Can smart metering and digital monitoring systems improve the financial sustainability, operational efficiency, and climate resilience of off-grid, community-managed energy utilities?

Can sharing data about public water filtration systems build trust in the water supply and reduce the use of single-use plastic bottles?

Can we gather better data on insect biodiversity with the help of sensing technologies and AI?

Can a combination of sensors, imagery, and machine learning help locate clandestine graves in Mexico?

Can we use technologies to detect environmentally damaging activities and help hold governments accountable?

Can IoT technology efficiently manage resources (water, air) and waste in real time?

Can low-cost, easy-to-deploy deep sea cameras enable low-to-middle income countries to explore the deep-sea?

Can IoT sensor technologies improve beekeeping productivity?

Can geospatial data on climate change scenarios adequately inform community planning on activities that aim to support the local environment?

Can existing low-cost, low-power wireless IoT sensor technology be adapted to reliably measure and transmit data on parameters critical to insect growth?

Can IoT-enabled geo-seals successfully track humanitarian aid shipments and reduce diverted goods?

Can collecting air pollution data using IoT and sharing it with the world, influence stakeholders to improve air quality and encourage citizens to change behaviours?

By providing clean energy charging stations to micro-retailers in Senegal can we get smart batteries to low-income households that are currently without electricity?

Can IoT sensors to improve the monitoring of water quality in refugee camps?

Can introducing contraceptive vending machines (utilising the Internet of Things) in areas where adolescents’ needs are going unmet successfully create demand and meet the needs of women and girls?