Solutions

Browse solutions designed to address urban challenges, from smart mobility to sustainable infrastructure and digital transformation.

Innovative Smart City Solutions

UTA develops and implements smart city solutions to help cities tackle complex urban challenges. From sustainable energy systems and efficient mobility solutions to citizen-focused digital services, these innovations are tested in partner cities and scaled to maximize impact. Our solutions address real-world urban problems while promoting sustainability, efficiency, and improved quality of life for citizens. Browse our catalog of smart city solutions to see how cities worldwide are adopting innovative approaches for urban transformation.

Kentyou Eye

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Kentyou

Kentyou Eye is a smart city monitoring and decision-support platform that integrates real-time, historical, and geospatial data into a unified view. It enables customizable KPIs, predictive analytics, and impact simulations to support informed planning. Modular and open-source based, it avoids vendor lock-in and fosters co-creation. Deployed for mobility, energy management, and urban heat island mitigation, it helps cities act proactively and sustainably.

AI-Driven Urban Data Analytics

🖥️ Platform

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Universidade da Coruña

The CITIC Urban Data Platform is an AI-powered framework designed to ingest, process, and analyze massive datasets from diverse urban sources. It uses advanced machine learning to provide city managers with predictive insights regarding mobility patterns, resource consumption, and environmental health, enabling proactive rather than reactive decision-making.

AI-Driven Urban Data Analytics Platform

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Data in Motion

By developing purpose driven and longtime-sustainable solutions Data in Motion’s mission is to improve people’s lives directly and with lasting impact. Based on open-source solutions, we want to unleash the potential of urban data to make interactions between citizens and administrations easier, increase data transparency and accessibility, make traffic safer and more efficient and transform city infrastructures into healthier and climate friendly environments.

Crowd Monitoring Platform

🖥️ Platform

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CrowdScan

CrowdScan provides real-time crowd monitoring and analytics for urban spaces and events. Using sensors and data analysis, the platform helps cities and operators understand crowd density, flows, and potential risks. It supports safer public spaces, better event management, and data-driven planning of mobility and urban infrastructure.

Digital Maturity Assessment Tool

📐 Methodology

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Caspera Lab

CSP Journey in a Box is a structured digital transformation methodology developed by Caspera Lab to support organisations in understanding technological disruption, assessing their digital maturity, and implementing transformation programs. The framework combines executive workshops, maturity assessments, co-design sessions, and AI-supported monitoring tools to help organisations define transformation roadmaps and accelerate the implementation of digital initiatives.

Digital Twin

🖥️ Platform

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WeMB

WeMB develops digital platforms for energy management in buildings and districts. By integrating IoT data, monitoring tools, and analytics, the platform helps optimize energy consumption, improve operational efficiency, and support smarter energy management strategies for urban environments.

Geospatial urban analytics

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Latitudo 40

Latitudo40 provides an AI-powered geospatial platform based on satellite data to support smarter urban planning. Without relying on physical sensors, it enables cities to monitor environmental risks, prioritize interventions, and simulate future urban scenarios. The platform combines advanced analytics, interactive mapping, and ready-to-use datasets (land cover, heat islands, vegetation) to guide sustainable, data-driven decisions and improve climate resilience, efficiency, and livability.

RealSim City

📐 Methodology

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Real Sim

RealSim develops advanced simulation models to analyze complex urban and infrastructure systems. By combining system dynamics and scenario modeling, the approach helps cities and organizations explore long-term impacts of policy decisions, infrastructure investments, and environmental changes before implementation.

Shonan Future Verse

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Keio University

Shonan Future Verse is a high-precision digital twin platform that enables the co-creation of urban futures. By synchronizing real-time city data with virtual simulations, it allows planners and citizens to “rehearse” urban policies, infrastructure changes, and disaster response scenarios in a risk-free digital environment.

Smart city сollaborative platform

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Czech Smart City Cluster

The Czech Smart City Cluster provides a collaborative platform connecting municipalities, technology companies and research institutions working on smart city innovation. Through networking, project support and knowledge sharing, the cluster helps stakeholders cooperate on the development and implementation of smart city initiatives across areas such as mobility, energy, environment, buildings, governance and safety.

Smart Infrastructure Monitoring

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NTT East

NTT East provides telecommunications infrastructure and digital connectivity services across eastern Japan. Its solutions include fiber-optic broadband networks, fixed-line communications, and ICT services supporting businesses, governments, and communities. Through its network infrastructure and digital platforms, the company enables high-speed connectivity and supports the digital transformation of regional economies.

SmartSantander

🖥️ Platform

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University of Cantabria

SmartSantander is a unique, city-scale experimental research facility that integrates thousands of IoT devices across an entire metropolitan area. It provides a flexible architecture for testing Future Internet services, including parking management, environmental monitoring, and augmented reality, making it a global benchmark for data-driven urban governance and large-scale IoT validation.

Super City Data Federation Platform (S-DAP)

🖥️ Platform

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University of Tsukuba

S-DAP is an advanced urban operating system that integrates fragmented data from multiple sectors, including transportation healthcare and administration, into a single interoperable platform. It serves as the digital backbone for the Tsukuba Super City initiative, enabling the co-creation of personalized citizen services while maintaining high standards of data security and privacy through decentralized identifiers.

Transdisciplinary Mobility Innovation (TMI)

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Nagoya University

TMI is a hybrid framework that integrates human-centric data science with urban engineering to model and predict complex mobility flows. It utilizes AI and digital twin environments to test how new mobility services (autonomous vehicles, drones) and social measures impact urban life before real-world deployment.

Urban innovation platform

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Knowledge Capital

Knowledge Capital is an open innovation ecosystem combining physical infrastructure, collaborative programs, and community facilitation to support innovation in urban environments. Located in Osaka, it connects companies, universities, startups, and citizens through shared laboratories, offices, and exhibition spaces where technologies can be demonstrated and tested. The platform promotes co-creation, experimentation, and knowledge exchange, enabling new ideas and technologies to move from research to real-world applications.

Urban Innovation Service

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Smart City Consortium (SCC)

The Smart City Consortium provides a collaborative platform that supports the development of smart city initiatives through networking, research, and international cooperation. By connecting industry, academia, and public institutions, SCC facilitates knowledge exchange and partnerships that accelerate the adoption of digital technologies and innovative urban solutions.

Wi-Fi Pocket Sensor Mobility Analysis System

📐 Methodology

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Jriss

JRISS develops risk and resilience assessment methodologies for complex infrastructures and urban systems. Its approach combines modeling, scenario analysis, and decision support tools to help cities and infrastructure operators anticipate disruptions, assess vulnerabilities, and strengthen resilience planning.