Rails Error Tracking for Active Job, APIs, Workers

Your own Rails error tracker, hosted on your infrastructure

Rails production errors do not only happen in controllers. A failed Active Job, mailer, webhook, API endpoint, scheduled task, service object, or Active Record query can affect customers long before someone notices a log line.

Telebugs gives those errors a focused place to land. It runs on your server, accepts events from the official Sentry Rails SDK, and keeps the familiar SDK workflow without sending your error data to a hosted error-tracking SaaS.

Telebugs itself is built with Rails, so the product is shaped by the same framework conventions Rails teams use every day.

You keep the parts that matter for debugging: grouped issues, detailed backtraces, breadcrumbs, releases, notifications, notes, and retention controls.

What Telebugs gives Rails teams

Telebugs follows a simple product philosophy. It gives Rails teams the core error tracking workflow: readable reports, grouping, releases, notifications, notes, retention controls, and ownership of the server.

It is also predictable to budget for. Just $299.99 once.

Just compare the pricing for yourself

That makes it a practical fit for Rails apps that can produce errors from many places at once: HTTP requests, Active Record models, background jobs, mailers, Action Cable, scheduled tasks, service objects, webhooks, and APIs.

Smart Rails error grouping

Telebugs groups similar Rails errors automatically. This cuts down on duplicate noise when one broken route, job, Active Record query, worker, or deploy regression affects many users. See the error grouping guide for details, including custom grouping and fingerprinting rules.

Notifications for real user impact

Send Rails production errors to email, push, Slack, Discord, Microsoft Teams, or a webhook. Rules help you separate urgent production failures from expected validation noise, transient provider errors, or low-priority background jobs.

Use notification rules to route controller exceptions, failed jobs, webhook errors, and deploy regressions to the right people. Full details live in the notifications and rules guide.

Detailed backtraces and breadcrumbs

Telebugs captures detailed backtraces for Rails exceptions so you can see the controller, job, mailer, command, service object, model, or gem path involved in the failure. It highlights your app code separately from framework internals and dependency noise.

Breadcrumbs can show the lead-up: HTTP requests, logs, database queries, background jobs, middleware, external calls, and custom app context.

Where Rails production errors hide

Rails apps often have several execution paths beyond web requests. A useful error tracker helps you understand which path failed and whether the impact is user-facing, operational, or isolated to a background workflow.

• HTTP and API errors from routes, controllers, middleware, view rendering, JSON endpoints, webhooks, and third-party integrations.
• Database and model errors from Active Record queries, missing records, migrations, transactions, validations, and unexpected data shapes.
• Job and worker errors from Active Job, Sidekiq-style workers, mailers, retries, batches, and async workflows.
• Scheduled and CLI errors from rake tasks, imports, reports, maintenance scripts, and recurring jobs.

Telebugs helps connect those events to grouped issues, notification rules, and the release or deploy that introduced a regression.

Rails error context worth capturing

The stack trace tells you where Rails raised the exception. The surrounding context tells you whether it came from a customer request, a background job, a retry, a webhook, or a scheduled task.

• Release and environment so production, staging, preview deploys, and canaries stay separated.
• Route, controller, action, job, queue, and task tags so recurring failures are easier to triage.
• User, account, or tenant identifiers when they help support and engineering understand impact.
• Job metadata such as job names, retry counts, queue names, batch IDs, and worker context.
• Breadcrumbs for database queries, HTTP calls, logs, job enqueues, 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.

Setup that is friendly to Rails teams

Getting Telebugs running for Rails errors does not require a large observability project. Install Telebugs on your server, create a project, copy the DSN, and initialize the Sentry Rails SDK in your app. The installation guide walks through the server side.

Once the server is running, Rails errors start flowing through the same SDK workflow many Ruby teams already know from Sentry.

Worried about hosting your own? The docs cover setup, updates, supported platforms, notifications, releases, and retention.

How to integrate Telebugs with your Rails app

Telebugs works with the official Sentry Rails package. The main difference from Sentry is the DSN. Add this to your Gemfile:

gem "sentry-rails"

Then install it:

bundle install

Initialize the SDK in config/initializers/sentry.rb:

Sentry.init do |config|
  config.dsn = "https://your-telebugs-instance.com/api/v1/sentry_errors/1234"
end

Events captured by the official Sentry Rails SDK are sent to Telebugs, where they can be grouped, searched, assigned, annotated, and linked to releases.

For the complete set of options, see the Sentry Rails documentation. The integration works identically with Telebugs. For the full picture across SDKs and languages, see our Sentry SDK compatible page.

AI-friendly Rails debugging with MCP

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 Rails teams, that can mean faster investigation of exception backtraces, breadcrumbs, job metadata, release context, 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.

Frequently asked questions about Telebugs and Rails

Can I use Telebugs with my Rails version?

Telebugs is compatible with the Rails versions supported by the official Sentry Rails SDK. Check the Sentry Rails docs for the exact version matrix used by your application.

Does Telebugs support ActiveJob and background jobs?

Yes. Events captured by the Sentry Rails SDK from Active Job, workers, mailers, and background code can be sent to Telebugs with the surrounding context.

Can I customize Rails error grouping?

Yes. Telebugs groups similar errors by default, and you can use custom grouping and fingerprinting rules when your Rails app needs a different issue boundary.

Can Telebugs track API and webhook errors?

Yes. Rails API endpoints, webhook handlers, controllers, middleware, and service objects can send captured exceptions to Telebugs through the Sentry Rails SDK.

Can AI tools inspect Rails errors through MCP?

Yes. Telebugs MCP support lets compatible AI tools inspect structured error context from Telebugs, including Rails backtraces, breadcrumbs, job metadata, release context, and event details, while keeping your server as the source of truth.

How do I handle sensitive data in Rails errors?

Use the Sentry SDK 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.

Why developers choose Telebugs