In projects involving multiple sites, accurate location tracking plays a crucial role in ensuring data integrity and accountability. Each site is mapped within a defined polygon area and tagged with specific latitude-longitude coordinates. To streamline operations, The Cloudtrac platform uses geofencing to manage Field Executive (FE) actions: Check-in Validation : FEs must be physically within the project polygon to check in. Attempts outside this boundary will trigger an error. Status Update Restrictions : Once a service ticket is created, the FE must be within a 200-meter radius of the designated site to update the ticket status. Error Prompt : If an FE tries to update status from outside this 200-meter radius, they will receive an alert: "Your location is out of the premises to update the Status! Please be in the 200 mtrs radius to update the Status." Expanding Geo-Fencing Capabilities for Scalable Field Operations Accurate location logging not only improves operationa...

Geolocation technology is at an exciting point in its relatively short history as its services are popping up for consumers and enterprises alike.In the last decade, we have seen great advances in geolocation and digital mapping with the rise of Google Maps, Google Earth, Mapbox and many other services. It is one of those innovations that is making its mark on the enterprise and making companies rethink field service. It is beginning to play a pivotal role in the current Field Service Mobility Systems as it enables real time monitoring and unified perspective of field operations. GPS navigation devices and mobile applications have become ubiquitous, we find them in cars, on tablets and smartphones. Geolocation is natively supported by browsers with the help of Geolocation APIs, allowing applications to detect and track the device's (field worker or even assets) location. The GPS chip inside a smartphone uses satellite data to get accurate position which is then mapped by appli...