Can alternative transportation solutions improve accessibility in urban Kenya?

Can AI successfully analyse satellite images of forest cover and provide a more accurate calculation of carbon levels in Tanzanian forests?

Can satellite imagery and GPS technology monitor the growth of trees on smallholder farms in Uganda whilst utilising a mobile application to enable farmers to sell carbon credits on the international market?

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?

Can using drones as a complementary technology be successful in tackling desert locust invasions in East Africa?

How might we create a network of localised distributed manufacturing hubs?

Can a portable benefits platform that provides protections to ‘gig workers’ in Kenya’s economy protect these workers from economic setbacks?

Can a multi-purpose UAV operation in Malawi help realise the impact of UAVs in development and humanitarian contexts in a financially sustainable, long-term manner?

Will access to sex-positive sexual and reproductive health information through a chatbot lead to increased contraceptive usage by the Kenyan youth population? 

Are electric vehicles the key to unlocking financial success for mini-grids?

Can electric vehicles provide a more profitable alternative for taxi drivers in Kigali, while also reducing the city’s carbon footprint?

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?

Can humanitarian emergency response be made more efficient by using Unmanned Aerial Vehicles?