Provide RTK GPS corrections
The Orphéon network is made up of nearly 220 observation stations, spread over the entire territory of metropolitan France and the West Indies. All of our stations form a large balanced RTK network that allows us to deliver centimeter RTK corrections to our many customers to increase the accuracy of their precision GPS. Our various services are marketed in the form of subscriptions or hourly packages.Accuracy and availability
Thanks to its precision and the availability of its RTK GPS corrections, the Orpheon network offers increased productivity to all of its users in the fields of topography, construction, 3D digitization, machine control, precision agriculture and bathymetry, but also for new applications concerning autonomous vehicles, drones (UAV) and connected objects (IOT and M2M). Géodata Diffusion continues to develop the quality of its services through personalized support, responsive technical assistance and continuous improvement of its infrastructures. Our objective is to offer customers a secure and innovative service, guaranteeing them a high and constant utilization rate wherever they are, throughout the territory.GPS Accuracy
The natural position provided by a GPS alone, gives a good idea of where it is within a few meters, but is not precise enough to allow precision work. It requires correction so that its precision is increased and usable in agricultural work, topography, machine guidance or in many other fields of application (see).
A Geographic Information System (GIS)
Makes it possible to exploit different information having a spatial location or an address. Thus this Geographic Information System allows you to collect and visualize in the form of structured layers all the information you need and to sort the ones that are really useful to you.
The more precise and relevant the positioning, the more the relationships between the information then appear obvious, bringing them sometimes unsuspected added value.
It is from data of sometimes very diverse origins, dealing with different themes that it will be possible thanks to a GIS to produce relevant information that sheds new light on the subject treated. Terrain surveys using GPS RTK naturally find their place there.
GIS software gives you all the modern tools to create maps, integrate information, visualize scenarios, solve complex problems, effectively present your ideas and implement effective solutions like never before.
To power their GIS solution, organizations of all sizes, schools, governments and companies use and trust the precision geolocation of the Orphéon network on a daily basis.
For your assignments
Ideal for any precision mapping project, the Orpheon network allows you to acquire, collect, orient, measure or analyze and format all your geo-referenced data with precision.
Whether the collection is done in the field with real-time RTK corrections on your handheld or geospatial imagery equipment, raw data without corrections can also be saved for accurate post-processing.
The Orphéon network offers you the best solutions to support you in all stages of asset management, the collection of geo-referenced data and any precision geo-positioning application used in the fields:
- Architecture
- Construction, Construction
- Network management or implementation
- Urban heritage management
- Archeology
- Geology
- Forest
- Agronomy
- Precision farming
- police work
Connecting to a real-time positioning accuracy augmentation GNSS network is changing the way GIS users gather and manage geographic data acquisition on a daily basis.
The choice of a crucial software solution
One of the main challenges in managing spatial data stems from the fact that the data resides in different databases and in different formats. The different departments, within your structure as well as the other organizations with which you work, manage their data with different solutions or software. You need to be able to access this data, no matter where it lives and what format it’s stored in or how often it changes, and be able to integrate it into your work or easily share it. Our distributors are at your disposal to support you and offer you the solution best suited to your needs, do not hesitate to contact them.La gestion des données
- compact portable equipment with or without an external antenna.
- drones equipped with GPS, for cubature calculation work or crop or soil analysis, for example.
With your augmented reality applications
Augmented reality in the field is gaining precision and stability. Developers are now using a precision GPS connected to their tablet and the RTK signal from the Orpheon network to display a 3D model directly at the place of use or construction at 1:1 scale.
Augmented reality more precise and stable thanks to centimetric corrections
This augmented reality is integrated directly into the images captured by the tablet’s integrated camera, live and allows excellent immersion which multiplies the projection capacity of field professionals or investors by putting them face to face with the various invisible underground elements such as buried networks or projecting their projects into reality. Augmented reality gives them a good overview of the integration of projects within existing architecture or of the constraints of the close environment by showing what is difficult, if not impossible, to move. In addition, it is possible to interact from the screen on the projected 3D model and to take advantage of many features integrated into these applications, which also offer a wealth of additional information, judicious notes and many other contents that enrich the project.In industry too, augmented reality is becoming an excellent way to promote a project: factory, production line, products.
Orpheon brings precision and stability
The centimetric precision provided by the use of a precision GPS associated with the RTK correction signal from the Orpheon network then becomes essential and greatly facilitates the tasks of developers. Objects integrated in augmented reality are thus very quickly and correctly placed in the projected space without oscillation.