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ASITIS and the City of Slavkov win first place in the Czech Smart City Awards 2025

Tereza Kubickova, marketing manager
Tereza Kubíčková
27/11/2025
  • 3-30-300
  • Greenery
ASITIS and the City of Slavkov won first place in the Czech Smart City Awards 2025 for a data driven 3-30-300 urban greenery analysis. The project delivered precise insights into tree coverage, shading and access to green spaces, helping the city strengthen its climate resilience. The results now guide strategic planting, street improvements and long…
Award ceremony where ASITIS and the City of Slavkov u Brna are recognized for winning first place in the Czech Smart City Awards 2025 in the category Urban Planning and Environment.
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ASITIS, together with the City of Slavkov u Brna, has won first place in the national Czech Smart City Awards 2025 in the category Urban Planning and Environment. The award recognizes a data driven analysis of the 3+30+300 rule that helps cities plan greener, healthier and more climate resilient public spaces.

The Czech Smart City Awards are among the most respected recognitions for innovation in public administration. Each year, the competition highlights projects that use technology, data and modern approaches to improve the quality of life in municipalities.
The joint project of Slavkov and ASITIS clearly demonstrates how a city can use data driven urban greenery planning to strengthen climate resilience and support a healthier environment for its residents.
The awarded project focused on a full scale analysis of the 3-30-300 rule for Slavkov u Brna and provided the city with actionable insights for tree planting, heat mitigation and strategic development of public green spaces.
Close up of the Czech Smart City Awards certificate and trophy recognizing the 3 30 300 analysis for Slavkov u Brna in the category Urbanism and Environment.

What the 3-30-300 rule is and why it matters for modern cities

The 3-30-300 rule is one of the most widely adopted international guidelines for effective green infrastructure planning. It outlines three simple but powerful principles:

Rule 3-30-300

3 trees

Every person should see at least three mature trees from their home, workplace or school.

30 % canopy

Every urban district should have at least thirty percent tree canopy cover.

300 meters

No resident should live more than three hundred meters from a quality public green space.

The rule helps cities quickly identify where greenery is sufficient and where it is missing. Trees are one of the most effective natural tools for cooling urban areas, reducing heat islands, improving air quality, enhancing biodiversity and supporting mental and physical health. As heatwaves intensify across Europe, the 3-30-300 rule is becoming an essential framework for climate adaptation in cities.

How ASITIS conducted the 3-30-300 analysis in Slavkov u Brna

Presentation of the first prize awarded to ASITIS and the City of Slavkov u Brna for a data driven analysis supporting greener and more climate resilient cities.
For Slavkov, ASITIS carried out a comprehensive geospatial analysis using advanced data sources. The team worked with satellite imagery, high resolution aerial photos, detailed GIS layers and a proprietary methodology that evaluates each part of the 3-30-300 rule at the level of every building in the city.

The analysis examined tree visibility, canopy coverage, shading of public spaces and walking distance to green areas. These data sets were transformed into interactive map layers, a detailed report, visual infographics and a clear list of recommended actions for the city.

The results highlighted both strong and vulnerable areas. Many residents benefit from greenery close to their homes, while other districts lack shade and require targeted planting, street redesign or creation of new parks.
“Slavkov has shown that investing in data and modern green planning makes a real difference. With accurate map layers we can clearly see where trees help the most and where they are missing. The city can therefore plan effectively, responsibly and with direct impact on the daily life of its residents.”
Martin Vokřál
ASITIS CEO

What this means for Slavkov and why it inspires other cities

With the results of the analysis, Slavkov now has a clear roadmap for planting new trees, improving shading in heat stressed areas and designing public spaces that support long term resilience.

The project strengthens the city’s microclimate, improves thermal comfort and supports the well being of residents.
The case of Slavkov shows that even smaller municipalities can work with top level geodata and advanced analytics.

The 3+30+300 methodology is fully scalable and ready for rapid deployment in other cities across Europe. ASITIS has already delivered similar analyses for Dublin, Ede, Lisbon and several Czech municipalities.
Satellite map of Slavkov displaying individual buildings color-coded based on their compliance with the 300 distance rule from the 3-30-300 concept. Buildings are categorized as follows: Green – Buildings located within 300 meters of a green space, fully complying with the rule. Yellow – Buildings partially meeting the 300 distance requirement, located near but not fully within the required range. Red – Buildings not meeting the 300 distance rule, located further than 300 meters from the nearest green space. The map provides a detailed overview of building distribution and their proximity to green spaces, highlighting areas with better access to urban greenery.

How this project fits into the mission of ASITIS

ASITIS helps cities prepare for climate change through high quality data, scientific expertise and practical tools. The company combines strategic planning, spatial analytics and hands on project development to support healthier, greener and more resilient communities.

The 3+30+300 analysis is one of the services that translate complex data into clear, usable guidance for urban development decisions. It supports long term adaptation strategies as well as immediate investment planning.


If you want to strengthen green infrastructure, plan tree planting or assess heat risk in your city, our team is ready to help.

Get in touch with ASITIS for a consultation and discover how the 3-30-300 analysis can support the future resilience of your municipality.

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Tereza Kubickova, marketing manager
Author of the article

Tereza Kubíčková

CEO společnosti ASITIS
Tereza Kubíčková is a graduate of a master’s degree program in Molecular Biology and Genetics at Masaryk University in Brno, which she complemented with an internship at the University of Vermont in the United States. During her scientific career, she contributed to research in experimental biology and is a co author of academic publications in prestigious international journals. Two years ago, she decided to change her career path and has spent the past two years working at ASITIS as a marketing manager, where she applies her creative approach in a new field.
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