured errors, notifying developers when new errors occur, but lacks the extensive alerting capabilities of some other tools.

  • raygun:

    Raygun includes alerting features that notify teams of new errors and performance issues, allowing for quick action to resolve problems that impact users.

How to Choose: @sentry/node vs newrelic vs logrocket vs rollbar vs trackjs vs raygun
  • @sentry/node:

    Choose @sentry/node if you need a comprehensive error tracking solution that integrates seamlessly with various frameworks and provides detailed context about errors, including stack traces and user interactions. It is particularly useful for applications that require real-time monitoring and alerting.

  • newrelic:

    Choose New Relic if you are looking for a robust performance monitoring solution that goes beyond error tracking to include application performance monitoring (APM), infrastructure monitoring, and real-user monitoring. It is suitable for larger applications that require in-depth performance insights and analytics.

  • logrocket:

    Choose LogRocket if you want to combine error tracking with session replay capabilities. LogRocket allows you to see exactly what users experienced before an error occurred, making it easier to reproduce and fix issues. It is ideal for teams focused on user experience and debugging complex interactions.

  • rollbar:

    Choose Rollbar if you want a strong focus on real-time error tracking with automatic grouping and resolution suggestions. Rollbar is designed for rapid development environments and integrates well with CI/CD pipelines, making it suitable for teams that deploy frequently and need immediate feedback on errors.

  • trackjs:

    Choose TrackJS if you are looking for a lightweight solution focused on JavaScript error tracking. TrackJS provides simple integration and is particularly useful for front-end applications, making it a good choice for teams that want to quickly implement error tracking without extensive configuration.

  • raygun:

    Choose Raygun if you need a user-friendly interface and powerful reporting features for error tracking and performance monitoring. Raygun provides detailed error reports, user tracking, and performance insights, making it a good choice for teams that prioritize ease of use and actionable insights.

README for @sentry/node

Sentry

Official Sentry SDK for Node

npm version npm dm npm dt

Installation

npm install @sentry/node

# Or yarn
yarn add @sentry/node

Usage

Sentry should be initialized as early in your app as possible. It is essential that you call Sentry.init before you require any other modules in your application, otherwise auto-instrumentation of these modules will not work.

You need to create a file named instrument.js that imports and initializes Sentry:

// CJS Syntax
const Sentry = require('@sentry/node');
// ESM Syntax
import * as Sentry from '@sentry/node';

Sentry.init({
  dsn: '__DSN__',
  // ...
});

You need to require or import the instrument.js file before importing any other modules in your application. This is necessary to ensure that Sentry can automatically instrument all modules in your application:

// Import this first!
import './instrument';

// Now import other modules
import http from 'http';

// Your application code goes here

ESM Support

When running your application in ESM mode, you should use the Node.js --import command line option to ensure that Sentry is loaded before the application code is evaluated.

Adjust the Node.js call for your application to use the --import parameter and point it at instrument.js, which contains your Sentry.init() code:

# Note: This is only available for Node v18.19.0 onwards.
node --import ./instrument.mjs app.mjs

If it is not possible for you to pass the --import flag to the Node.js binary, you can alternatively use the NODE_OPTIONS environment variable as follows:

NODE_OPTIONS="--import ./instrument.mjs" npm run start

Links