Geo-Fencing
Geo-fencing draws a virtual boundary around a physical area and triggers a marketing or app action when a device enters, dwells in, or exits that boundary.
In depth
Geo-fencing relies on real-time location from device GPS, Wi-Fi, or cellular data to detect when a user crosses a defined perimeter such as a store, event venue, or competitor's location, then fires an action like a push notification, an ad, or an offer. Unlike broad geo-targeting, it is tied to a precise, often small radius and to real-time movement, which makes it powerful for moment-based engagement.
Its strength is timeliness and context, but the common pitfalls are battery and privacy concerns plus consent requirements, since continuous location tracking demands clear opt-in and careful data handling. In a quiz-funnel workflow, geo-fencing is typically the top-of-funnel trigger: entering a trade-show hall fires an invitation to a Pivix qualification quiz, and the captured location plus quiz answers route the lead to a rep who can follow up while interest is still warm.
Example in practice
Frequently asked questions
How is geo-fencing different from geo-targeting?
Geo-targeting delivers content based on a broad detected or declared location, while geo-fencing reacts in real time when a device crosses a precise virtual boundary. Geo-fencing is about movement and moments; geo-targeting is about reach and relevance.
What consent do I need for geo-fencing?
Because it uses precise, continuous location data, you generally need explicit opt-in and a clear privacy disclosure. Regulations like GDPR and CCPA require transparency about what you collect and how it is used.
What are good use cases for geo-fencing?
Events and trade shows, retail foot traffic, and competitive-location campaigns are classic uses. In B2B it works well for triggering a quick qualification quiz or booth invitation when prospects arrive at a venue.