Space Economy

As space activity expands, it will be necessary to transport more provisions, fuel, equipment, and materials into space to support this growth. There will also be demand for logistic players to move necessary space equipment and supplies between facilities.

Logistic infrastructure will be required not only to store but also transport space equipment, which could prove challenging due to stringent space and weight restrictions on rockets and shuttles.

The number of shipments destined for space is likely to grown, along with increased diversification of the products delivered. Here at DHL, we expect modular standardization of packaging and containers to adequately protect products while also minimizing volume and weight.

Global connectivity continues to be an ongoing issue for the supply chain. Many companies experience poor shipment visibility when their goods are transported across borders. However, the satellite internet is poised to revolutionize connectivity worldwide, providing access especially to underserved areas and remote regions.

Satellite-powered supply chains feature real-time tracking and monitoring with GPS and other global navigation satellite systems providing precise location data for vehicles, containers, and other assets throughout the journey. These supply chains benefit from improved inventory management – satellite imagery can monitor, for example, raw material sources, crops, and livestock health, enabling better demand forecasting and resource allocation. In addition, satellite communication bridges connectivity gaps in remote regions, enabling efficient logistics operations in areas with limited ground infrastructure.

Data-driven optimization can be achieved by combining satellite data with other sources like Internet of Things (IoT) sensors and enterprise resource planning (ERP) systems. These generate valuable insights and help companies make data-driven decisions on route optimization, fuel efficiency, carbon emission reduction, and more.

Examples include satellites in low-Earth orbit (LEO) constellations, such as Starlink, offering high-speed internet access to users around the globe. Already, Maersk teams are working with Starlink to use satellite data for tracking container ships, optimizing routes, and improving fuel efficiency.

Through data collection, satellites can help logistics providers optimize supply chains and provide better services to customers. And there is broad potential for satellites to provide network coverage across the globe, eliminating connectivity issues in so-called dead zones.