Our technology

Gentian utilises:

  • The latest in remote sensing technologies.

  • Deep learning processes, configured specifically to assess biodiversity and green infrastructure in nearly all geographies.

RGB Aerial Photography – © Bluesky International Limited

Remote sensing technology

Not only are the prices of satellite imagery falling but the accuracy is of the imagery is also growing exponentially. Thus, low cost, high res multispectral images allowing accurate measurement of the earth from space are now common.

With the increased acceptance of the need to address the biodiversity crisis, this allows nature to be assessed from space and not just by individuals out in the field.

Gentian has pioneered the ability to measure habitat types and biodiversity richness. This is particularly relevant in England with the need to deliver and measure Biodiversity Net Gain (BNG). BNG is already having an impact beyond the United Kingdom in terms of interest in monitoring biodiversity.

Whilst the use of mapping software is becoming common place, it is still relatively new when it comes to mapping nature.

AI deep learning

Satellite imagery when combined with the latest AI technology are successful in several industries. However, they are an untapped opportunity for monitoring the condition and diversity of vegetation and natural/urban habitats.

Gentian has delved deep into the ability of AI and satellite imagery to deliver meaningful data. Our processes and services, therefore, are a breakthrough in ecological surveying and monitoring.

In fact, our processes (call them products if you will) are automated thus reduce risks, costs and time in the field.

Outputs

Our services deliver accurate GIS data and detailed analysis of the results of a given analysis of a site. Gentian provides a platform for our customers to access the data for sites that we have assessed. This allows customers repeat surveys and understanding the positive and negative impacts on sites, whether large and small.

In the context of BNG in England this is particularly relevant to the monitoring of onsite habitat creation and offsite monitoring of biodiversity credits. Beyond the UK, this is and will be increasingly relevant across the biodiversity, landscape and urban sectors.