Data for sustainable cities of tomorrow

 

 

 

We help the environment by supporting cities make sustainable decisions.

WHY DATA FROM SPACE

Our steps towards a green planet

Latitudo 40 uses satellite
images and artificial intelligence to help cities of the future measure pollution levels, climatic risks and urban evolution trends.
Our technology allows you to
identify key elements for environmental sustainability and ESG policies and quickly
track the progress achieved.

Core insights

Carbon sequestration

The amount of CO2 captured
by urban greenery and a
simulation of the future amount captured
increasing trees.

Urban coooling

The ability of an urban area
to reduce heat islands and
reduce risks related to high
temperatures.

Pollution levels

Precise measurements of different
pollutants and a comparison of
pollution levels with the past
months or years.

THE NEW LATITUDO 40 MARKETPLACE

Be good to your planet, purchase
carbon credits for your company.

Join our community of Planet Earth supporters and restore
nature by supporting cities in planting new trees, reducing
pollution levels and temperature.

Get a look how cities are using Latitudo 40

area name

TORINO

surface

130,6 Sqm

period

30 Jan 2018 – 01 Feb 2020

Case studies

BARCELONA

Analysis of urban heat islands and evolution in the last 5 years. GOAL: -30% of urban heat islands in 12 months with public green spaces.

TORINO

Analysis of urban heat islands and evolution in the last 5 years. GOAL: -30% of urban heat islands in 12 months with public green spaces.

NAPOLI

Analysis of urban heat islands and evolution in the last 5 years. GOAL: -30% of urban heat islands in 12 months with public green spaces.

BRATISLAVA

Analysis of urban heat islands and evolution in the last 5 years. GOAL: -30% of urban heat islands in 12 months with public green spaces.

RIMINI

Analysis of urban heat islands and evolution in the last 5 years. GOAL: -30% of urban heat islands in 12 months with public green spaces.

VILNIUS

Analysis of urban heat islands and evolution in the last 5 years. GOAL: -30% of urban heat islands in 12 months with public green spaces.

Build the future with us

There is no Planet B: now it is time to take sustainable decisions supported by data.

Take ESG decisions

All the data you need to create positive social and environmental change

Transform your goal into action

With data, artificial intelligence and analysis: boost your end-to-end process

Naples 

Via E. Gianturco 31C

info@latitudo40.com

Vat Number 08702381214

Privacy Policy

TECHNOLOGY

Simple & Performing

Bricks Catalogue

Analyze our planet

MARKETS

Urban Planning

Precision Farming

PARTNERS

Supported by

Our Partners

COMPANY

Techstars

Agenda 2030

                          

Project realized with the co-financing of FESR 2014-2020  and of the European Union

CLIMATE CHANGE CRISIS

The sustainability of
cities is at risk from the
effects of climate change.

Urbanization is the dominant trend in the
development of modern civilization. Over
the past century, according to UN estimates,
the world’s average share of the urban
population has grown to 54%. An estimated
3.5 billion people live in urban areas.
The urban population is projected to reach
6.3 billion by 2050, raising its share of the
world’s population from 50 percent to
more than 70 percent.Cities are hubs for
creativity and economic progress, but they
also face many environmental challenges,
driven mainly by hazards related to air pollution,
weather, climate and water. Cities
are the biggest contributors to climate
change that consume 78% of the world’s
energy and generate over 60% of greenhouse
gas emissions.

There is no Planet B.

There is no Planet B.

Urban populations are particularly vulnerable
to the adverse effects of air pollution, extreme
weather conditions (including heatwaves,
floods, droughts and storm surges for coastal
residents) and climate change.

As urban systems increase in density, complexity,
and interdependence, cities can become
subject to a domino effect, where one extreme
event leads to a general disruption to infrastructure
with long-term consequences.
It is this interdependence that explains the
need for an integrated approach to serving
urban dwellers and decision makers in the
areas of weather, environment and climate,
from weather and climate forecasts to participatory
events and urban planning.

WE HAVE SOLUTIONS

Naples 

Via E. Gianturco 31C

info@latitudo40.com

Vat Number 08702381214

Privacy Policy

TECHNOLOGY

Simple & Performing

Bricks Catalogue

Analyze our planet

MARKETS

Urban Planning

Precision Farming

PARTNERS

Supported by

Our Partners

COMPANY

Techstars

Agenda 2030

                          

Project realized with the co-financing of FESR 2014-2020  and of the European Union

OUR SOLUTION AND TECHNOLOGY

Empowering cities to
embrace sustainability
and take ESG decisions.

We provide a Urban Data Analytics Platform,
based on satellite imagery, artificial intelligence
and geospatial analysis, to make
better ESG decisions and deliver better quality
of life.

Latitudo 40 provides data and technologies that can be used to shape a new world, by providing inputs on the necessary actions towards a transition to low carbon cities.
Our goal is to help decision makers, municipalities and private organizations reduce global emissions and increase carbon sequestration for any area on the planet.

Our technology can
help cities to:

1. Limit global warming to 1,5°C: by analyzing pollution trends and evolution over time our technology will help cities to cut greenhouse
gases thanks to low-carbon technologies to minimize carbon footprint.

2. Be resilient to climate stress, floods,
and severe weather conditions.

3. Plan a climate-proof expansion, by
analyzing land use and distribution of
urban green areas, buildings, infrastructures,
and water coverage.

Our technology

Data Sources

Satellite Image
Providers – IOT

Artificial Intelligence & Automation

Latitudo 40
ESG
Dashboard

Citizens Portal
and ESG KPI
Report

Quality of
LIFE
INDEX

Fully automated urban sustainability solution helping organizations transform their environmental & social goals into action by systemizing the end-to-end process.

Our technology

Naples 

Via E. Gianturco 31C

info@latitudo40.com

Vat Number 08702381214

Privacy Policy

TECHNOLOGY

Simple & Performing

Bricks Catalogue

Analyze our planet

MARKETS

Urban Planning

Precision Farming

PARTNERS

Supported by

Our Partners

COMPANY

Techstars

Agenda 2030

                          

Project realized with the co-financing of FESR 2014-2020  and of the European Union

KPIS AND PERFORMANCES

Latitudo 40 can analyse and map urban areas and provide information to support decision- making processes to create smarter, sustainable and resilient cities. Our totally automated process is able to map any city in the world, understand the land cover and return numerical information about number of buildings, urban green coverage, water distribution.
Also, this urban classificatio can be done for the past 10 years and understand trends and risks in order to take corrective actions in any urban area around the globe.

Value Proposition

100 %

Automated Process

90%

Lower cost for Urban Monitoring

50 X

Faster Data Analysis

10

Years of Ready-to-use
Data (worldwide)

– Learn from the Past,

– Monitor the Present,

– Shape the Future.

Case Studies

BARCELONA

Analysis of urban heat islands and evolution in the last 5 years. GOAL: -30% of urban heat islands in 12 months with public green spaces.

TORINO

Analysis of urban heat islands and evolution in the last 5 years. GOAL: -30% of urban heat islands in 12 months with public green spaces.

NAPOLI

Analysis of urban heat islands and evolution in the last 5 years. GOAL: -30% of urban heat islands in 12 months with public green spaces.

Naples 

Via E. Gianturco 31C

info@latitudo40.com

Vat Number 08702381214

Privacy Policy

TECHNOLOGY

Simple & Performing

Bricks Catalogue

Analyze our planet

MARKETS

Urban Planning

Precision Farming

PARTNERS

Supported by

Our Partners

COMPANY

Techstars

Agenda 2030

                          

Project realized with the co-financing of FESR 2014-2020  and of the European Union