How to Assess Battery Usage and Mobile App Reliability in Live Tracking Software

Introduction

Live tracking software plays an important role in helping UAE businesses monitor field employees, coordinate mobile teams, manage attendance, and improve operational visibility. Construction companies, logistics providers, delivery businesses, facilities management organisations, and field service teams often depend on mobile tracking applications to receive location updates throughout the working day.

However, continuous GPS tracking and background application activity can place additional demands on employee smartphones. Excessive battery consumption, unexpected application shutdowns, delayed location updates, and unreliable background tracking can reduce the effectiveness of the software.

For example, a delivery driver whose smartphone battery runs out halfway through a shift may stop transmitting location information. Similarly, a maintenance technician whose tracking application stops working in the background may appear inactive even while continuing to perform assigned tasks.

Therefore, UAE businesses should evaluate battery performance and mobile app reliability before purchasing live employee tracking software. This assessment should cover GPS accuracy, background operation, battery optimisation, device compatibility, network handling, offline tracking, security, and technical support.

This guide explains how to assess these capabilities, what to test during a software demonstration, and which performance indicators matter most when selecting a reliable tracking solution.

1. Understand Why Battery Usage Matters in Live Tracking Software

Live tracking applications use several smartphone resources to collect and transmit employee activity information.

The most important resource is the GPS receiver, which helps determine the device's geographical location. The application may also use mobile data, Wi-Fi, background processing, and other device services to send location information to the central platform.

Battery consumption can increase depending on:

• Frequency of GPS location updates.
• Accuracy settings.
• Background tracking duration.
• Mobile network availability.
• Frequency of data synchronisation.
• Use of maps and navigation.
• Photo and document uploads.
• Application activity during screen lock.
• Device age and battery health.
• Smartphone operating system settings.

For UAE field teams working long shifts, battery performance is especially important. Employees may travel between warehouses, construction sites, customer locations, and remote project areas without having convenient access to charging facilities.

A tracking application should therefore provide sufficient operational reliability without unnecessarily draining the mobile device.

2. Evaluate GPS Tracking Frequency and Battery Consumption

GPS update frequency is one of the most important factors affecting battery usage.

Some tracking applications collect location information every few seconds, while others use longer intervals depending on employee movement and operational requirements.

Frequent GPS updates may provide more detailed location history, but they can increase battery consumption.

During evaluation, ask vendors whether administrators can configure GPS update intervals.

Consider the following examples:

Tracking configuration	Possible operational benefit	Battery consideration
Very frequent updates	More detailed movement visibility	May consume more battery
Moderate update intervals	Balances location visibility and power usage	Generally easier to manage
Longer update intervals	Suitable for less intensive monitoring	May provide less detailed location history
Movement-based tracking	Can adjust collection based on employee movement	Depends on implementation
Scheduled tracking	Limits tracking to defined periods	May reduce unnecessary background activity

Businesses should not automatically choose the highest tracking frequency. Instead, they should identify the level of location accuracy and update speed required for their operations.

For example, a delivery company may need more frequent updates during active deliveries, while a sales team may only require location verification at assigned customer visits.

3. Check Whether the Application Supports Background Tracking

A reliable live tracking application should continue performing its authorised tracking functions when employees lock their smartphones or switch to other applications.

Background tracking is particularly important for employees who cannot keep the tracking application open throughout their shifts.

During testing, check whether location recording continues when:

• The smartphone screen is locked.
• The employee opens another application.
• The device is placed in a pocket or vehicle holder.
• The employee switches between Wi-Fi and mobile data.
• The application remains in the background for several hours.
• The device temporarily loses internet connectivity.

Some smartphones restrict background application activity to conserve battery power. Operating system updates, battery optimisation settings, and manufacturer-specific power management can also affect tracking performance.

Ask vendors how their applications handle these restrictions on supported Android and iOS devices.

4. Test Battery Consumption During a Full Working Shift

A short vendor demonstration may not reveal how much battery the application consumes during normal field operations.

Businesses should conduct a full-shift battery test using the actual devices employees are expected to use.

A practical test can follow this process:

1. Record the starting battery level: Charge the test smartphone to a known battery percentage and record its condition.
2. Configure normal tracking settings: Enable the GPS frequency, background tracking, and notification settings proposed for deployment.
3. Use the application during normal activities: Allow the employee to travel between locations, receive notifications, update tasks, and perform regular work.
4. Record battery consumption: Check battery usage at regular intervals, such as every two hours.
5. Compare with normal device usage: Evaluate battery consumption against a similar device operating under comparable conditions without the tracking application.
6. Repeat the test: Conduct multiple tests across different devices and operating conditions to avoid relying on a single result.

Record the following information:

Test parameter	Information to record
Starting battery percentage	Battery level at the beginning
Ending battery percentage	Battery level at the end
Test duration	Total hours of operation
GPS update frequency	Configured tracking interval
Screen usage	Approximate screen-on time
Network conditions	Wi-Fi, mobile data, or weak connectivity
Background activity	Whether the application remained active
Device model	Smartphone manufacturer and model
Battery health	Condition of the device battery

The results should help businesses determine whether employees can complete their normal shifts without frequent charging interruptions.

5. Evaluate Battery Optimisation Features

A good tracking application should balance location accuracy with efficient battery usage.

Ask vendors whether the application includes configurable power management features.

Useful capabilities may include:

• Adjustable GPS update intervals.
• Movement-based location collection.
• Scheduled tracking periods.
• Reduced update frequency when stationary.
• Efficient background processing.
• Optimised data transmission.
• Automatic recovery after temporary interruptions.
• Configurable location accuracy settings.

For example, a field employee travelling between customer sites may require frequent location updates while moving. When the employee remains at a customer location for an extended period, the application may reduce unnecessary updates if the business's operational requirements permit it.

However, battery optimisation should not silently disable required tracking functions. Administrators should understand how power-saving settings affect location accuracy, update frequency, and reporting.

6. Check Mobile App Stability and Crash Frequency

Battery performance is only one part of mobile application reliability. The application must also remain stable throughout the working day.

An unreliable application may freeze, close unexpectedly, stop recording locations, or require employees to restart it frequently.

During evaluation, check for:

• Unexpected application crashes.
• Screen freezing.
• Slow loading.
• Login failures.
• Repeated application restarts.
• Missing location records.
• Delayed dashboard updates.
• Problems after device restarts.
• Compatibility issues with other applications.

Ask vendors whether they monitor application crash reports and provide regular bug fixes.

Businesses should also request information about known application limitations and the supported versions of Android and iOS.

A stable application should perform consistently during normal employee activities rather than working reliably only when the tracking screen remains open.

7. Assess Performance Across Different Smartphone Models

UAE businesses may have employees using different smartphone brands, models, and operating system versions.

A tracking application that works well on one device may behave differently on another because of variations in GPS hardware, memory, battery capacity, and background application restrictions.

Test the software across the devices that employees actually use.

Consider the following factors:

Device factor	What to evaluate
Android version	Compatibility with supported operating system versions
iOS version	Performance on supported Apple devices
Processor and memory	Application responsiveness
Battery capacity	Ability to support a full working shift
GPS hardware	Location accuracy and consistency
Device age	Performance on older smartphones
Screen resolution	Usability of the mobile interface
Manufacturer settings	Background activity and power restrictions

Businesses should ask vendors for a supported-device list and minimum hardware requirements.

If employees use personal smartphones, the organisation should establish a clear device compatibility and support policy before deployment.

8. Test Location Tracking When the Screen Is Locked

Many field employees keep their smartphones locked while travelling, working at customer locations, or performing physical tasks.

A reliable tracking application should continue its authorised background functions when the screen is locked, subject to operating system permissions and device restrictions.

During testing:

1. Open the tracking application.
2. Enable the required location permissions.
3. Start the authorised tracking session.
4. Lock the smartphone screen.
5. Move between different locations.
6. Review the location history after reconnecting.
7. Compare recorded timestamps with actual movement.

Check whether the application continues to collect location information without requiring employees to keep the screen active.

Also test what happens when the device enters battery-saving mode or when the operating system limits background activity.

9. Evaluate Performance Under Weak Network Conditions

Mobile applications may experience performance problems when employees work in areas with inconsistent internet connectivity.

This can affect location transmission, task updates, notifications, and dashboard visibility.

For UAE field teams, evaluate application performance in different operating environments, including:

• Outdoor construction sites.
• Large industrial facilities.
• Warehouses.
• Remote infrastructure locations.
• High-rise commercial areas.
• Underground parking facilities.
• Locations with weak mobile coverage.

The application should handle temporary network interruptions without losing stored records unnecessarily.

Check whether it supports:

• Offline location recording.
• Local storage of pending information.
• Automatic synchronisation.
• Failed upload retries.
• Duplicate record prevention.
• Clear offline status indicators.
• Preservation of original event timestamps.

Businesses should also verify whether the application continues to consume excessive battery while repeatedly attempting to reconnect to the server.

10. Check GPS Accuracy and Location Update Reliability

A mobile tracking application must provide dependable location information for managers to make operational decisions.

GPS accuracy may vary depending on the surrounding environment, device capabilities, satellite visibility, and network conditions.

Test location performance in:

• Open outdoor spaces.
• Dense urban areas.
• High-rise business districts.
• Indoor warehouses.
• Construction sites.
• Areas with tall structures.
• Underground or partially enclosed facilities.

Evaluate the following indicators:

Performance indicator	What it measures
Location accuracy	How closely the recorded position matches the actual location
Update interval	How frequently new location information is recorded
Update delay	Time between location capture and dashboard availability
Missing location points	Whether expected records are absent
GPS recovery	How quickly location recording resumes after signal loss
Timestamp consistency	Whether original event times are preserved
Location history	Whether movement records appear in the correct sequence

Businesses should distinguish between GPS accuracy and live data availability. A device may capture a location accurately but transmit it later because of network interruptions.

The dashboard should clearly show the last recorded location time so managers do not mistake outdated information for a current position.

11. Review Automatic Restart and Recovery Capabilities

Mobile devices may restart because of operating system updates, battery depletion, technical problems, or user actions.

A tracking application should have a documented recovery process for situations where the application stops working.

During evaluation, test the following:

• Smartphone restart during a tracking session.
• Application closure and reopening.
• Temporary loss of location permissions.
• Mobile data disconnection.
• Battery-saving mode activation.
• Operating system updates.
• Application updates.
• Device storage limitations.

Check whether the application resumes its authorised functions automatically or requires employees to log in and restart tracking manually.

Vendors should explain which recovery features are supported on Android and iOS, since operating system restrictions may prevent certain forms of automatic background execution.

12. Assess Mobile App Security and Permission Management

Live tracking applications handle employee location information and may access other device functions depending on the features being used.

Businesses should examine the permissions requested by the application and confirm that each permission is necessary for the intended business purpose.

Review permissions relating to:

• Location access.
• Background location access.
• Notifications.
• Mobile data usage.
• Camera access, where required.
• File or document access, where required.
• Bluetooth, if used by a supported feature.

The application should avoid requesting unnecessary permissions.

Security assessment should also cover:

• Secure login and authentication.
• Multi-factor authentication, where supported.
• Encryption of transmitted information.
• Protection of locally stored data.
• Role-based access controls.
• Session management.
• Audit logs.
• Secure application updates.
• Lost-device and account recovery procedures.

For UAE businesses, employee monitoring should be transparent and proportionate. Organisations should assess applicable data protection requirements, communicate tracking purposes, establish appropriate retention periods, and restrict access to authorised personnel.

13. Check App Updates and Operating System Compatibility

Mobile operating systems receive regular security and performance updates. Tracking software must remain compatible with supported device versions as these updates are introduced.

An application that is not maintained regularly may experience crashes, permission problems, or reduced background tracking performance.

Ask vendors about:

• Frequency of application updates.
• Security patch schedules.
• Android and iOS compatibility.
• Support for newer operating system versions.
• Bug-fix turnaround times.
• Release notes and known issues.
• Application testing before major updates.
• Support for older devices.

Businesses should also establish an internal process for testing important application updates before deploying them across all employee devices.

14. Evaluate Notification Reliability and App Responsiveness

Live tracking applications often send notifications about employee arrivals, geofence entry and exit events, route deviations, missed visits, and device connectivity problems.

These notifications are useful only if they arrive reliably and promptly.

During testing, evaluate:

• Whether notifications arrive on time.
• Whether they continue working when the application is in the background.
• Whether notifications are received after temporary network interruptions.
• Whether repeated alerts are suppressed appropriately.
• Whether employees can distinguish important notifications from routine messages.
• Whether supervisors can view notification history.

Also check how quickly the application opens location maps, employee profiles, task lists, and attendance records.

For large field teams, slow loading and delayed notifications can affect daily operations even if GPS collection itself is accurate.

15. Review Battery and App Performance Monitoring Reports

A reliable vendor should provide sufficient technical information to help administrators identify mobile application problems.

Depending on the software, available reports and monitoring tools may include:

• Device connectivity status.
• Last successful location update.
• Application activity status.
• Synchronisation history.
• Pending offline records.
• Battery level, where supported.
• Device model and operating system.
• Failed location update records.
• Application error information.

These reports can help IT teams investigate why an employee's device has stopped sending location updates.

However, not every tracking platform provides detailed battery analytics. Businesses should confirm which device-level indicators are available and whether they require a separate mobile device management solution.

16. Calculate the Total Battery and Device Management Cost

Battery usage can create indirect expenses that should be considered when evaluating live tracking software.

For example, frequent battery depletion may require businesses to purchase additional charging equipment, power banks, replacement batteries, or upgraded smartphones.

Potential expenses include:

Cost component	Why it matters
Power banks	Provide backup charging during field shifts
Vehicle chargers	Support employees travelling between locations
Replacement batteries	Address battery deterioration where replaceable
Smartphone replacement	Required when devices cannot support tracking workloads
Charging stations	Useful for warehouses and large facilities
Device maintenance	Covers repairs and battery-related servicing
IT support	Helps investigate application and device problems
Mobile device management	May be required for centralised device configuration

Businesses should evaluate these costs alongside software subscription fees.

A slightly more expensive application that uses device resources efficiently may offer better long-term value than a cheaper platform that requires frequent device replacement or additional charging arrangements.

17. Conduct a Practical Mobile App Reliability Test

A proof of concept is one of the most effective ways to evaluate battery usage and application reliability before purchasing software.

Businesses should conduct testing using actual devices and normal employee activities.

Recommended Test Scenarios

Test scenario	What to evaluate
Full-shift tracking	Battery consumption and continuous operation
Screen locked	Background location recording
Application in background	Tracking continuity while using other apps
Weak network	Application behaviour during poor connectivity
Internet disconnection	Offline storage and delayed synchronisation
Device restart	Recovery of tracking functions
Low battery	Application behaviour and warning notifications
GPS interruption	Recovery of location recording
Multiple device models	Compatibility and performance consistency
Application update	Stability after software changes

Suggested Testing Procedure

1. Select representative devices: Choose different smartphone models and operating system versions used by the workforce.
2. Record device condition: Document battery health, operating system version, storage availability, and existing applications.
3. Configure tracking settings: Use the GPS update frequency and background permissions intended for the final deployment.
4. Conduct normal field activities: Allow employees to perform their regular tasks while the tracking application operates.
5. Monitor performance: Record battery levels, location updates, application crashes, network interruptions, and notification delays.
6. Repeat under different conditions: Test indoors, outdoors, in vehicles, and in areas with weak network coverage.
7. Review collected records: Compare actual movements with the recorded location history and verify that no unexpected gaps exist.
8. Document issues: Prepare a test report covering battery performance, device compatibility, application stability, and vendor support requirements.

Conclusion

Battery usage and mobile application reliability are essential considerations when selecting live employee tracking software for UAE field operations. Even a platform with advanced GPS features may fail to deliver operational value if it drains smartphone batteries, stops working in the background, crashes frequently, or loses location information during network interruptions.

Businesses should evaluate GPS update frequency, background tracking, battery optimisation, device compatibility, application stability, offline synchronisation, security permissions, and recovery capabilities.

A full-shift proof of concept using different smartphone models and realistic working conditions can reveal performance problems before organisation-wide deployment. Businesses should also consider indirect expenses such as charging equipment, device maintenance, replacement smartphones, and IT support.

By assessing both battery efficiency and mobile app reliability, UAE organisations can select a tracking solution that supports continuous field operations, reduces device-related interruptions, and provides dependable workforce visibility throughout the working day.

Run a battery and connection test across a typical field shift on common phones. Check whether the InnBuilt app stays usable without creating excessive power or data demands.