Geofencing is one of the best ways to engage your target audience by sending hyper-local, relevant messages to their smartphones. Creating a pre-defined boundary is a key part of the success of any geofencing campaign. However, that boundary must be accurate to maximize the return on investment. A high level of geofencing accuracy ensures that the appropriate audience receives your messages—at the right time and in the right place. So what is the accuracy of geofencing? And how can you improve your current geofencing accuracy?
Geofencing Accuracy
Geofencing accuracy ultimately depends on the type of geofencing system being used. Three common geofencing techniques include:
- Radial Geofencing: Some geofencing products employ radial geofencing, which requires the marketer to drop a pin on a certain location, and then create a circular fence expanding out from the center pin. This type of geofencing is not always accurate, since the address of a building may be slightly different from the physical location. It’s also more difficult to create a target audience since the geofence must expand outward in a circle.
- Polygon Mapping: Other geofencing tools use polygon mapping, which is designed by tracing a boundary according to satellite images. This is a more accurate style of geofencing since the lines of the geofenced area can be more exact and targeted.
- Blueprints Mapping: Blueprints mapping allows the marketer to create a geofence around the business location, parking lot, and nearby streets. This is an even more accurate form of geofencing since the messages can be tailored to the exact location of the audience.
Polygon mapping and blueprint mapping are proven to be more accurate methods of geofencing in comparison to radial geofencing. Choosing a geofencing system that relies on these methods will provide greater value and minimize wasted ad spend.
How to Improve Geofencing Accuracy
The rate of geofencing accuracy can also be influenced by the physical location of the business using the geofencing tool.
Geofencing technology relies on GPS, wifi, and cellular data, meaning that businesses farther away from cell towers and wifi routers may experience decreased geofencing accuracy.
For example, a business in a densely populated urban area will likely achieve better geofencing accuracy than a business in a more rural area, since there are more cell towers and routers in the city.
Location Data Accuracy in Geofencing
Location data for geofencing is determined by the smartphone user’s settings. Location accuracy will improve when wifi, GPS, and location services are enabled on the smartphone device.
Agility's Geofencing Method
Agility's geofencing method is one of the most accurate on the market today. By borrowing from the best of polygon and blueprint mapping, Agility has created a product that allows marketers to draw their own live fences.
We’ll never flex your fences, and we’ll ensure the greatest accuracy of your data by keeping bots out, quarantining data for 36 hours, and scrubbing fake or irrelevant device IDs.
Agility offers four times greater performance than competing geofencing products. Other benefits include:
- Lower minimums
- A customizable platform that you can manage in-house
- Unique, proprietary technology
- A dedicated account management team that will help you optimize your geofencing campaigns and increase accuracy
Get More Accurate Geofencing with Agility Today
Agility is the best choice when you’re seeking greater geofencing accuracy. Our client-focused software reaches your true audience, meaning we will help to serve fewer impressions and boost your conversions.
With Agility, you’ll be able to view lookback windows up to a year old. We’re constantly refreshing our audiences and can store your data for more than 30 days.
