Why humanitarian last mile is different from commercial logistics

And unlike a commercial last mile, where the recipient has a verified address, a phone, and the ability to reschedule, humanitarian last-mile delivery must reach people who may be displaced, undocumented, in active conflict, or entirely without communications infrastructure. 

The coordination challenge per event is staggering. A prime recent example being between January and June 2024, where the Logistics Cluster for the Gaza response alone supported over 225 humanitarian organisations, facilitating the transport of over 19,600 metric tons of humanitarian cargo and storage for over 51,000 cubic metres of emergency relief. Coordinating that volume of humanitarian assistance, from that many organisations, through one of the most restricted supply chain environments in the world, without unified systems or shared data infrastructure, is a logistics problem of extraordinary complexity. One that no single organisation can solve alone, but one that harmonious technology might help with. 

If some of these challenges can be minimised the other challenges can become easier too. If quality monitoring or geographical mapping can work accurately and effectively, there’s less likelihood of stakeholder fallout. This is where logistics tech can help.

Where technology can close the gap

There’s already an array of NGOs and organisations building technology to improve aid delivery. We look at some of the existing examples and how commercial logistics technology could support their development and deployment:

The need for commercial crossover

While technological progress is being made, there’s still a dire need for more. More aid, more technology and more involvement from organisations to accelerate aid to those who need it. 

Traditional logistics models are often too infrastructure-dependent for urgent deliveries where situations change at a moment's notice. This creates a gap for mission-critical transport in off-grid and hard-to-reach environments. 

The innovations solving this in humanitarian settings have some of the broadest applications across industries, be it offshore energy, remote industrial supply, and disaster-response commercial logistics.

WFP's Building Blocks platform was built to solve the specific humanitarian problem of duplicated aid delivery. The platform has prevented $288 million in unintended duplicate assistance and is now processing data for 4.8 million households across Ukraine, Syria and Palestine. But the technical architecture of a permissioned blockchain is identical in structure to what commercial supply chain operators need when managing multi-party networks across carriers, warehouses and customs authorities.

Zipline’s drones were originally built to deliver blood to remote hospitals in Rwanda but as of January this year they’ve completed over two million commercial delivery miles too.

We’ve seen cross-over applications with our own alumni, from TreeTrack’s UAVs that plan environment restoration to Whale Seeker’s AI coastal mapping enabling quick in-field decision making. 

Often the founders who build for the hardest environments build the most durable technology. We’ve seen that across industrial sectors and we see it in logistics and humanitarian aid too. 

These founders have to solve for unreliable infrastructure, incomplete data, multi-stakeholder coordination and extreme time pressure as standard. All conditions that commercial logistics operators encounter as edge cases, but that humanitarian operations face every day.