sentry vs logrocket vs newrelic vs raygun vs rollbar vs trackjs
Error Tracking and Monitoring Tools
sentrylogrocketnewrelicraygunrollbartrackjsSimilar Packages:

Error Tracking and Monitoring Tools

Error tracking and monitoring tools are essential for web development as they help developers identify, diagnose, and resolve issues in their applications. These tools provide insights into application performance, user interactions, and error occurrences, allowing teams to enhance user experience and maintain application reliability. By integrating these tools, developers can proactively monitor their applications, receive alerts for issues, and analyze error reports to improve overall software quality.

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sentry16,566543.16 MB38a day agoFSL-1.1-Apache-2.0
logrocket0-333 kB-a month agoMIT
newrelic09982.8 MB809 days agoApache-2.0
raygun032120 kB0a month ago-
rollbar058918.3 MB68a month agoMIT
trackjs0130137 kB32 years agoSEE LICENSE IN LICENSE.md

Feature Comparison: sentry vs logrocket vs newrelic vs raygun vs rollbar vs trackjs

Error Reporting

  • sentry:

    Sentry captures unhandled exceptions and provides detailed error reports, including stack traces, breadcrumbs, and user context, allowing for efficient debugging and issue resolution.

  • logrocket:

    LogRocket captures errors along with session replays, allowing developers to see exactly what users experienced before an error occurred. This context helps in diagnosing issues more effectively.

  • newrelic:

    New Relic provides comprehensive error reporting with detailed stack traces, user sessions, and performance metrics, enabling developers to pinpoint the root cause of issues quickly.

  • raygun:

    Raygun offers real-time error reporting with detailed diagnostics, including the affected users, environment, and stack traces, making it easy to understand and fix issues promptly.

  • rollbar:

    Rollbar provides real-time error tracking with contextual information about the error, including the user’s actions leading up to the error, which aids in faster resolution.

  • trackjs:

    TrackJS focuses on JavaScript errors, providing real-time error reporting with stack traces and user context, making it easy to identify and fix client-side issues.

Performance Monitoring

  • sentry:

    Sentry offers performance monitoring features that allow developers to track transaction performance, identify slow transactions, and optimize application responsiveness.

  • logrocket:

    LogRocket also tracks performance metrics, such as load times and API response times, giving developers a holistic view of application performance alongside error tracking.

  • newrelic:

    New Relic excels in performance monitoring, offering insights into application performance, response times, and throughput, making it ideal for optimizing application efficiency.

  • raygun:

    Raygun includes performance monitoring features that allow developers to track application speed and user experience, helping identify performance bottlenecks.

  • rollbar:

    Rollbar provides performance insights related to error occurrences, helping teams understand the impact of errors on overall application performance.

  • trackjs:

    TrackJS does not focus heavily on performance monitoring but provides basic insights into JavaScript execution times and error occurrences.

Integration and Setup

  • sentry:

    Sentry supports a wide range of programming languages and frameworks, providing easy-to-follow documentation for quick integration into existing projects.

  • logrocket:

    LogRocket is straightforward to integrate with various frameworks and libraries, requiring minimal setup to start capturing user sessions and errors.

  • newrelic:

    New Relic offers extensive integrations with various platforms, but its setup can be more complex due to the depth of monitoring it provides.

  • raygun:

    Raygun provides easy integration with popular frameworks and languages, allowing teams to get started quickly with error tracking and performance monitoring.

  • rollbar:

    Rollbar is designed for easy integration with modern development workflows, offering SDKs for various languages and frameworks, making setup quick and efficient.

  • trackjs:

    TrackJS is very easy to set up, requiring just a few lines of code to start tracking JavaScript errors, making it ideal for quick implementations.

User Experience Insights

  • sentry:

    Sentry provides user context for errors, allowing developers to see which users encountered issues, but lacks session replay capabilities.

  • logrocket:

    LogRocket provides session replay features that allow developers to watch user sessions, offering insights into user behavior and experience, which is invaluable for debugging.

  • newrelic:

    New Relic focuses more on performance metrics than user experience insights, making it less suitable for understanding user interactions directly.

  • raygun:

    Raygun offers insights into user sessions and error occurrences, helping teams understand how users are affected by errors in real-time.

  • rollbar:

    Rollbar provides contextual information about users affected by errors, but it does not offer session replay features like LogRocket.

  • trackjs:

    TrackJS focuses primarily on error tracking and does not provide user experience insights beyond error occurrences.

Pricing and Plans

  • sentry:

    Sentry offers a generous free tier with pricing based on usage, making it a good choice for teams looking for a cost-effective solution.

  • logrocket:

    LogRocket offers a tiered pricing model based on the number of sessions recorded, making it flexible for different project sizes and budgets.

  • newrelic:

    New Relic has a more complex pricing structure based on usage, which can be beneficial for larger teams but may be costly for smaller projects.

  • raygun:

    Raygun offers competitive pricing with various plans based on the number of errors tracked and users monitored, making it accessible for small to medium-sized teams.

  • rollbar:

    Rollbar has a free tier for small projects and tiered pricing based on the number of errors tracked, making it suitable for startups and larger teams alike.

  • trackjs:

    TrackJS has a straightforward pricing model based on the number of tracked errors, making it affordable for smaller projects.

How to Choose: sentry vs logrocket vs newrelic vs raygun vs rollbar vs trackjs

  • sentry:

    Select Sentry if you want a versatile error tracking tool that integrates well with various programming languages and frameworks. It offers detailed error reports, performance monitoring, and release tracking, making it suitable for diverse development environments.

  • logrocket:

    Choose LogRocket if you need a comprehensive session replay tool that helps you understand user behavior and experience in addition to error tracking. It provides insights into how users interact with your application, which can be invaluable for debugging and improving user experience.

  • newrelic:

    Select New Relic if you require a robust application performance monitoring (APM) solution that offers deep insights into your application's performance metrics, including response times, throughput, and error rates. It is ideal for large-scale applications where performance optimization is critical.

  • raygun:

    Opt for Raygun if you want a user-friendly interface with powerful error tracking and performance monitoring capabilities. It provides real-time error reporting and detailed diagnostics, making it suitable for teams looking for quick insights and easy integration.

  • rollbar:

    Choose Rollbar if you need real-time error tracking with a focus on deployment tracking and detailed error context. It is particularly useful for teams that frequently deploy updates and need to monitor the impact of changes on application stability.

  • trackjs:

    Choose TrackJS if you are looking for a lightweight JavaScript error tracking solution that provides simple integration and real-time error monitoring. It is ideal for smaller projects or teams that need a straightforward tool without extensive overhead.

README for sentry

Sentry CLI

The command-line interface for Sentry. Built for developers and AI agents.

Documentation | Getting Started | Commands


Installation

Install Script (Recommended)

curl https://cli.sentry.dev/install -fsS | bash

Homebrew

brew install getsentry/tools/sentry

Package Managers

npm install -g sentry
pnpm add -g sentry
bun add -g sentry

Run Without Installing

npx sentry@latest

Quick Start

# Authenticate with Sentry
sentry auth login

# List issues (auto-detects project from your codebase)
sentry issue list

# Get AI-powered root cause analysis
sentry issue explain PROJ-ABC

# Generate a fix plan
sentry issue plan PROJ-ABC

Features

  • DSN Auto-Detection - Automatically detects your project from .env files or source code. No flags needed.
  • Seer AI Integration - Get root cause analysis and fix plans directly in your terminal.
  • Monorepo Support - Works with multiple projects, generates short aliases for easy navigation.
  • JSON Output - All commands support --json for scripting and pipelines.
  • Open in Browser - Use -w flag to open any resource in your browser.

Commands

CommandDescription
sentry authLogin, logout, check authentication status
sentry orgList and view organizations
sentry projectList, view, create, and delete projects
sentry issueList, view, explain, and plan issues
sentry eventView event details
sentry traceList and view distributed traces
sentry spanList and view spans
sentry logList and view logs (with streaming)
sentry dashboardList, view, and create dashboards with widgets
sentry sourcemapInject debug IDs and upload sourcemaps
sentry initInitialize Sentry in your project
sentry schemaBrowse the Sentry API schema
sentry apiMake direct API requests
sentry cliUpgrade, setup, fix, and send feedback

For detailed documentation, visit cli.sentry.dev.

Configuration

Credentials are stored in ~/.sentry/ with restricted permissions (mode 600).

Library Usage

Use Sentry CLI programmatically in Node.js (≥22) or Bun without spawning a subprocess:

import createSentrySDK from "sentry";

const sdk = createSentrySDK({ token: "sntrys_..." });

// Typed methods for every CLI command
const orgs = await sdk.org.list();
const issues = await sdk.issue.list({ orgProject: "acme/frontend", limit: 5 });
const issue = await sdk.issue.view({ issue: "ACME-123" });

// Nested commands
await sdk.dashboard.widget.add({ display: "line", query: "count" }, "my-org/my-dashboard");

// Escape hatch for any CLI command
const version = await sdk.run("--version");
const text = await sdk.run("issue", "list", "-l", "5");

Options (all optional):

  • token — Auth token. Falls back to SENTRY_AUTH_TOKEN / SENTRY_TOKEN env vars.
  • url — Sentry instance URL for self-hosted (e.g., "sentry.example.com").
  • org — Default organization slug (avoids passing it on every call).
  • project — Default project slug.
  • text — Return human-readable string instead of parsed JSON (affects run() only).
  • cwd — Working directory for DSN auto-detection. Defaults to process.cwd().
  • signalAbortSignal to cancel streaming commands (--follow, --refresh).

Streaming commands return AsyncIterable — use for await...of and break to stop.

Errors are thrown as SentryError with .exitCode and .stderr.


Development

Prerequisites

Setup

git clone https://github.com/getsentry/cli.git
cd cli
bun install

Running Locally

# Run CLI in development mode
bun run dev --help

# With environment variables
bun run --env-file=.env.local src/bin.ts --help

Scripts

bun run build        # Build for current platform
bun run typecheck    # Type checking
bun run lint         # Check for issues
bun run lint:fix     # Auto-fix issues
bun test             # Run tests

See DEVELOPMENT.md for detailed setup and CONTRIBUTING.md for contribution guidelines.

License

FSL-1.1-Apache-2.0