Self-hosted Next.js error tracking across client and server
Capture production errors from pages, layouts, route handlers, API routes, SSR, and browser sessions on your own server.
$299.99 once, yours for life.
TL;DR: Telebugs accepts events from the official Sentry Next.js SDK, supports sourcemaps and releases, groups related errors, sends useful notifications, and keeps your production error data on infrastructure you control.
A detailed error report for Next.js error tracking captured by Telebugs.
Telebugs is one of the best software I bought this year. It made me save a lot of money I was spending on Sentry for all clients. Now I have everything I need in one place, and I paid for it just once :)
Next.js production errors can happen in several places at once: a client component, a server component, a route handler, middleware, SSR, a background fetch, or a browser bundle that only fails for part of your audience.
Telebugs gives those errors a focused place to land. It runs on your server, accepts events from the official Sentry Next.js SDK, and keeps the familiar SDK workflow without sending your error data to a hosted error-tracking SaaS.
Built-in sourcemap support helps production stack traces point back to your original JavaScript, TypeScript, JSX, and TSX files instead of stopping at bundled code.
You keep the parts that matter for debugging: grouped issues, backtraces, breadcrumbs, releases, notifications, notes, and retention controls.
Telebugs follows a straightforward philosophy. It gives Next.js teams the core error tracking workflow: readable reports, grouping, releases, sourcemaps, notifications, notes, retention controls, and ownership of the server.
It is also predictable to budget for. Just $299.99 once.
Competitor prices as of June 25, 2025, are estimates and may change. Check with the provider for updates.
That makes it a practical fit for Next.js apps that can produce a wide mix of client and server events: hydration errors, stale chunks, SSR failures, route handler exceptions, failed API calls, middleware issues, and deploy regressions.
Telebugs groups related Next.js errors so you can focus on the issue, not on hundreds of duplicate events when one deploy affects many users.
Similar stack traces and messages are grouped together, which is useful when one hydration mismatch, failed fetch, route handler exception, or bundle regression appears across many sessions.
See the error grouping guide for details, including custom grouping and fingerprinting rules.
Grouped Next.js errors in Telebugs for efficient error tracking.
Send Next.js production errors to email, push, Slack, Discord, Microsoft Teams, or a webhook. Rules help you separate urgent new regressions from expected browser noise, repeated network failures, or low-priority issues.
Use notification rules to route client-side errors, server-side failures, and deploy regressions to the right people. Full details live in the notifications and rules guide.
Telebugs Next.js error notifications for real-time error tracking.
Notification rules in a Telebugs Next.js project for customized error monitoring.
Every captured Next.js error includes a stack trace. When you upload sourcemaps, Telebugs can map production stack frames back to your original source files, so bundled code points back to the component, route, handler, or utility that actually failed.
That matters for both browser errors and server-side failures, where the useful frame may live in a page, layout, route handler, API route, middleware path, or shared library.
Next.js exception stack trace example in Telebugs for effective error tracking.
Breadcrumbs can show the lead-up: HTTP requests, console output, navigation, user interactions, route changes, and custom app events from the Sentry Next.js SDK.
Next.js error breadcrumb example in Telebugs to enhance exception handling.
Next.js apps combine browser code, server code, routing, rendering, bundling, and deployment runtime behavior. A useful error tracker needs to help you separate those contexts instead of turning every exception into one big pile.
Client-side errors from components, hooks, browser APIs, lazy-loaded chunks, and navigation.
Server-side errors from SSR, route handlers, API routes, server components, data fetching, and shared utilities.
Runtime-specific errors from middleware, edge/runtime constraints, environment variables, and third-party services.
Release regressions where a new bundle, deploy, or sourcemap changes the stack trace, grouping, or affected users.
The stack trace tells you where the exception surfaced. The surrounding context tells you whether the issue came from a browser session, a route handler, a server render, a feature flag, or a particular deployment.
Release and environment so production, staging, preview deploys, and canaries stay separated.
Route, page, layout, and handler tags so recurring failures are easier to triage.
User, account, or tenant identifiers when they help support and engineering understand impact.
Runtime and hosting context for browser, Node.js, edge, preview, and self-hosted deployments.
Breadcrumbs for navigation, API calls, console output, form submissions, and custom app events.
Because Telebugs is self-hosted, you can capture useful debugging context while keeping control of privacy, retention, and sensitive-data scrubbing.
Getting Telebugs running for Next.js errors does not require a large observability project. Install Telebugs on your server, create a project, copy the DSN, and initialize the Sentry Next.js SDK in your app. The installation guide walks through the server side.
Once the server is running, Next.js errors start flowing through the same SDK workflow many frontend and full-stack teams already know from Sentry.
Worried about hosting your own? The docs cover setup, updates, supported platforms, notifications, releases, and retention.
Telebugs Next.js installation process for quick error tracking setup.
Telebugs works with the official @sentry/nextjs package. The main difference from Sentry is the DSN.
npm install --save @sentry/nextjs
Initialize it where your Sentry Next.js setup expects initialization for your app structure:
// instrumentation.ts
import * as Sentry from '@sentry/nextjs';
Sentry.init({
dsn: 'https://your-telebugs-instance.com/api/v1/sentry_errors/1234',
tracesSampleRate: 1.0,
});
Upload sourcemaps during your build or deploy step with the Sentry CLI or the Next.js Sentry config wrapper, then associate them with a release in Telebugs.
Events captured by the official Sentry Next.js SDK are sent to Telebugs, where they can be grouped, searched, assigned, annotated, and linked to releases.
Need more config tips? Check Sentry's Next.js guide. For the full picture across SDKs and languages, see our Sentry SDK compatible page.
Telebugs supports MCP, which makes it easier for AI tools that speak the Model Context Protocol to inspect error data without you copying stack traces by hand. For Next.js teams, that can mean faster investigation of client traces, server traces, breadcrumbs, release metadata, sourcemaps, and affected routes.
The useful version of AI debugging is quiet and controlled: your source of truth stays in Telebugs, your sensitive data rules still apply, and an assistant can help reason about a production issue from the same structured context your team already captured. See MCP error tracking for the broader workflow.
Telebugs is compatible with the Next.js versions supported by the official Sentry Next.js SDK. It can be used with App Router, Pages Router, Vercel, Netlify, and self-hosted Next.js deployments where the SDK is configured to send events.
Yes. Upload sourcemaps during your build or deploy process, and Telebugs can map minified production stack traces back to your original JavaScript, TypeScript, JSX, and TSX files.
Yes. Telebugs groups similar errors by default, and you can use custom grouping and fingerprinting rules when your Next.js app needs a different issue boundary.
Yes. Telebugs MCP support lets compatible AI tools inspect structured error context from Telebugs, including client and server stack traces, breadcrumbs, release metadata, and event details, while keeping your server as the source of truth.
Use the Sentry SDK's scrubbing options and Telebugs' server-side sensitive data scrubbing rules. Because Telebugs is self-hosted, you control where error data is stored and how long it is retained.
The setup process was smooth, and any questions we had were quickly addressed. Kyrylo’s dedication to customer support is outstanding. We’re now fully operational and excited to integrate Telebugs into our projects. It’s a pleasure to work with a developer who goes above and beyond to ensure everything works just right.
Marc Jakobs
ministry of code
Working with Kyrylo and Telebugs has been a real pleasure. One of my customers had a fairly complex setup with local DNS, strict firewall rules, and self-signed certificates, but everything was resolved quickly and with great care. Kyrylo responded fast, often within hours, and even released updates over the weekend. It’s rare to see that level of support and dedication. Telebugs is now in use across more than 20 projects and has become a valuable part of our workflow.
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