The Urban Flows Observatory works to understand how the physical (energy and material resources) metabolism of cities can be effectively measured, understood and utilised.
The goal of this project focused around building a responsive web portal to provide an accessible means for viewing, comparing and analysing data for the Urban Flows Observatory’s network of air quality sensors.
The Urban Flows Observatory leverages IoT sensors to monitor urban environments by collecting real-time data on air quality, temperature, humidity, noise levels, and pollutant concentrations. To make this complex data more accessible and actionable, The Curve developed a responsive web portal that enables users to view, compare, and analyse data from multiple sensor sources.
The web portal aggregates and visualises environmental data in an intuitive format, allowing users to explore sensor networks, compare outputs, and gain deeper insights into urban air quality. The system also includes integration APIs, enabling further analysis and external collaborations. Additionally, The Curve partnered with Slanted Theory to create immersive 3D virtual reality renderings, providing a cutting-edge way to interpret environmental data.
This platform empowers researchers, city planners, and policymakers to make informed decisions based on real-time urban analytics.
Software Development