GPS Waypoints is a multi-purpose application that has being used in various professional and personal surveying activities. The tool supports the five main use cases described below, being specialised on the land site surveying case:
- Land site survey for mapping and planning – users can make field surveys by collecting points, classifying them with the relevant tags and exporting all data to a CSV/KML file to be further analysed in a laptop using a geographical information tool;
- Plan and find places – users can Import Waypoints through coordinates or addresses and obtain directions and distances to the place using the ‘Get Me There’ feature;
- Define land areas for geoplanning – users can create areas on the field (Path Polygons), check areas and perimeters and export polygon to the laptop;
- Define routes for geoplanning – users can create paths (sequence of points) on the field (Manual/Auto Path), check areas and perimeters and export multi-lines to the laptop (alternatively create a route with multiple Waypoints with tags);
- Track a moving activity – users can track a moving outdoor activity (Auto Path) and export it to a GPX file to be further analysed.
The Professional usage depends on the accuracy of the GNSS receiver that is being used. You can use an internal receiver (medium accuracy positioning) or an external receiver (higher accuracy). The most relevant professional sectors are:
- Agriculture – planning, measure, monitoring crops
- Urban & Real State – urban valuation and planning
- Emergencies – disaster mapping
- Infrastructures – roads and utilities planning and maintenance
- Other – aerial vehicles, health, natural resources, etc…
The Personal usage is typically satisfied with the accuracy provided by the smartphone’s internal receiver (while some demanding personal users may also use external receivers). The most common personal activities are:
- Outdoor entertainment – track hiking, cycling, running, etc…
- Travellers – save and find places
- Day-to-day – meet me here
The professional activities are performed by specialists from various sectors (not only geographers), typically to perform land surveying, land areas and routes definition. Some real case studies from the most relevant sectors are presented hereafter.
The GPS Waypoints is being used in Agriculture on both planning and monitor cultivated areas. It is used to measure new crops areas for planning the next season and estimate production (create Manual Paths/Polygons), measure and plot new tubing layouts for the future expansion of sugar maple trees pipes (create Manual Paths), identify and classify the infested trees on olive groves (Add Waypoints with custom tags).
|Define and measure a new plantation area||Sugar Maple Trees
|Olive Trees infestation monitoring|
Urban & Real State
The tool is used in Real State to measure land properties by owners, evaluators, etc… It can determine areas and borders of land properties for planning and valuation purposes. The user must collect sequential points of the land surroundings (Add Point to Path) and close the path to build a polygonal area.
|Define and measure a land property area for sale or land-use change|
The tool is used in Urban Planning to validate thematic maps of urban areas. The user collects the validation points on the field, tags them using his mapping classification system and exports the results to a desktop for validation of classes and determination of the mapping accuracy.
Useful in emergencies with the support of volunteers to map and classify the object found on disaster area. By collecting the points where the wreckage and other objects were found, GPS Waypoints can help you by providing accurate coordinates and create disaster mapping.
|Disaster debris mapping|
The application becomes particular relevant in these activities where it is needed to collect data widely and fast, such as with the involvement of volunteers.
The tool can be used for planning and maintaining infrastructures from roads and utilities companies. Two known infrastructure use cases are the road pavement maintenance and the planning of electric distribution systems, as depicted in the figures below.
|Road pavement classification for maintenance||Planning medium-voltage and low-voltage distribution systems|
The road pavement maintenance professionals need to evaluate and classify the road status. They can identify pavements distresses with exact coordinates of the failures and associate a tag based on their own classification model. The model can be adapted for each country, using different levels of detailed. For instance, pavement distress model for asphalt concrete surfaces could be as simple as:
Patching and Potholes
The planning of electric distribution systems needs to define in Autocad the new the medium-voltage and low-voltage networks and change the existing ones. The GPS Waypoints is used to collect the waypoints on the field, export them to KML for later conversion to Autocad (soon a automatic export feature to Autocad will be available). The collected waypoints will support the drawing of new planning diagrams.
GPS Waypoints can also be used for personal entertainment, like outdoor activities, geocaching, travel and other non-professional activities. This application enable easier orientation on map by adding, tagging and exporting the Points of Interests (POI).
|Auto track a walking route
with GPX export to Endomondo
|Auto track a cycling trail
with GPX export to Strava
This application can be used by Geocaching players too. Geocaching players can add and tag the points where they find a geocache.
|Save the location of your visited places||Save your hotel location and get directions back to it|
GPS Waypoints is convenient for mass market users to save their Points of Interests (office, home and other typical meeting places) and share their locations with someone else (they want to meet) via any messaging application e.g. SMS or E-mail. The meeting person can check the place clicking on the shared URL with place location and check the PoI address (geocode feature). Furthermore, a user can easily send someone else their current location to be found (Find me).