Zipline
Using drone logistics to bypass unreliable road networks
Climate-related network risk: Road disruption, difficult terrain, rainy-season access problems, remote delivery delays and emergency medical supply shortages
Solution pathway: Autonomous drone delivery, distributed fulfilment, direct aerial routes and alternative logistics networks
Business type: Autonomous logistics company
Sector: Medical logistics, drone delivery and last-mile distribution
Geography: Rwanda, Ghana, Nigeria, Kenya, Côte d’Ivoire, United States and other markets
In practice
Zipline has built drone-based logistics networks to deliver blood, vaccines, medicines and other medical products. Its drones can fly direct routes between distribution centres and health facilities, reducing dependence on road journeys that may be long, slow or disrupted. This is particularly valuable for time-sensitive goods, where delays can lead to stockouts, waste or serious consequences for patients.
The model is not a replacement for all logistics routes, but it shows how businesses can build alternative delivery networks where existing routes are unreliable. By moving some critical deliveries into the air, Zipline reduces exposure to road conditions, route closures and difficult terrain. It also creates a more flexible logistics option for emergency or time-sensitive deliveries.
For the Network Disruption & Route Reliability section, Zipline is a useful example because it shows that adaptation is not always about improving the existing route. Sometimes it means creating a new route entirely.
Why this example was selected
This case study was curated because Zipline has been widely recognised as a leading example of autonomous logistics for health supply chains. Rwanda’s Zipline partnership has been described as the world’s first national drone delivery service for medical supplies, and the model has been profiled by organizations including the World Economic Forum, Gavi and major international media.
The example is especially relevant because it demonstrates a practical response to logistics vulnerability in regions where road-based delivery can be constrained by distance, terrain, poor road quality, or rainy-season disruption. Le Monde reports that Zipline is used to reach locations that are difficult to access during the rainy season and to overcome roads cut by flooding or lengthened journeys caused by poor road conditions. In general, Zipline shows how alternative logistics models can improve route reliability for critical goods.
Key lesson
Businesses can strengthen logistics resilience by developing alternative delivery models that reduce dependence on vulnerable roads and create more reliable routes for time-sensitive goods.
