)
If you think you spend too much time checking on your crew, you’re not alone. The latest State of Construction Industry report found that 56% of managers spend an average of 11 hours each week traveling between job sites and checking on employees.
That’s a whopping 564 hours per year, that you could be using to grow your business instead.
Keeping track of the physical location and hours worked by a field team is challenging. That’s why many construction, landscaping, and other mobile team managers are turning to location-based automated solutions such as geofencing to do it for them.
But, if you think your crew has reservations about a geofenced time clock or GPS location tracking app, you’re not alone.
Employees and contractors have significant concerns about using apps that enable you to monitor their location throughout the day.
But they may not be the concerns you expect.
Complaints tend to be more about the GPS battery life implications than the feeling that someone is always watching you.
After all, crews are used to managers showing up to check in throughout the day. GPS location tracking apps just automate this process.
Should your team be concerned about the effects GPS tracking has on a device’s battery life? Will there be issues with phones running out of juice due to geofencing and GPS, leaving your team with no communication methods or way to track their work?
We’ll be explaining all of this. Let’s get started.
Before jumping into an explanation of phone batteries and GPS, let’s first cover the basics of using geofencing apps for distributed teams and mobile workforces.
A geofencing app uses GPS technology to create a virtual barrier around a geographical location. This barrier triggers certain actions anytime a person (and their phone) leaves or enters that location. You may have experienced this already when a company’s app sends you a marketing coupon when you’re near one of their physical stores.
The benefits of this technology are powerful for mobile workforces. From smarter time tracking (automatically clocking employees in and out) to more complex calculations (based on a contractor’s time and hourly rate), implementing geofences for your field team brings impressive management and business benefits.
Some of the benefits that GPS tracking can bring to your business include:
Efficiency: Removing the administrative burden of tracking down time cards and calculating pay.
Accuracy: Overcoming the problems of forgetfulness, buddy punching, and time theft.
Peace of mind: Being alerted when crew members don’t clock in or out as expected.
Profitability: Identifying inefficiencies, tracking budgets, and detailed reporting.
Naturally, you expect employees and contractors to be wary of this technology, with words such as big brother and micro-management springing to mind. However, most crew members welcome this GPS technology because of the dual benefits it brings them.
Some of the benefits that geofencing and automatic location and time tracking bring to your employees include:
Ease of use: Not having to remember to clock in, clock out, or having to keep track of everything worked on that day.
Pay: Get paid accurately for the exact hours worked on different jobs.
Building trust: Being able to show that they were where they say they were builds trust with new employees.
Expenses: An easy way to calculate the time and money spent traveling between sites.
Even with these benefits, your crew might still be concerned that your app is draining their phone battery. After all, they may need that device to get home once their shift is done, or communicate with their loved ones during lunch.
It’s understandable, but is it avoidable?
Their concern isn’t wholly unfounded. It has been shown that GPS and geofencing apps do consume battery power throughout the day.
In a recent study, a GPS app depleted battery life by 13% in an area with good signal strength and 38% in an area with weak signal strength.
The two main reasons for this additional battery drain are that the apps must determine location, and then periodically refresh your location.
GPS tracking technology uses satellites to determine a contractor’s location, which is slow in comparison to fiber optics. In an area with good network signal, this usually takes an average of 12-30 seconds. However, in an area with poor signal, this can take up to 12 minutes.
During this time, your employee’s phone is in an active state, consuming battery power, even if their screen is off. That means the longer it takes to find and upload a current location, the more battery the app will drain trying to complete its function.
Geofencing apps refresh an employee’s location at regular intervals to determine when they enter or exit defined areas. This constant refreshing can prevent a phone from entering a prolonged period of sleep, making it unable to conserve battery life.
However, the app must do this periodically to ensure accurate data. So there must be a balance between overworking the processing systems and risking slow or inaccurate tracking data.
Add in any screen time checking the app, weak signal, regular changes in location, and an old battery, and you could have yourself a battery-sapping location-tracking app. But that doesn’t have to be the case.
A well-designed app makes all the difference when it comes to preserving your battery life, even when tracking GPS and enabling geofencing.
Hubstaff is well-suited to the task, without killing battery life, because it’s designed to:
Spend as little time as possible determining an employee’s location; and
Refresh this location as little as possible to be useful while still conserving battery life.
At Hubstaff, we’ve reduced all-day battery usage of our geofencing app to 20% (iOS) and 1.5% (Android) by using OS location points. We use location points provided by your employee’s phone OS, and create a new location pin only when an employee moves more than 500m.
By using the OS’ location points, the app spends less time determining an employee’s location and, therefore, less time consuming battery power. And, by using 500m GPS points frequency, the app isn’t needlessly refreshing the employee’s location, allowing that phone to spend more time sleeping and conserving battery power.
While our geofencing app still needs battery power to run, it operates in the most efficient way possible to minimize the amount of power used throughout the day. This gives your employees more reassurance that their phone battery will survive.
Of course, even with a geofencing app that drains minimal battery life, there are always things your crew can do to save battery life.
These include running the app in the background instead of having it open all the time, ensuring a healthy battery in the first place, checking and limiting other apps running, and enabling battery saving mode.
Let’s look at each one a little closer.
Good geofencing and GPS tracking apps should allow you to run the app in the background, without needing it pulled up in order to work.
Look for a tool that does this to avoid draining battery life and ensure your GPS tracking stays accurate throughout the time you need it to run.
How to run Hubstaff in the background
Step 1: Open your Hubstaff app
Step 2: Begin tracking your time
Step 3: Go back to the home screen
Step 4: Your Hubstaff app is now running in the background
To help ensure seamless tracking, make sure that the user’s app is set to track location passively in Hubstaff. This will trigger time tracking when that person enters a job site, or when a location update is sent to the app.
Tip: Do not manually close the app by swiping up.
A phone’s battery life reduces with time and use. In fact, an average battery loses 20% of its capacity after only 500 charge cycles.
Anyone suffering from a noticeably short battery cycle should ask their phone provider to check the battery health and replace it if necessary.
You can check your battery health and performance in iOS in the Settings menu.
Many other apps run in the background of your employees’ phones.
These apps download information, track location, and drain battery life without them realizing it. Employees can check and amend which apps run in the background of their phone via their user settings.
If your employees and contractors have work phones, you might want to restrict the number of non-work-related apps they can download. Social media and news-based apps drain a significant amount of battery life, especially when push notifications are enabled.
Set up all work devices with only the critical apps needed for work and communication, and make it clear in a written agreement they are not allowed to install other apps (like games or social media) in order to prolong battery life.
Locking in the apps on these phones will also reduce your liability in case an employee downloads something like their banking app and the phone gets hacked.
Mobile phone screens use a high volume of power when switched on. The light and intentionally eye-catching UX means there’s always something happening.
Your crew members can reduce the effects of screen drain by:
Turning down the screen brightness
Turning off alerts and push notifications that cause the screen to light up
Turning on auto-lock to power off the screen after one minute of inactivity
As an added bonus to turning off push notifications, you’ll get distraction-free work time, which is crucial to productive days.
Most phones come with a battery saving mode that is manually or automatically switched on to conserve battery life. This is achieved by shutting down unused background apps, turning off notifications, and reducing screen brightness.
Employee buy-in is crucial for successfully implementing geofenced time tracking into your business, which means you must reassure your team about a major concern: battery life.
Provide assurance about how GPS tracking affects battery life by sharing information and making it accessible, setting up demos and trials, and encouraging feedback.
Explain how GPS tracking works, including the benefits for the business, for them, and the considerations you’ve researched and taken into account.
For example, tell them you sourced a geofencing app that uses minimal battery power compared to similar solutions.
Book a demo and walkthrough of the app with your team so they can learn about the technology, see how it works, and ask any questions they have.
Getting a personal walkthrough gives everyone the chance to ask questions.
Give employees and contractors time to try your geofencing app themselves. This gives them an opportunity to get comfortable with the app, experiment with battery settings, understand their phone’s new charge cycle, and trust what you’re saying.
Education is key for getting employee buy-in. Provide employees with information on how to use the app and how to improve their phone’s battery life and performance.
You can even send them this list of tips for how to extend battery life.
Top tip: your employees can check their battery’s health and what apps consume the most power, via their phone settings:
iOS: Settings > Battery
Android: Settings > General > Battery
Whether it’s your geofencing app draining an employee’s battery, or the lunchtime scroll through Instagram, there's always someone whose phone dies before clocking out for the day.
Overcome this issue by providing your crew with safeguards, such as a rechargeable portable charger or a place to recharge devices during breaks.
Finally, remember that it’s only going to get better.
Apple and Android are constantly updating their operating systems and hardware to improve battery life, and scientists are working hard to create bigger, better, and lighter batteries. The better phone batteries become, the less power geofencing apps will consume, and the less concerns your team will have about GPS battery life.
Until we get there, try to pick a geofencing app that is designed to use the least amount of battery power possible to generate the most accurate employee tracking data possible. Your employees (and business) will thank you.
See the difference when your crew uses Hubstaff to automatically track time and location. Minimize battery impact and get more