Expanding containerisation to include standardised, self-addressing AI "packets" represents a fascinating prospect for extending delivery services to areas currently underserved by traditional logistics networks. These AI packets could be equipped with advanced navigation capabilities, enabling them to autonomously traverse challenging terrains such as deserts or remote regions.

By leveraging AI technology, these packets could adapt to dynamic environmental conditions, finding the most efficient routes and bypassing obstacles in real-time. Additionally, the standardisation of these packets would facilitate seamless integration into existing transportation systems, further enhancing efficiency and reliability.

Furthermore, the concept of "piping" to prevent deserts metaphorically suggests the idea of creating interconnected networks that ensure continuous delivery coverage, even in traditionally difficult-to-reach areas. This could involve establishing infrastructure and partnerships to facilitate the flow of goods and services to underserved regions, thereby reducing logistical barriers and fostering economic development.

In summary, the combination of standardised, self-addressing AI packets and strategic infrastructure development has the potential to extend delivery services to new classes of poorly served areas, effectively overcoming logistical challenges and contributing to global connectivity and development.