LATITUDO 40
Products
Markets
Email
Form
Office
Search The Site
I'm interested
Explore
Climate Resilience cities
Urban EVOLUTION addresses air pollution and urban heat using AI, remote sensing, and NBS. Piloted in Naples, Catania, and Perugia, it aims to reduce CO₂ emissions and temperatures while creating scalable urban solutions.
Doing Good, an organisation dedicated to promoting sustainable development, sought an advanced monitoring solution to assess land surface temperature (LST), land cover, and the performance of urban vegetation across two distinct regions
Dinapsis, a leading entity in Spain focused on urban infrastructure and environmental management, required comprehensive datasets to assess and improve the microclimatic performance of green infrastructures.
Latitudo 40 is leveraging its EarthDataPlace platform to provide essential geospatial datasets to ENEA (Agenzia nazionale per le nuove tecnologie, l'energia e lo sviluppo economico sostenibile).
Urban Planning
Statistics Canada required a solution to efficiently track construction activities across the country, identifying specific phases of development, such as land clearing, foundation laying, and structure building.
Latitudo 40 and RealSim, both members of the Urban Technology Alliance (UTA), are participating in the EU-funded IB-Green project, aimed at mitigating heat stress in industrial and business parks by integrating green and blue infrastructure.
Use Cases
Latitudo 40 uses Earth observation data, AI, and cloud computing to monitor land changes. It supports green area management, combines open datasets, provides standard APIs, and ensures data harmonization.
Latitudo 40's coastal monitoring solutions leverage advanced satellite technology and AI to provide precise, real-time data on coastal environments. This helps in managing erosion, tracking sea level rise, and protecting marine ecosystems.
LAURA
Deloitte Canada client needs a simple, cost-effective solution for automatically estimating businesses from a small parking lot to a large city or town every day.
IRIDE is an end-to-end system made up of a set of sub-constellations of LEO satellites (Upstream Segment), the operational infrastructure on the ground (Downstream Segment) and the services intended for the Italian Public Administration.
The project was born from the need for a tool that allows you to identify and classify the physical areas surrounding highways through geospatial assets, optimizing the evaluation process for sustainable interventions.