Is it possible to develop an Artificial Intelligence-based system to predict forced displacement in near real time?

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

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

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

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

Can a distributed manufacturing ecosystem that aggregates PPE demand from the field and fulfills it through hyper-localised manufacturing deliver PPE to frontline healthcare workers in a quick and efficient manner?

Can Artificial Intelligence strengthen the supply chain of the Public Distribution System in India to address food insecurity?

Can distributed ledger technology (DLT) be used to track UK Aid payments through the delivery chain to enhance transparency, increase the speed at which money flows to the end recipient, and reduce intermediary costs?

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

Can distributed ledger technology help to improve the transparency of the humanitarian supply chain, allowing for more responsive management of the aid system?

Could localised 3D Printing technologies be transformative in a post-disaster context?