Mileage Tracker Apps: iPhone vs Android

iOS and Android handle background location tracking very differently, which means the same mileage tracker app can perform differently on each platform. If you switch phones or compare app reviews across platforms, the differences are worth understanding.

How iOS handles background location

Apple gives apps strict rules. SignificantLocationChange API wakes apps when the phone moves to a new "cell" of GPS space. CLVisit API wakes apps when the user arrives somewhere. Continuous high-accuracy GPS is allowed but discouraged (and disclosed prominently in the privacy nutrition label).

The result: iOS mileage trackers tend to be more battery-efficient because they are forced to use the energy-efficient APIs by default. They also tend to have more uniform behavior across devices because Apple controls the hardware.

How Android handles background location

Android is more flexible. Apps can run continuous foreground services (with a persistent notification), use various location-provider APIs, and access more system data. The flexibility is good for power users; the tradeoff is more variability across devices and OEMs.

Android trackers can in theory be MORE accurate than iOS because of access to additional sensors and APIs. In practice, Samsung, Xiaomi, OnePlus, and other OEMs each kill background services aggressively to save battery, which causes mileage trackers to silently miss trips on some devices.

What this means for app reviews

Reading mileage tracker reviews: an app that gets 4.5 stars on iOS may get 3.5 on Android because of OEM-specific battery-killing behavior. Conversely, a power-user-oriented app may get 4 stars on Android and 3 on iOS because iOS's API restrictions limit feature depth.

Feature parity gaps

• Widgets and Live Activities are iOS-only product capabilities. Android has its own widget system but the implementation differs.
• Siri Shortcuts work on iOS only. Android has Google Assistant equivalents in some apps.
• In-vehicle dashboard integrations differ between iOS and Android; apps must integrate with each platform separately.
• iCloud sync is iOS-only. Android apps typically use Google Drive or proprietary cloud.

Where the platforms agree

• IRS-required log fields are the same regardless of platform (date, destination, business purpose, miles)
• CSV export and import work the same way
• Standard mileage rate calculation is identical (72.5¢/mile in 2026)
• Multi-jurisdiction support (US, Canada, UK, Australia rates) works the same

TruMile is iOS only

TruMile is built for iOS. We do not currently ship an Android version. The reason: building both well requires either two separate native teams or a cross-platform framework that compromises on each. We chose to do iOS well first. More on the iOS-native choice.

If you have an Android device

Driversnote, MileIQ, Everlance, TripLog, and Hurdlr all ship Android versions. Each has its own strengths and weaknesses on Android specifically; read recent Play Store reviews against your specific phone model before committing to a paid tier.

iOS-native mileage tracking. Start free with TruMile →