All three projects (PoliVisu, DUET, S4AllCities) involve geospatial data, GIS, and spatial analytics as core capabilities.
SPRAVA INFORMACNICH TECHNOLOGII MESTA PLZNE, PRISPEVKOVA ORGANIZACE
Municipal IT authority of Plzeň offering city-scale GIS, digital twins, and urban data infrastructure as a living lab for smart city projects.
Their core work
SITMP is the municipal IT authority for the city of Plzeň (Pilsen), Czech Republic, responsible for managing the city's digital infrastructure, geographic information systems, and data platforms. In EU projects, they serve as a real-world urban testbed — deploying geospatial analytics, traffic monitoring, pollution modelling, and digital twin technologies on actual city infrastructure. Their value lies in being both an IT operator and a living lab: they don't just research smart city concepts, they implement them on a functioning European city of 170,000+ residents.
What they specialise in
DUET focused on Digital Urban European Twins and S4AllCities applied digital twins for urban safety, showing deep competence in city-scale digital replicas.
Both PoliVisu and DUET addressed transport and traffic analytics using real-time sensor data and big data platforms.
S4AllCities (their largest project at EUR 353k) applied AI, VR, and digital twins specifically to safety and security of open public spaces.
DUET incorporated pollution and noise modelling alongside traffic analytics, signalling expansion into environmental monitoring.
How they've shifted over time
SITMP's trajectory shows a clear progression from data visualization toward full digital twin deployment. Their earliest project (PoliVisu, 2017) focused on geospatial analytics, heatmaps, and sensor-driven dashboards to support policy decisions — essentially turning raw city data into visual insights. By 2019-2020, they moved into 3D digital twins (DUET), co-creation with citizens, pollution modelling, and AI-driven security systems (S4AllCities), indicating a shift from passive data display to active simulation and prediction.
SITMP is moving from data visualization toward AI-powered urban simulation and security, making them a strong candidate for smart city and safe city projects needing a real municipal deployment partner.
How they like to work
SITMP operates exclusively as a consortium participant, never as coordinator — consistent with their role as a municipal IT body contributing real-world infrastructure rather than leading research agendas. With 54 unique partners across 11 countries from just 3 projects, they work in large, diverse consortia typical of Innovation Actions and smart city demonstrators. This makes them an accessible, low-friction partner: they bring a deployable city testbed without competing for project leadership.
Despite only 3 projects, SITMP has built a broad network of 54 partners across 11 European countries, reflecting the large consortium sizes typical of smart city Innovation Actions. Their connections span municipalities, tech companies, and research institutions across Western and Central Europe.
What sets them apart
SITMP is not a research lab or a tech vendor — it is the actual IT department of a mid-sized Czech city. This means they offer something rare in EU consortia: direct access to municipal systems, real traffic data, city sensors, and the administrative authority to deploy pilot solutions on live urban infrastructure. For any project needing a Central European city testbed with in-house GIS and data capabilities, SITMP removes the usual friction of municipal engagement.
Highlights from their portfolio
- S4AllCitiesTheir largest project (EUR 353k) combining AI, VR, and digital twins for urban security — a significant thematic expansion from pure data analytics into safety applications.
- DUETDigital Urban European Twins project positioned Plzeň as one of Europe's pilot cities for urban digital twin deployment, combining traffic, pollution, and citizen co-creation.
- PoliVisuTheir foundational project establishing geospatial big data analytics for urban policy — the capability base that enabled all subsequent smart city work.