Traditionally, calculations around urban green space are done by counting the number of trees. That method has major limitations, as the amount of green space varies per tree. Therefore, there is a growing desire to switch to counts based on crown volume. This will provide a better picture of green space in the city, which will benefit all follow-up analyses for climate, liveability, etc.
For Gasunie, NEO performs updates for analyses of the depth location of the Gasunie pipeline network of approximately 14,000 km. At a glance, it provides an overview of situations where the height of the ground level (and thus the depth of the pipelines) has changed. With these updates, the safe location of the pipeline network is even better guaranteed.Thanks to advanced Deep Learning techniques, the API now provides access to a larger number of buildings than listed in the Basic Registration of Addresses and Buildings (BAG). This means you can access not only main buildings, but also annexes and detailed properties of these buildings. Moreover, the API can now combine roof type information with actual building data, allowing you to make accurate calculations of the number of solar panels and remaining solar potential.
We are pleased to announce that our API Building Services has undergone a significant update that will take your projects and analyses to the next level.
Thanks to advanced Deep Learning techniques, the API now provides access to a larger number of buildings than listed in the Basic Addresses and Buildings Register (BAG). This means you can access not only main buildings, but also annexes and detailed properties of these buildings. Moreover, the API can now combine roof type information with actual building data, allowing you to make accurate calculations of the number of solar panels and remaining solar potential.
NEO's building service provides insight into buildings (BAG, BGT and non-registered), their intrinsic properties and the relationship of the building to its surroundings for the whole of the Netherlands. One of the components included is the type of roofing. The data gives users insight into green roofs, asbestos-suspected corrugated sheets and thatched roofs, among other things. The service is designed with various use cases in mind, such as sustainability and environmental risks, and includes numerous other data.
NEO's building service provides insight into buildings (BAG, BGT and non-registered), their intrinsic properties and the relationship of the building to its surroundings for the whole of the Netherlands. One of the components included is the type of roofing. The data gives users insight into green roofs, asbestos-suspected corrugated sheets and thatched roofs, among other things. The service is designed with various use cases in mind, such as sustainability and environmental risks, and includes numerous other data.
NEO's building service provides insight into buildings (BAG, BGT and non-registered), their intrinsic properties and the relationship of the building to its surroundings for the whole of the Netherlands. One of the components included is the type of roofing. The data gives users insight into green roofs, asbestos-suspected corrugated sheets and thatched roofs, among other things. The service is designed with various use cases in mind, such as sustainability and environmental risks, and includes numerous other data.
Tomorrow is the day! The Geobuzz kicks off and we are delighted to announce that NEO will also be present at this edition. The Geobuzz is a leading event focusing on smart collaborations for the future living environment. We would like to cordially invite you to visit us at stand number 26.
The unique Dutch landscape is under pressure. This has negative consequences for cultural value, biodiversity and CO2 storage. Ongoing initiatives to strengthen the landscape lack good information on the status of the landscape in the Netherlands .
NEO, in collaboration with the Cooperative Tree Register, therefore launched the landscape elements register.co.uk in early 2023.
Dutch ditches have been the talk of the day in recent weeks. Because buffer strip width affects the manure placement space on a plot and depends on the ditch type (dry ditch with 1 metre buffer versus 3 metres for an aquifer ditch), map information must be reliable. NEO uses current earth observation data to improve map information of ditches.
Updating map objects is labour-intensive and precise work. So is detecting and interpreting the changes, but very different in nature. It is then smart to perform change detection and interpretation in a separate action. We call that action change detection: Where does a map object change (was/is) and what should the follow-up action be?
