Discrete home monitoring of vulnerable residents to enable them to live independently by detecting changes in activity that may require interventions.

An air quality monitoring IoT trial, looking at whether school street schemes are effective in reducing air pollution around schools, general air quality monitoring and combining data from air quality and sound sensors with ANPR sensors to build a picture of activity at three waste transfer industrial sites in Merton.

Using IoT to reduce and deter the number of fly tipping occurrences, which cost the council money for rubbish removal and has a significant detrimental impact on the residents and their enjoyment of their home.

Using sensors to monitor wildlife corridor conservation sites to help identify biodiversity changes within Richmond and Kingston to inform how the council manages council-owned land.

Deployment of flood monitoring IoT sensors to minimise impact of flooding on roads after heavy rainfall and support optimised cleaning routines for council services.

Kingston Council has successfully utilised IoT to support improvements to living conditions by proactively identifying and addressing damp and mould concerns in properties.

DG Cities explores how IoT can be used in social housing to complement existing damp and mould processes, and encourage a shift away from reactive repairs, to pro-active.

Using sensors to monitor ASB (anti-social behaviour), and areas where action may be required to avert accidents or situations developing, by putting in preventative measures.

Using road users and air quality monitoring to provide detailed insights into traffic patterns, air pollution policy implications in residential areas, strategic planning and to respond to FOI requests and council member enquiries.

Supporting local business growth and improve business rates retention through equipping small businesses with digital tools and support.