Table of Contents
1. Overview: What Each Tool Is Built For
Before diving into features, it helps to understand the design philosophy behind each product.
Sentry
Sentry started as a Python error tracker and has grown into a full-stack observability platform covering web frontends, backends, and mobile apps. Its mobile support is solid but it is one of many verticals the platform serves. The interface, pricing model, and SDK architecture reflect a "one platform for everything" philosophy.
Founded: 2012
Primary focus: Full-stack (web + mobile + backend)
Mobile support: Yes, via dedicated SDKs
Logtrics
Logtrics is a mobile observability platform built from the ground up for iOS, Android, React Native, and Flutter teams. Every feature — from the SDK design to the AI analysis engine — was designed around the mobile development lifecycle: release builds, app store updates, dSYM management, and on-device crash capture.
Primary focus: Mobile-only (iOS, Android, RN, Flutter)
SDK: Single SDK for logging + crashes
AI: Root cause analysis built-in
2. Full Feature Comparison Table
| Feature | Logtrics | Sentry |
|---|---|---|
| iOS (Swift/ObjC) crash reporting | ✓ Native | ✓ Native |
| Android (Kotlin/Java) crash reporting | ✓ Native | ✓ Native |
| React Native crash reporting | ✓ Full (JS + native) | ✓ Full (JS + native) |
| Flutter crash reporting | ✓ Full (Dart + native) | Partial |
| Remote logging (structured) | ✓ Built into same SDK | ✗ Separate product |
| AI root cause analysis | ✓ Mobile-tuned | AI Autofix (web-first) |
| iOS dSYM symbolication | ✓ Automatic | ✓ Manual upload |
| Android ProGuard/R8 mapping | ✓ Automatic | ✓ Manual upload |
| React Native source maps | ✓ Automatic | Manual + CLI config |
| Flutter symbol files | ✓ Supported | Limited |
| Slack alerts | ✓ | ✓ |
| Email alerts | ✓ | ✓ |
| Webhook alerts | ✓ | ✓ |
| Session correlation | ✓ Logs + crashes linked | Replay (web-focused) |
| Pricing model | Event-based | Per-developer |
| Free plan | ✓ 10K events/mo | ✓ 5K errors/mo |
| Data retention | 365 days | 90 days (standard) |
3. Mobile Platform Support
Both Logtrics and Sentry support all four major mobile platforms, but depth varies.
iOS (Swift / Objective-C)
Both tools provide full iOS crash capture including signal-level crashes (SIGSEGV, SIGABRT), Objective-C exceptions, and Swift fatals. Logtrics installs via Swift Package Manager and initializes in a single line. Sentry also supports SPM. The difference is that Logtrics bundles remote logging into the same iOS SDK — you do not need to add a second library for log capture.
Android (Kotlin / Java)
Both support Android crashes including ANRs, JVM exceptions, and native NDK crashes. Logtrics auto-captures structured logs alongside crash data. Sentry's Android SDK requires additional configuration to get ANR detection working correctly on all Android versions.
React Native
Logtrics captures JS thread exceptions, unhandled promise rejections, and native-layer crashes from a single install. Source map upload is automated in the Logtrics CLI. Sentry also covers these cases but requires separate configuration for the JS and native crash handlers, and source map upload requires manual Sentry CLI integration into your Metro bundler build step.
Flutter
Logtrics provides full Flutter support including Dart zone error capture, Flutter framework error interception via FlutterError.onError, and native symbol file upload for iOS and Android. Sentry's Flutter SDK is functional but Flutter-specific symbolication for release builds requires additional manual steps. This is one area where Logtrics has a clear advantage.
4. Crash Symbolication
Symbolication converts raw memory addresses and minified code references back into readable file names and line numbers. Without it, a crash report is nearly useless in production.
iOS — dSYM Upload
Logtrics provides a one-command upload tool and an Xcode build phase script you can add once. dSYMs are indexed immediately and all matching crashes are symbolicated retroactively. Sentry also supports dSYM upload but the setup requires separate Sentry CLI installation and build phase configuration.
# Logtrics dSYM upload (CI example)
logtrics-cli upload-dsym \
--api-key $LOGTRICS_API_KEY \
--path ./build/dSYMs
Android — ProGuard / R8
The Logtrics Gradle plugin automatically uploads the ProGuard/R8 mapping file on each release build. Sentry has a similar Gradle plugin. Both work well, but Logtrics' default configuration requires fewer steps for standard Android app setups.
// build.gradle (app)
apply plugin: 'io.logtrics.android'
logtrics {
apiKey = System.getenv("LOGTRICS_KEY")
}
React Native — Source Maps
Logtrics CLI integrates with the Metro bundler output and uploads the JS source map as part of the build. Sentry requires configuring the sentry-cli upload command and ensuring bundle IDs align — a step that commonly causes confusion on React Native's dual iOS/Android output.
Flutter — Symbol Files
Flutter requires uploading two types of symbol files: the DWARF-format symbols from the native .so files on Android, and dSYMs on iOS. Logtrics automates both. Sentry's Flutter documentation covers this but the process involves multiple manual steps that are easy to misconfigure in CI pipelines.
5. AI Features
AI-assisted debugging is one of the most meaningful differentiators between these two tools for mobile teams.
Logtrics AI Root Cause Analysis
When a crash is captured, Logtrics' AI engine analyzes the full stack trace, the remote logs captured in the same session, device context (OS version, memory state, battery level), and historical crash patterns. It then generates a natural-language explanation of why the crash occurred and suggests specific code changes to fix it — with context pulled from your actual logs, not just the stack trace.
- ✓ Mobile-aware (understands iOS memory pressure, Android lifecycle)
- ✓ Uses session logs to establish pre-crash context
- ✓ Groups related crashes across app versions
- ✓ Suggests fix with affected code reference
Sentry AI Autofix
Sentry introduced AI Autofix which generates fix suggestions based on the stack trace. It is primarily designed for web and backend code where Sentry can access the source repository directly. For mobile apps, the suggestions are less precise because Sentry's AI does not have access to your remote log context (since logging is a separate product) and its training data is more web-oriented.
- ~ Works best with repo access via GitHub/GitLab integration
- ~ Does not use remote log context (separate product)
- ~ Suggestions are more generic for mobile stacks
- ~ Available on higher-tier plans
6. Remote Logging
This is perhaps the most significant functional gap between the two tools for mobile teams. Remote logging — the ability to capture structured log statements from your mobile app in real time — is a core feature in Logtrics and is not available in Sentry without adding a separate product.
Logtrics Remote Logging
- ✓ Same SDK as crash reporting — one install
- ✓ Structured log levels: debug, info, warn, error
- ✓ Log search with filters on session, user, device
- ✓ Session correlation: logs appear alongside crash
- ✓ AI uses log context for root cause analysis
Sentry Logging
- ✗ Not included in Sentry error tracking product
- ~ Breadcrumbs available but limited to last N actions
- ✗ No structured log search in Sentry dashboard
- ~ Would require a separate logging solution
- ✗ AI cannot use log context from external tools
7. Alerting
Both tools provide real-time crash alerts, but the configuration experience differs.
| Alert Channel | Logtrics | Sentry |
|---|---|---|
| Slack | ✓ | ✓ |
| ✓ | ✓ | |
| Webhook | ✓ | ✓ (paid plans) |
| Alert threshold rules | ✓ | ✓ |
| Alert includes pre-crash logs | ✓ | ✗ |
The key Logtrics advantage in alerting is that crash alert notifications can include a summary of the pre-crash log trail — giving the on-call developer immediate context without having to log into the dashboard and investigate manually.
8. Session Correlation
Session correlation is the ability to tie a crash back to the full sequence of events that led to it — user actions, API calls, state changes, log statements — all in the order they occurred in that session.
Logtrics captures every log statement and marks them with a session ID. When a crash occurs, the dashboard shows the crash stack trace alongside a chronological timeline of all logs from that session on that device. This gives you the "story" of what the user was doing when the app crashed, not just the crash address.
Sentry offers Session Replay for web apps, which captures the actual DOM state. For mobile apps, Sentry captures breadcrumbs — a limited trail of recent actions stored in memory. These are useful but are capped in count, are not searchable as a full log history, and are not available outside the crash event context.
9. Pricing
Logtrics Pricing
Free Forever
10,000 events/month · 1 app · 3-day retention
Starter — $25/mo
100K events · 3 apps · 30-day retention
Growth — $79/mo
500K events · 10 apps · 90-day retention
Pro — $199/mo
2M events · Unlimited apps · 365-day retention
Pricing is per event volume — team size does not affect cost
Sentry Pricing
Developer (Free)
1 user · 5K errors/month · 30-day retention
Team — from $26/mo per member
5 users minimum · 90-day retention
Business — from $80/mo per member
20+ users · 90-day retention
Enterprise — custom
90-day+ retention · SLA
Pricing scales with team size — 10 developers costs 10x more than 1
Pricing Scenario: 8-person mobile team, 2 apps
Logtrics Growth: $79/month
Same cost for 1 developer or 100. Cost is driven by how many events your apps generate, not by team headcount.
Sentry Team: ~$208/month
8 developers × $26/developer/month. As the team grows, the cost increases linearly regardless of app event volume.
10. Ease of Setup
Setup time matters. Every minute spent on SDK configuration is a minute not spent on product work. Here is a realistic setup time comparison for getting crash reporting fully working in a production mobile app:
| Task | Logtrics | Sentry |
|---|---|---|
| Install SDK | ~2 min | ~2 min |
| Initialize (code) | 1 line | ~5 lines + DSN config |
| Configure symbolication upload | ~10 min (auto) | ~30–45 min (CLI + config) |
| Set up Slack alerts | ~5 min | ~5 min |
| Configure remote logging | 0 min (same SDK) | N/A (different product) |
11. Verdict
Both Logtrics and Sentry are capable crash reporting tools. The right choice depends on your team's composition and needs.
Choose Logtrics if:
- ✓ Your team builds only mobile apps (iOS/Android/RN/Flutter)
- ✓ You want crash reporting and logging in one SDK
- ✓ You want AI that understands mobile-specific crash patterns
- ✓ You want predictable pricing that does not scale with headcount
- ✓ You need 365-day retention for app store release tracking
Choose Sentry if:
- → Your team builds both web/backend and mobile apps
- → You want one tool across your entire engineering org
- → You need Sentry's Session Replay for your web app
- → You already have Sentry for backend and want to consolidate
Bottom line: Sentry is a great tool for teams that need web and mobile coverage in one platform. Logtrics is purpose-built for mobile-only teams who want deeper AI analysis, combined logging and crash reporting in a single SDK, and pricing that does not penalize team growth.
FAQ
Is Sentry good for mobile apps?
Sentry works for mobile apps and has SDKs for iOS, Android, React Native, and Flutter. However, it is a general-purpose error tracker built with web and backend in mind. Mobile-specific features like combined logging and crash reporting in one SDK, AI root cause analysis tuned for mobile stacks, and streamlined dSYM/ProGuard upload workflows are less mature compared to Logtrics.
How is Logtrics different from Sentry for mobile teams?
Logtrics is purpose-built for mobile. It combines crash reporting and remote logging in a single SDK, provides AI-powered root cause analysis that explains why a crash happened, offers native symbolication for iOS dSYM, Android ProGuard, React Native source maps, and Flutter symbols, and sends real-time alerts via Slack, email, and webhooks. Sentry requires separate SDKs for logging and errors, and its AI features are more focused on web stacks.
Is Logtrics cheaper than Sentry for mobile?
Logtrics uses event-based pricing, meaning your cost stays the same whether you have 5 or 50 developers on the team. Sentry's pricing is per-developer on most plans, which scales steeply with team size. For a pure mobile team, Logtrics is typically more cost-effective and predictable.
Can Logtrics replace Sentry for a React Native or Flutter app?
Yes. Logtrics has native SDKs for React Native and Flutter that capture JS/Dart exceptions, native crashes, and remote logs in one integration. It handles source map and symbol file uploads, provides AI root cause analysis, and sends alerts to Slack or email. It covers everything Sentry does for mobile apps and adds dedicated mobile-first features on top.
Ready to Try Logtrics?
Start for free with 10,000 events per month. No credit card required. Get crash reporting, remote logging, AI root cause analysis, and Slack alerts all in one SDK — built specifically for mobile teams.