Can augmented reality improve educational outcomes for school children in Mexico?

Can blockchain technology increase land-based climate investments in Ghana?

Can virtual and augmented reality support survivors of conflict-related sexual violence (CRSV) and contribute to more effective CRSV court cases?

Can spatial and remote sensing technology quantify the potential greenhouse gas offset of green roofs in Southern Africa?

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

Can geological data technologies enable donors to track their financial and peace returns in conflict-ridden areas?

Can IoT sensor technologies improve beekeeping productivity?

Can a solar home electrolyser generate green hydrogen on a small scale?

Can a blockchain-enabled application enable interoperability between humanitarian aid actors and reduce duplication of aid efforts?

Can drones be effectively embedded into Nepal’s health system to deliver life-saving medication and vaccines to rural areas?

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 using pay-as-you-go batteries for boat electric motors provide clean and cheap transport in Casamance?

Can a reliable and transparent Govtech platform enhance support for locally-led humanitarian projects?

Can hydroponic fodder provide an eco-friendly way for cattle raisers to access fodder, increasing the year-round availability of feed and reducing pressures on land use and associated conflicts?