Decarbonize the city!
Decarbonize the city!
Decarbonize the city!
Decarbonize the city!
Decarbonize the city!
Connected SaaS solution leveraging local data and powered by AI to monitor energy consumption, carbon emissions, target decarbonization opportunities, and assess the impact of your actions in your city and neighborhoods.
Connected SaaS solution leveraging local data and powered by AI to monitor energy consumption, carbon emissions, target decarbonization opportunities, and assess the impact of your actions in your city and neighborhoods.
Climate Plan
Tertiary Decree
Green finance
Urban heat networks
Sustainable mobility
Energy sobriety
Our raison d'être
Our raison d'être
Our raison d'être
Our raison d'être
Our raison d'être
Cities account for 70% of greenhouse gas emissions. It is also in these territories that 70% of the solutions to decarbonize our lifestyles equitably and efficiently can be found. In light of this observation, more than 12,000 cities around the world have committed to this path.
At NEXQT, we believe it is time for territories to harness the data generated by local activities (housing, transportation, production) to better identify the sources of carbon emissions, opportunities for reduction, and the most effective levers for action.
Our role, alongside you, is to leverage geographic intelligence techniques to make all this information accessible and actionable for your daily decarbonization efforts.
They trust us
They trust us
They trust us
They trust us
They trust us
Can we (really) decarbonize cities with Excel sheets?
Can we (really) decarbonize cities with Excel sheets?
Can we (really) decarbonize cities with Excel sheets?
Can we (really) decarbonize cities with Excel sheets?
Calculating a city’s carbon footprint helps identify major challenges and raise awareness among local stakeholders.
Current methods (Bilan Carbone, GHG Protocol) certainly provide an overall view, but usually with a 3- to 5-year delay, and they do not detail issues by neighborhood, building, or transportation route.
■ Is my territory aligned with its climate goals?
■Where are the most effective opportunities for renovation?
■ What is the impact on air quality and carbon emissions of new bike lanes?
It is difficult to meet these information needs with existing tools.
Yet, territories have never produced so much data…
Calculating a city’s carbon footprint helps identify major challenges and raise awareness among local stakeholders.
Current methods (Bilan Carbone, GHG Protocol) certainly provide an overall view, but usually with a 3- to 5-year delay, and they do not detail issues by neighborhood, building, or transportation route.
■ Is my territory aligned with its climate goals?
■Where are the most effective opportunities for renovation?
■ What is the impact on air quality and carbon emissions of new bike lanes?
It is difficult to meet these information needs with existing tools.
Yet, territories have never produced so much data…
Calculating a city’s carbon footprint helps identify major challenges and raise awareness among local stakeholders.
Current methods (Bilan Carbone, GHG Protocol) certainly provide an overall view, but usually with a 3- to 5-year delay, and they do not detail issues by neighborhood, building, or transportation route.
■ Is my territory aligned with its climate goals?
■Where are the most effective opportunities for renovation?
■ What is the impact on air quality and carbon emissions of new bike lanes?
It is difficult to meet these information needs with existing tools.
Yet, territories have never produced so much data…
Pourtant, les territoires n’ont jamais autant produit de données…
Calculating the carbon footprint of a city helps to identify the major challenges and to raise awareness among local stakeholders.
The current methods (Carbon Balance, GHG protocol) certainly provide a global view, but often with a delay of 3 to 5 years, and do not specify the issues by neighborhood, building, or transportation route.
Is my territory aligned with its objectives?
Where are the most effective renovation potentials?
What is the air and carbon impact of the new bike paths?
It is difficult to meet these information needs with existing tools.
Yet, territories have never produced so much data...
Calculating the carbon footprint of a city helps to identify the major challenges and to raise awareness among local stakeholders.
The current methods (Carbon Balance, GHG protocol) certainly provide a global view, but often with a delay of 3 to 5 years, and do not specify the issues by neighborhood, building, or transportation route.
Is my territory aligned with its objectives?
Where are the most effective renovation potentials?
What is the air and carbon impact of the new bike paths?
It is difficult to meet these information needs with existing tools.
Yet, territories have never produced so much data...
Calculating a city’s carbon footprint helps identify major challenges and raise awareness among local stakeholders.
Current methods (Bilan Carbone, GHG Protocol) certainly provide an overall view, but usually with a 3- to 5-year delay, and they do not detail issues by neighborhood, building, or transportation route.
■ Is my territory aligned with its climate goals?
■Where are the most effective opportunities for renovation?
■ What is the impact on air quality and carbon emissions of new bike lanes?
It is difficult to meet these information needs with existing tools.
Yet, territories have never produced so much data…
Our approach
Our approach
Our approach
Our approach
Harness the full potential
of the data from your territory
Harness the full potential
of the data from your territory
Harness the full potential
of the data from your territory
Harness the full potential
of the data from your territory
Open data, intelligent energy metering, geolocation data, and various types of satellite imagery are all localized data sources most often in real time that allow us to measure the level of territorial activity and understand where and how we heat, move, and produce services and goods within our territory.
It is time to make all this data accessible to territories, serving both the need for efficiency and fair planning in the local low-carbon transition.
Energy counting
Mapping
building/road
Counting of
road traffic
Energy counting
Mapping
building/road
Counting of
road traffic
Energy counting
Mapping
building/road
Counting of
road traffic
Energy counting
Mapping
building/road
Counting of
road traffic
Imaging
satellite
Open data
Geolocation
Data
Imaging
satellite
Open data
Geolocation
Data
Imaging
satellite
Open data
Geolocation
Data
Imaging
satellite
Open data
Geolocation
Data
To date, Nexqt oversees urban and rural territories.
To date, Nexqt oversees urban and rural territories.
To date, Nexqt oversees urban and rural territories.
To date, Nexqt oversees urban and rural territories.
0
0
0
teqCO2
Since 2019, a measured decrease in GHG emissions of
Since 2019, a measured decrease in GHG emissions of
Since 2019, a measured decrease in GHG emissions of
-0.0%
Two services to design, monitor, and fund your roadmap
Carbon report
Decarbonization Dashboard
Decarbonization Dashboard
Carto Explorer
Digital twin energy-carbon
Digital twin energy-carbon
Carbon Report
Carbon Report
Carbon Report
Carbon Report
Manage effectively, communicate regularly.
Manage effectively, communicate regularly.
Your energy-carbon balance, measured at the municipality level and updated monthly, tracks the territory’s key indicators, raises awareness at the appropriate scale, and enables the collective steering of the decarbonization trajectory.
Data and indicators (housing, tertiary sector, road traffic, industry, agriculture) are provided by the NEXQT platform, with no prior data collection required by the local authority.
Your energy-carbon balance, measured at the municipality level and updated monthly, tracks the territory’s key indicators, raises awareness at the appropriate scale, and enables the collective steering of the decarbonization trajectory.
Data and indicators (housing, tertiary sector, road traffic, industry, agriculture) are provided by the NEXQT platform, with no prior data collection required by the local authority.
Your energy-carbon balance, measured at the municipality level and updated monthly, tracks the territory’s key indicators, raises awareness at the appropriate scale, and enables the collective steering of the decarbonization trajectory.
Data and indicators (housing, tertiary sector, road traffic, industry, agriculture) are provided by the NEXQT platform, with no prior data collection required by the local authority.
Your energy-carbon balance, measured at the municipality level and updated monthly, tracks the territory’s key indicators, raises awareness at the appropriate scale, and enables the collective steering of the decarbonization trajectory.
Data and indicators (housing, tertiary sector, road traffic, industry, agriculture) are provided by the NEXQT platform, with no prior data collection required by the local authority.
Carbon Report`
Carto Explorer
Carto Explorer
Carto Explorer
Carto Explorer
Carto Explorer
Identify your opportunities, track your impact.
Identify your opportunities, track your impact.
Carbon Bulletin
Carbon Bulletin
Carbon Bulletin
Carto Explorer
Carto Explorer
Carto Explorer
Technological Process Chain
Technological Process Chain
Technological Process Chain
Technological Process Chain
The NEXQT platform relies on the automation of continuously collecting, processing, and validating more than 70 activity data sources, sourced from public open data, business data available via APIs, and GPS systems.
Various data science and AI techniques are employed to make all this data accessible and robust at the address, neighborhood, or municipality level.
*Geo-matching = Map matching or cartographic correspondence
*Gap-filling = Data filling and consolidation
*Pattern detection = Detection of profiles or trends
To date, Nexqt oversees urban and rural territories.
0
teqCO2
Since 2019, a measured decrease in GHG emissions of
-0.0%
Your data for action
Your data for action
Your data for action
Your data for action
Your data for action
Harness the full potential
of the data from your territory
Harness the full potential
of the data from your territory
Harness the full potential
of the data from your territory
Harness the full potential
of the data from your territory
Harness the full potential
of the data from your territory
Explore the sectors
Analyze over time
Analyze over time
Explore the territory
Technological Process Chain
The NEXQT platform relies on the automation of continuously collecting, processing, and validating more than 70 activity data sources, sourced from public open data, business data available via APIs, and GPS systems.
Various data science and AI techniques are employed to make all this data accessible and robust at the address, neighborhood, or municipality level.
*Geo-matching = Map matching or cartographic correspondence
*Gap-filling = Data filling and consolidation
*Pattern detection = Detection of profiles or trends
Our News
Our News
Our News
Our News
Our News
ACTUALITÉ
It’s a wrap ! 🌯
ACTUALITÉ
🎉Aujourd'hui est un grand jour : notre nouveau site web est en ligne !
ACTUALITÉ
🚀J-7 avant notre webinaire dédié à la transition bas-carbone !
Would you like to test a use case in your area? We'd love to hear from you!
Management of Climate-Air-Energy Plan, Targeting Potentials, Project Evaluation, … Let's Talk About It
Would you like to test a use case in your area? We'd love to hear from you!
NDon't let the decarbonization opportunities slip away!
Would you like to test a use case in your area? We'd love to hear from you!
NDon't let the decarbonization opportunities slip away!
Would you like to test a use case in your area? We'd love to hear from you!
Management of Climate-Air-Energy Plan, Targeting Potentials, Project Evaluation, … Let's Talk About It
Would you like to test a use case in your area? We'd love to hear from you!
NDon't let the decarbonization opportunities slip away!
Two services to design, monitor & fund your roadmap
Carbon report
Carto Explorer
Carbon report
For regular and effective monitoring
Your energy-carbon balance, measured at the municipality level and updated monthly, tracks the territory’s key indicators, raises awareness at the appropriate scale, and enables the collective steering of the decarbonization trajectory.
Data and indicators (housing, tertiary sector, road traffic, industry, agriculture) are provided by the NEXQT platform, with no prior data collection required by the local authority.
Carto Explorer
Optimize your carbon impact at low cost
Your geographic intelligence tool to identify and monitor energy consumption and carbon emissions at the municipality, neighborhood, or address level.
Using simple criteria (energy type, building nature, income level, type of road travel, etc.), access powerful analytics to uncover your action opportunities and evaluate the impact of your initiatives.
Carbon Bulletin
Carbon Bulletin
Carto Explorer
Carto Explorer
Our approach
Harness the full potential
of the data from your territory
The open data, smart energy counting, geolocation data and the various types of satellite imagery are all sources of localized data, most often in real time, which allow for measuring the level of activity in the area and understanding where and how we heat, move, and produce services and goods in our territory.
Making this data accessible to everyone and artificial intelligence, in the service of sobriety and fair planning for local low-carbon transition.
Energy counting
Mapping
building/road
Counting of
road traffic
Imaging
satellite
Open data
Geolocation
Data
Can we (really) decarbonize cities with Excel sheets?
Calculating the carbon footprint of a city helps to identify the major challenges and to raise awareness among local stakeholders.
The current methods (Carbon Balance, GHG protocol) certainly provide a global view, but often with a delay of 3 to 5 years, and do not specify the issues by neighborhood, building, or transportation route.
Is my territory aligned with its objectives?
Where are the most effective renovation potentials?
What is the air and carbon impact of the new bike paths?
It is difficult to meet these information needs with existing tools.
Yet, territories have never produced so much data...
Calculating the carbon footprint of a city helps to identify the major challenges and to raise awareness among local stakeholders.
The current methods (Carbon Balance, GHG protocol) certainly provide a global view, but often with a delay of 3 to 5 years, and do not specify the issues by neighborhood, building, or transportation route.
Is my territory aligned with its objectives?
Where are the most effective renovation potentials?
What is the air and carbon impact of the new bike paths?
It is difficult to meet these information needs with existing tools.
Yet, territories have never produced so much data...
Calculating a city’s carbon footprint helps identify major challenges and raise awareness among local stakeholders.
Current methods (Bilan Carbone, GHG Protocol) certainly provide an overall view, but usually with a 3- to 5-year delay, and they do not detail issues by neighborhood, building, or transportation route.
■ Is my territory aligned with its climate goals?
■Where are the most effective opportunities for renovation?
■ What is the impact on air quality and carbon emissions of new bike lanes?
It is difficult to meet these information needs with existing tools.
Yet, territories have never produced so much data…