150 hours
Drivers in Prague spend about 150 hours a year in traffic jams. In Berlin, the figure exceeds 190 hours.
We are an independent company focused on Smart City, helping cities and municipalities to harness the full potential of modern technology and a sustainable approach.
Smart City is not just about modern technology, but more importantly about a strategy that uses data and planning to effectively address everyday and long-term challenges.
From traffic congestion and parking shortages to energy management and reducing environmental impact, our projects help cities tackle a range of current challenges more effectively. Through a participatory approach, we actively engage the public and key partners, contributing to better acceptance and usability of smart solutions.
We believe that smart cities are created in collaboration with their inhabitants. Our goal is to create cities that are safe, inclusive, resilient and future-ready.
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We design smart solutions that support sustainable urban development and save natural resources.
We help cities and communities think innovatively about transport, energy, and the environment.
We adapt to the specific needs of each project, from local strategies to international collaboration.
We respect everyone’s uniqueness. We support equality, open collaboration and value diverse opinions.
We build on reliable results that confirm our expertise and build long-term partnerships.
We use advanced data analysis tools. QGIS software allows us to visualize and process geographic information efficiently.
Based on this data, we provide comprehensive analyses that support informed decisions in the transport and energy sectors.
The rapid growth of population and vehicles in cities is putting enormous pressure on infrastructure, which cannot keep up with increasing demands. Congested junctions, frequent congestion and increased risk of accidents put not only drivers but also pedestrians at risk. This problem also limits sustainable mobility options, as congested roads hinder the development of public transport, cycling and walking infrastructure. Without an adequate solution, urban transport becomes inefficient and negatively affects the quality of life and the environment.
Sustainable mobility and the modernisation of transport infrastructure are key to tackling this problem. The development of public transport, together with the construction of cycle routes and footpaths, will enable residents to use safer and greener modes of transport. In addition, the introduction of smart transport systems will ensure more efficient traffic management, reduce congestion and improve safety. Such investments will not only reduce the number of cars on the road, but also contribute to a cleaner and healthier urban environment.
Irresponsible energy management creates significant costs and environmental impacts. Rising energy demand and limited natural resources lead to higher greenhouse gas emissions and strain infrastructure. Old technologies and inadequate monitoring cause losses and waste, reducing the ability to respond to changes in demand. Optimising energy consumption is therefore crucial for sustainability and environmental protection.
The solution lies in the introduction of modern technologies and accurate monitoring of consumption. Optimising energy efficiency involves smart systems that regulate consumption in real time, reducing waste and adapting to actual needs. Investing in renewable energy and upgrading technology not only reduces costs but also helps to protect the environment. These measures lead to financial savings and strengthen economic efficiency.
The urban environment is facing increasing pressures from growing car traffic and a lack of green spaces. Streets congested with vehicles bring not only noise and pollution, but also health risks due to high concentrations of pollutants. Lack of green space impairs the ability of cities to cope with temperature fluctuations and leads to overheating of streets and buildings. In addition, inefficient stormwater management increases the risk of flooding and reduces the quality of life of residents. Without sustainable solutions, these problems threaten to significantly affect the quality of life as well as the overall attractiveness of cities.
Focusing on sustainable development and efficient resource management is key to solving urban environmental problems. Improving air quality can be achieved by promoting green transport such as electric vehicles, cycling infrastructure and public transport. At the same time, it is necessary to invest in the restoration and expansion of green spaces, which not only improve air quality but also help to regulate temperature extremes and absorb rainwater.
The rapid growth of population and vehicles in cities is putting enormous pressure on infrastructure, which cannot keep up with increasing demands. Congested junctions, frequent congestion and increased risk of accidents put not only drivers but also pedestrians at risk. This problem also limits sustainable mobility options, as congested roads hinder the development of public transport, cycling and walking infrastructure. Without an adequate solution, urban transport becomes inefficient and negatively affects the quality of life and the environment.
Sustainable mobility and the modernisation of transport infrastructure are key to tackling this problem. The development of public transport, together with the construction of cycle routes and footpaths, will enable residents to use safer and greener modes of transport. In addition, the introduction of smart transport systems will ensure more efficient traffic management, reduce congestion and improve safety. Such investments will not only reduce the number of cars on the road, but also contribute to a cleaner and healthier urban environment.
Irresponsible energy management creates significant costs and environmental impacts. Rising energy demand and limited natural resources lead to higher greenhouse gas emissions and strain infrastructure. Old technologies and inadequate monitoring cause losses and waste, reducing the ability to respond to changes in demand. Optimising energy consumption is therefore crucial for sustainability and environmental protection.
The solution lies in the introduction of modern technologies and accurate monitoring of consumption. Optimising energy efficiency involves smart systems that regulate consumption in real time, reducing waste and adapting to actual needs. Investing in renewable energy and upgrading technology not only reduces costs but also helps to protect the environment. These measures lead to financial savings and strengthen economic efficiency.
The urban environment is facing increasing pressures from growing car traffic and a lack of green spaces. Streets congested with vehicles bring not only noise and pollution, but also health risks due to high concentrations of pollutants. Lack of green space impairs the ability of cities to cope with temperature fluctuations and leads to overheating of streets and buildings. In addition, inefficient stormwater management increases the risk of flooding and reduces the quality of life of residents. Without sustainable solutions, these problems threaten to significantly affect the quality of life as well as the overall attractiveness of cities.
Focusing on sustainable development and efficient resource management is key to solving urban environmental problems. Improving air quality can be achieved by promoting green transport such as electric vehicles, cycling infrastructure and public transport. At the same time, it is necessary to invest in the restoration and expansion of green spaces, which not only improve air quality but also help to regulate temperature extremes and absorb rainwater.
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