Design, development and construction of totally new cities or urban sectors, “greenfield developments”, with a smart approach whose purpose can be a business city, a new capital or administrative hub. We also work on “brownfields developments” projects, developments that include a smart design for a sector of the city, with the purpose of improving its infrastructure, connectivity, transport management or its energy supply, allowing the regeneration of certain degraded urban areas, transforming them into thriving, active and receptive areas of innovative activities and ventures.







The transition from classic urban agglomerations to Smart Cities is an inevitable phenomenon that places us, not only before the challenge of “transforming” existing cities into Smart, but also to consider the elements of the Smart City when designing a city. , district or neighborhood from scratch, facing the challenges that the Information and Knowledge Society has in store for us.

Consulting, advice, education, planning and development of projects on smart cities: governance, sustainability and environment, transportation and mobility, technologies, innovation, industry 4.0 and competitiveness, citizenship and human development and urban planning.

We provide innovative information on trends in cities around the world and generate digital content on all the axes of smart cities. We are inspired to help those who want to put innovation and technology at the service of people to make cities more intelligent, sustainable and humane environments.

Impact of our projects on society and community


Full, productive employment, decent work for all women and men, including young people and people with disabilities, elimination of the barrier to employment.


Inclusive and sustainable industrialization; affordable and equitable access. Modernization of infrastructure, reconverting industries to make them sustainable.


Smart electrical networks, energy storage, smart equipment, renewable energies.


Reduction of pollution, eliminating discharges and minimizing the emission of chemical products. Reduce raw water, increase recycling and reuse; support and strengthen the participation of local communities in improving water and sanitation management.


Reduction of pollution, eliminating discharges and minimizing the emission of chemical products. Reduce raw water, increase recycling and reuse; support and strengthen the participation of local communities in improving water and sanitation management.


Modern and sustainable energy services; use of clean technologies, improvement of Energy Efficiency. Data from smart meters in homes and weather forecasts (early detect heat or cold waves).


Inclusive, safe, resilient and sustainable cities. Community-oriented impact business model. Adequate, safe and affordable housing and basic services. Reduce negative environmental impact; air quality, waste. Safe, inclusive and accessible green zones and public spaces, in particular for women and children, older people and people with disabilities. Promote better social and environmental performance.


Smart parking through the use of communication and information technologies, (IoT / APP) time optimization. Lighting Systems, Intercom System, Alarm System and Fire Protection.


Classification. Sensor systems in containers that allow continuous filling detection, optimizing optimal collection routes; These sensors also have temperature control (fire detection).


Involve all stakeholders; Storage and management of equipment data and transforming it into useful knowledge for citizens, for decision making. Citizen security, CCTV.

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More than 10 years
transforming cities

Renewable Energy

The benefits of energy efficiency range from reducing Greenhouse Gas (GHG) emissions, reducing household energy bills, reducing companies’ production costs and improving their productivity, to global benefits. for the energy system, since by reducing energy demand, the system’s own risks, investment needs in generation infrastructure, transmission and distribution networks, etc. are reduced.

We promote energy efficiency actions (technical and good practices) in the industrial, transportation, and residential sectors, in order to achieve certain levels of energy consumption and GHG emissions.

Our purpose is to reduce the energy and environmental impact of the energy system, also contributing to the achievement of the SDGs and the goals established in the NDCs.


There are more than one billion vehicles with internal combustion engines in the world. More than 100 million are added to the planet’s roads every year. This trend is not sustainable. 85% of the time, these vehicles carry a single passenger, and 90% of the time, on average, they are not even used: they are parked.

As a result of this glut of many gas-guzzling single-passenger vehicles, air pollution is increasing. Deadly in 91% of the world’s cities. And 92% of Earth’s cities have heavy, gridlocked traffic. There are more than seven million deaths a year due to air pollution and more than 1.5 Million people die each year worldwide in car accidents, mostly caused by human error. Above all, CO2 emissions, largely from electricity generated by natural gas and coal, threaten our existence on Earth and are a major cause of global warming.

In addition to the human lives lost, a recent report from the World Health Organization shows that the cost associated with air pollution exceeds $5 trillion a year. The Kyoto Protocol climate change treaty has so far failed to curb carbon emissions, as has the Paris Agreement. Governments and corporations have proven to be moving too slowly to implement these changes in time to make a significant difference.

The current transportation system is broken. We cannot advance as a species, move people and goods in this way. If we want to survive on a healthy planet, we need clean energy. We need to learn to share. It is time to eliminate the polluting, single-passenger internal combustion engine and transport people and goods in a more sustainable way, without creating traffic, pollution and carbon dioxide emissions, moving people, goods and energy, in a simple, sustainable and comfortable way.

Our ultimate vision is to use the newest technologies available to create highly efficient transit, as close to “zero carbon” as possible, without requiring the installation of expensive and time-consuming infrastructure: a “plug and play” system that can go anywhere with minimal infrastructure.

We completely redesign the concept of public transportation for the 21st century, transforming the mass transportation system into shared robotic/autonomous, self-organized, highly energy efficient, more practical, comfortable and fun.

We integrate new technologies to create a sustainable “MaaS Transit” (Mobility) as a Service, using Electric, Shared, Connected and Autonomous vehicles managed transparently with Blockchain technology and smart contracts.