Best Sentry Alternatives for Crash and Error Tracking in 2026

A Sentry replacement decision usually starts after a painful release: error volume is rising, a mobile crash has no obvious reproduction path, or the bill no longer maps cleanly to how you ship. The hard part is not finding another error tracker. It is finding one whose SDK coverage, debugging context, migration path, and pricing unit fit your app.

The best Sentry alternative depends on that job. Rollbar and BugSnag are focused error-tracking options with mobile evidence. Better Stack and GlitchTip matter when retaining a Sentry SDK path is a priority. LogRocket is designed around session context and replay. Broader platforms such as Datadog, New Relic, and PostHog make more sense when errors are only one signal in a larger workflow. Prices below were checked against vendor pages in October 2026; errors, occurrences, events, sessions, ingest, and seats are different billing units.

Quick comparison of Sentry alternatives

A published starting offer is not a price comparison at your volume. Vendors expose different levers: a session-priced tool may be economical for a low-session app with frequent errors, while an event-priced tool may fit a high-session app with low error rates. Model your own last 30 to 90 days of usage before treating any row as a cost forecast.

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What Sentry provides as the baseline

You should compare alternatives with the workflow you would lose, rather than with the generic label “error tracking.” Sentry’s pricing page lists a $0 Developer plan, Team at $26 per month billed annually, and Business at $80 per month billed annually. The page lists 5,000 errors for Developer and 50,000 errors for Team and Business.

For iOS, Sentry documents automatic error and exception reporting, persisted crash reports, release health for crash-free users and sessions, and session replay subject to SDK and platform requirements in its iOS feature documentation. Its Android documentation also covers device data, offline caching, release health, and application-not-responding reporting when an app is blocked for more than five seconds.

That is a substantial baseline. If your current Sentry setup relies on release health, native crash capture, ANRs, replay, or a particular SDK integration, make that requirement explicit before you shortlist a replacement.

How to choose a Sentry alternative

Use these questions to separate tools that look similar in a feature grid.

1. Do you need native mobile diagnostics? Look for vendor documentation that specifically names iOS or Android crash handling, not a broad claim of “multi-platform” support.

2. Do you need release context? Stack traces are useful after a failure. Deploy markers, release versions, symbolication, and crash-free release measures help you decide whether a rollout caused it.

3. Is the debugging question about an error or a journey? Error aggregation helps identify what failed. Replay and session context help answer what a user did immediately beforehand.

4. Can you replace the SDK? A documented Sentry-compatible ingestion path lowers migration risk, but it does not automatically guarantee feature-for-feature parity.

5. Do you need self-hosting? Self-hosting can provide control over data and operations, but you also own patching, capacity, backups, availability, and security.

6. Can you forecast the billing unit? Do not convert sessions into events, or ingest into errors, without vendor-published evidence. They measure different things.

Rollbar

Rollbar is a focused error tracker for teams that want error grouping, alerting, stack traces, and deploy or version context without moving immediately to a full observability platform. It is a practical candidate when your Sentry use is mainly triage and ownership rather than a broader telemetry program.

Its Apple SDK documentation says the SDK automatically detects crashes and exceptions on Apple platforms, including iOS. Rollbar’s Android guidance says its Android SDK tracks errors in native Android applications and includes stack traces plus environment and user-session context.

Rollbar’s free plan includes 5,000 occurrences and 1,000 sessions per month. That makes it worth evaluating for a conventional error-monitoring workflow with explicit iOS and Android documentation. Migrating from Sentry is an SDK replacement: the reviewed Rollbar sources do not establish a Sentry-compatible ingestion path.

Where it falls short: occurrences and sessions are not a pure error-event quota. Compare the data you actually send, not just the largest number shown in two pricing cards.

BugSnag

BugSnag is a stability-monitoring alternative for mobile and frontend products that want to organize exceptions around application health. Its pricing page defines an event as an unhandled exception—an error or crash—or a handled exception that you choose to report.

That definition matters. An event is not a user, a session, or a crash-free-session measure. BugSnag says it supports more than 50 platforms across mobile, web, desktop, and server applications, and its pricing interface offers selectable monthly event volumes from 50,000 to 3 million on the vendor pricing page.

BugSnag suits you when exception-based volume is a natural way to budget and mobile stability is central to the evaluation. Like Rollbar, it requires an SDK migration rather than a documented reuse of your Sentry SDK.

Where it falls short: the reviewed page does not provide a simple published dollar total for every high-volume event point. Get a vendor quote or use the live configuration rather than reconstructing a monthly bill from a volume selector.

Better Stack

Better Stack is the migration-continuity option. Its Errors documentation says you can keep using an existing Sentry SDK and send that data to Better Stack. That is a meaningful distinction from alternatives that require you to replace instrumentation before you can evaluate the service.

The vendor’s pricing document lists 100,000 included exceptions, 5,000 included session replays, 90 days of error-tracking retention, and additional-exception rates that vary by region: $0.000050 in Europe, $0.000075 in the United States, and $0.000175 in Singapore. That gives you an allowance and a unit rate, not a universal monthly total.

Better Stack fits you when preserving an existing Sentry SDK path, adding replay, or connecting errors to a wider operational workflow matters more than buying another narrowly focused error tracker.

Where it falls short: the documentation reviewed for this comparison does not specifically establish native iOS or Android crash SDK support. Better Stack’s “Sentry-compatible at 1/6th the price” wording is a vendor marketing claim, not an independently audited cost comparison.

GlitchTip

GlitchTip is the strongest option here if self-hosting and Sentry-protocol compatibility are central requirements. Its hosted plans list Free up to 1,000 events per month, Small at $15 per month up to 100,000 events, Medium at $50 up to 500,000, and Large at $250 up to 3 million.

For mobile work, GlitchTip’s React Native documentation says it uses the Sentry React Native SDK and captures JavaScript errors, unhandled promise rejections, and native iOS and Android crashes. Its Android SDK documentation covers the Sentry Android SDK, release and environment tags, and debug-symbol uploads for readable native stack traces.

GlitchTip fits you when a Sentry-compatible path and the option to operate your own service outweigh the convenience of a fully managed platform. Its installation documentation covers Docker, Docker Compose, Kubernetes Helm, PostgreSQL, and a rough 30 GB disk guide for an instance processing 1 million events per month.

Where it falls short: GlitchTip’s React Native documentation says sessions are unsupported. If you self-host, the software license is not the whole cost; you own storage, upgrades, monitoring, security, and availability.

LogRocket

LogRocket is a different kind of Sentry alternative: it centers the user session as the debugging record. It is a sensible choice when your first question after an error is, “What did the user do before this happened?”

LogRocket says customers pay for captured web and mobile sessions, while analytics, logs, and errors are unlimited. Its mobile crash documentation lists Android uncaught Java exceptions, iOS Objective-C exceptions, iOS Mach kernel exceptions and crash details, and C++ exceptions, subject to the stated SDK versions.

That model can be useful when replay is the diagnostic asset your team lacks. You would migrate by replacing the SDK rather than using a documented Sentry-compatible destination.

Where it falls short: pricing follows captured sessions, not error count. A session-heavy product needs to forecast captured-session volume even if its crash rate is low, and the reviewed sources do not establish direct mapping for every Sentry release-health workflow.

Quash for reproduction and regression testing

Disclosure: Quash is our product. Quash is included because crash monitoring is only part of the mobile quality workflow, but it is not a direct Sentry crash-ingestion replacement. Quash is a mobile-first QA and testing platform for creating and running Android and iOS app-flow tests, with web tests and backend checks in the same run.

This is a different job from collecting production exceptions. Monitoring tells you where to investigate. Testing is how you can recreate the interaction, device state, and regression path before the next release. If that is the gap in your workflow, Quash’s mobile QA platform describes its regression execution and failure-evidence workflow.

Quash suits you when a Sentry alert needs to turn into a reproducible test and durable regression coverage. A clear bug report is part of that handoff too; use this guide to write effective bug reports when the person investigating the failure needs steps and evidence rather than a raw crash signal.

Where it falls short: Quash does not replace Sentry as a production crash and error-monitoring service. If you only need exception ingestion, grouping, alerting, and release-health monitoring, evaluate one of the dedicated monitoring products above.

Honeybadger

Honeybadger is a straightforward error-monitoring option for developers who want published plans and Apple-platform coverage. Its plans page lists Developer at $0 per month, Team at $26 per month, and Business at $80 per month. The plan comparison lists 5,000 errors per month for Developer and 50,000 errors per month for Team and Business.

Its Cocoa SDK documentation covers crash and error tracking for iOS, macOS, and visionOS. That gives Honeybadger a credible Apple-side use case, especially if you value a simpler monitoring product over a large observability suite.

Migration is an SDK replacement, not a documented Sentry SDK continuation. Evaluate its error allowance and notification behavior against the error pattern in your own application rather than assuming that two similarly priced plans cover the same workload.

Where it falls short: the reviewed documentation does not establish a native Android SDK or session replay. Do not treat Honeybadger as a full cross-platform mobile replacement on the basis of its Apple documentation.

Airbrake

Airbrake is notable because it publishes a clearer high-volume pricing ladder than most tools in this comparison. Its plans list $19 per month for 25,000 errors, $59 for 100,000, $129 for 300,000, $299 for 1 million, and $799 for 5 million.

That makes Airbrake worth shortlisting when you need to compare known published error tiers instead of asking a sales team to model every volume. As with other focused trackers, treat it as an SDK replacement rather than a documented Sentry-compatible migration.

Where it falls short: this comparison does not have a current first-party Airbrake mobile SDK source. Its transparent error ladder is useful, but it does not establish iOS or Android crash-feature parity with your current Sentry implementation.

Datadog

Datadog is a platform alternative, not just an error-tracking swap. Its pricing page includes Error Tracking with a $25-per-month starting price for 50,000 errors, higher-volume options, and contact-sales pricing. The same page describes Error Tracking as grouping and triaging error events across web, mobile, and backend applications.

It suits you when errors need to sit beside infrastructure metrics, logs, traces, and service-level operational data. That broader view can be valuable for a failure whose cause crosses a mobile client, API, and backend service.

Migration is a platform decision: you are evaluating data collection, dashboards, access, and cost across more than an error tracker. Do not assume that the displayed Error Tracking starting price represents the full cost of the workflow you will run.

Where it falls short: Datadog can be more platform than you need if your requirement is simply focused crash capture and ownership. Its pricing must be assessed in the context of the products and data volumes you enable.

New Relic

New Relic is another unified-observability alternative. Its free tier includes 100 GB per month of data ingest, unlimited basic users, one free full-platform user, and access to more than 50 capabilities. Paid core users start at $49 per user.

It makes sense when you want error tracking and mobile monitoring to connect with telemetry from services and infrastructure. This is not a direct error-event plan comparison: New Relic’s commercial model can include ingest, user, and compute dimensions.

A move from Sentry is therefore a broader platform migration. Start by identifying which errors, logs, traces, and mobile signals you would send, then calculate the cost from those inputs rather than trying to translate an error total into ingest.

Where it falls short: New Relic does not publish a standalone error-tracking-only price on the reviewed page. It is a poor fit if all you need is a small, narrowly scoped error tracker.

PostHog

PostHog is a product-analytics platform that includes error tracking, replay, and other product tools. Its pricing page includes a monthly free allowance of 5,000 session replay recordings and 100,000 error-tracking exceptions, with usage calculated per product.

It suits you when an exception matters most in the context of behavior: which funnel, feature flag, or user path preceded it. That combination can reduce the distance between a technical error and product evidence.

A PostHog move is a platform migration, not a drop-in Sentry SDK path. Treat the free exception allowance as an error-tracking unit, then separately model any product analytics or replay use.

Where it falls short: the reviewed pricing source does not establish enough native mobile crash detail to position PostHog as a dedicated mobile crash tracker. It is strongest when product analytics is already a requirement.

Which Sentry alternative should you choose?

Choose the product based on the constraint you cannot compromise on:

• Choose Rollbar for focused error tracking with documented Apple and Android coverage plus deploy context.

• Choose BugSnag for exception-based stability monitoring and broad vendor-stated platform coverage.

• Choose Better Stack when keeping your existing Sentry SDK path is the priority, while validating mobile parity for your app.

• Choose GlitchTip for a Sentry-compatible hosted or self-hosted route, provided you can accept its session and operational limits.

• Choose LogRocket when replay and session context are more valuable than an event-volume billing model.

• Choose Honeybadger for Apple-platform error monitoring with published plan allowances.

• Choose Airbrake when published tiers at 1 million and 5 million errors are important to your buying case.

• Choose Datadog or New Relic when error tracking must join a broader observability program.

• Choose PostHog when the debugging workflow must connect errors to product analytics and replay.

• Choose Quash alongside—not instead of—monitoring when the next step after a production signal is reproducing the flow and preventing the regression before release.

Conclusion

The useful way to compare Sentry alternatives is to stop asking which one is best in the abstract. Decide whether your immediate need is a focused error tracker, a Sentry-compatible migration path, session replay, self-hosted control, or a broader observability platform. Then validate native mobile coverage and price the unit you actually generate.

Your shortlist should end with a small proof-of-fit exercise: send representative production-like errors, verify the mobile context and release data you need, and run your own usage through each vendor’s pricing model. That decision will tell you more than a generic feature checklist can.

FAQs

What is the best Sentry alternative?

There is no universal best option. Rollbar and BugSnag are focused error-tracking candidates; Better Stack and GlitchTip offer documented Sentry SDK or protocol continuity; LogRocket is built around session context; and Datadog or New Relic fit a broader observability requirement.

Which Sentry alternatives are free?

Rollbar lists a $0 plan with 5,000 occurrences and 1,000 sessions. GlitchTip lists a free hosted tier up to 1,000 events per month, Honeybadger lists a $0 Developer plan with 5,000 errors per month, and PostHog includes 100,000 free monthly error-tracking exceptions. Those are different units, so they are not interchangeable free allowances.

Can you keep the Sentry SDK when moving to another service?

Better Stack documents that you can keep an existing Sentry SDK and send data to Better Stack. GlitchTip documents use of Sentry SDKs in its mobile examples. In either case, test the specific features you rely on; SDK compatibility does not by itself promise complete feature parity.

Which alternatives have mobile crash evidence?

Rollbar has Apple and Android documentation, GlitchTip has React Native and Android documentation, LogRocket documents mobile crash types, and Honeybadger documents its Cocoa SDK for Apple platforms. BugSnag states that it supports more than 50 platforms including mobile, but you should still validate the native features your app needs.

What should you compare besides price?

Compare the billing unit, native SDK coverage, release and deploy context, symbolication, replay, migration path, data-hosting requirements, and the operational cost of self-hosting. A lower published starting price is not useful if it measures a different unit from your workload.