NOMMON Solutions is a Madrid-based data analytics company specialising in the application of big data, artificial intelligence, and advanced modelling techniques to urban mobility, transport planning, and smart city decision-making. The company transforms large-scale anonymised datasets from mobile networks, connected vehicles, and urban sensors into actionable intelligence for cities, transport authorities, and infrastructure operators.
NOMMON's core platform processes billions of data points to generate detailed insights into how people and goods move through urban areas, revealing patterns in commuting behaviour, tourism flows, freight logistics, and multimodal transport usage that would be invisible through traditional survey methods. These insights enable cities to optimise transport networks, evaluate the impact of infrastructure investments, design more effective mobility policies, and respond to disruptions with real-time situational awareness.
The company has developed particular expertise in mobility analytics for European cities, working with municipal transport authorities, national infrastructure agencies, and European research consortia to address challenges including congestion management, public transport optimisation, cycling infrastructure planning, and the integration of new mobility services such as ride-sharing and micro-mobility into existing transport systems.
NOMMON actively participates in EU-funded research and innovation projects focused on urban mobility, contributing its data analytics capabilities to collaborative efforts that develop next-generation transport planning tools and smart city data platforms. The company's work spans multiple European countries, with projects addressing both large metropolitan areas and smaller cities seeking to improve their transport systems through data-driven approaches.
Based in Madrid's growing technology ecosystem, NOMMON represents the emerging generation of European smart city companies that combine deep domain expertise in urban systems with cutting-edge capabilities in data science and machine learning.