Mobile App Specifications Guide

Our mobile client is built on a React Native framework, compiling into native iOS and Android packages for fast performance.

The app uses native UI components, ensuring a smooth interface that matches device styling guidelines.

We compile separate builds for specific platforms, optimizing features for different device characteristics.

The app layout adjusts automatically for different screen sizes, working on tablets and smartphones.

The codebase is managed in a monorepo, simplifying updates and sharing components with the web app.

We perform automated testing on real devices, confirming consistent performance across operating systems.

Our developer teams update the client regularly to support new OS versions and features.

The application secures on-device data using hardware security enclaves, including Keychain on iOS and Keystore on Android.

Authentication credentials and keys are stored in these secure vaults, protecting them from other apps.

The app supports biometric verification (FaceID, TouchID, Android Biometrics) to confirm user access locally.

If a device is lost or stolen, administrators can wipe app data remotely from the central console.

This security setup protects sensitive company records and ensures data stays secure.

We run vulnerability scans on our mobile packages, addressing security risks before release.

The app blocks screenshots and screen recording on sensitive pages, preventing data leaks.

To handle poor network coverage, the mobile app uses a secure SQLite database sandbox to cache records.

Records are encrypted locally using SQLCipher, preventing data access from outside the app.

When a network connection is restored, the sync service uploads cached records using HTTPS TLS 1.3.

The sync engine uses hash chains to verify data integrity, preventing record changes during transit.

If sync conflicts occur, the engine resolves them automatically, keeping records accurate.

Data compression reduces mobile data usage, allowing fast sync even on slow 2G connections.

The offline sync includes automatic retry logic, handling network drops during uploads.

Tracking locations continuously can drain device batteries. Our app adjusts tracking settings based on movement.

When stationary, the app reduces GPS updates, relying on device motion sensors to detect travel.

When movement is detected, the app restores active GPS tracking to capture accurate path details.

This power management reduces battery impact to under 3% per hour, preserving battery life.

The app coordinates with system settings, complying with background execution limits on both OS platforms.

Users can view battery diagnostics in the app settings, providing transparency on power usage.

Our configurations help ensure tracking runs reliably without being shut down by the system.

We support Mobile Device Management (MDM) platforms, allowing IT teams to configure and deploy the app.

MDM configurations can pre-fill server URLs, enforce security rules, and restrict settings updates.

These deployment tools simplify setup for large teams, reducing user configuration errors.

The app complies with data protection guidelines, including GDPR and local labor rules.

We provide customized setup packages for platforms like Microsoft Intune and MobileIron.

Our support documentation covers deployment steps, troubleshooting, and configuration options.

The terminal diagnostics report device status and compliance health back to the central dashboard.