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Kaposvár set itself the goal of becoming a green smart city. For reaching their aim, they replaced their complete bus fleet, with 40 CNG-powered buses, which work with biogas produced by the Kaposvár Sugar Factory. They have improved public lighting, more than half of their candelabras working with LED bulbs, they are even able to control their brightness. They provide their wasteful buildings with a building management system - which is essentially a computer that controls consumers and energy use.

The aim of the „Protheus Project” is to build up a sustainable e-mobility system, produce renewable electricity, and store that energy for the use by the city of Paks and the surrounding Municipalities. The projects’ main goal is the creation of a healthier, more energy-efficient and inhabitant friendlier city. The projects are: charger infrasutcutre, driver qualification, e-move ticket and pass, electric bike and roller system, electric buses and cars/taxis, energy distribution, energy storage, home solar cells, Paks card, smart garage, Solar cell park and transporting application.

ENERGY@SCHOOL: energy optimization and behavioural change of Central European schools is a cooperation project. The Interreg    CENTRAL EUROPE Programme improves capacities  for  regional development in innovation,  carbon dioxide reduction, the protection of  natural  and  cultural  resources  as  well as transport and mobility. With a budget of 246m EUR, this EU cohesion policy programme supports public and private organisations to work together across Central Europe.

The digitalization survey of local businesses started at the end of 2018 in Balatonmáriafürdő, led by T-Alfasystem Ltd. within the framework of the Smart Village program.

Baksa is a village in Baranya County lived by 860 people. The Municipality actively works on boosting the village and its facilities.
In order of safe transport a traffic slower lane and surveillance cameras were installed. At several points in the village, there is a different surveillance system, for example in the center of a large intersection.

The town of Riihimäki bases its strategy on robotics for developing an attractive business environment. Since robotics has been selected as the strategic focus area for the town, the authorities are committed to long-term development and implementation of robotics in a wide range of life and working environments. To ensure implementation, it is necessary to have an open atmosphere so that stakeholders, including citizens, business actors and town authorities, can participate in robotics development and innovation activities.

The city of Hämeenlinna has recently started ecosystem development work aimed at improving the town's competitiveness and sustaining its surrounding region.

The town of Forssa is in the middle of the Finnish agricultural landscape, located within a triangle formed by the three largest cities in Finland, and with good transportation connections. The largest national research institute for agriculture and bioeconomy is also located in the Forssa region.

The underground waste container system will include 2 underground systems with 3 containers with 2,200-liter capacity.
This system will be managed through smart and sustainable IT solutions that will enable us to further upgrade the established system.

Smart waste collection containers were installed in Zalaegerszeg as part of the Interreg Hungary-Croatia Cross-border Program. Many investments have already been made in the smart city program. Among other things, new electric charging stations have been developed, a waste management facility has been built and the Smart City mobile application is being tested. These containers are similar to conventional selective waste bins. They differ in that their sensors signal when they are full and notify the service company.