---
title: 'I''ve solved the hardest problem in logistics'
source: 'https://youtube.com/watch?v=J_NIys7ehPw'
video_id: 'J_NIys7ehPw'
date: 2026-07-31
duration_sec: 149
---

# I've solved the hardest problem in logistics

> Source: [I've solved the hardest problem in logistics](https://youtube.com/watch?v=J_NIys7ehPw)

## Summary

The video presents a revolutionary concept for inland cargo transport: building narrow channels to move ISO standard shipping containers by boat, extending the efficiency of maritime shipping beyond coastal areas. The creator acknowledges the system's limitations but argues it beats alternatives like the Virgin hyperloop.

### Key Points

- **Revolution announced** [00:02] — The video claims to announce a revolution in worldwide cargo transport, solving a major logistics problem.
- **Maritime shipping efficiency** [00:16] — Maritime shipping is the most cost and energy efficient transport method because water is slippery, resulting in low friction compared to rolling resistance on roads or tracks.
- **Sea level advantage** [00:47] — The ocean is at zero meters above sea level (or zero feet in America), so ships don't consume extra energy crossing mountains or obstacles.
- **Cargo ship limitation** [01:02] — Cargo ships can't move on land, restricting them to areas near oceans and leaving inland regions inaccessible to maritime shipping.
- **Narrow channel concept** [01:18] — The proposed solution is building smaller channels through inland areas to support boats just wide enough to carry an ISO standard cargo container.
- **Power options** [01:31] — The narrow boats could be powered by efficient diesel engines, steam, solar power, or self-replicating biofuel powered motor units.
- **Acknowledged limitations** [02:02] — The system is slower and less flexible than road transport, and slower and lacks the economy of scale of rail transport.
- **Hyperloop comparison** [02:16] — The creator claims superiority over the Virgin hyperloop because the canal system can use pre-existing infrastructure and is not a massive, easy-to-sabotage vacuum tube.

### Conclusion

The video offers a thought-provoking, albeit speculative, idea for extending maritime shipping efficiency inland. While the concept has clear drawbacks, the creator argues it deserves consideration as a simple, infrastructure-friendly alternative to high-tech projects like the hyperloop.

## Transcript

been no major advances in Logistics in this video I am announcing a revolution this video I am announcing a revolution in worldwide cargo transport the most cost and energy efficient way to transport cargo from any place to any
other place is maritime shipping this is due to one simple fact of the universe water is slippery compared to the rolling resistance of a rubber tire on the road or a steel wheel on a track the friction between the surface of a cargo
ship and the water is significantly smaller once a ship gets going it takes a relatively small amount of energy to have it continue at that speed Maritime shipping has another Advantage all of the ocean is zero meters above sea level
except in America where it is zero feet above sea level this means a ship doesn't need to consume additional energy to cross mountains or other obstacles like that however cargo ships have one major limitation cargo ships
can't move on land so they are restricted to the areas near oceans the interior of most countries are inaccessible to Maritime shipping but what if we could get the benefits of ship-based cargo without being near the
sea this is where my revolutionary New Concept comes in channels big enough to support ocean-going ships are impractical to be built through the interior of most countries however smaller channels able to support a boat
that is more narrow is something that is within the Realms of practicality a boat just wide enough to carry an ISO standard cargo container these boats that are narrow could be powered by efficient diesel engines steam solar
power or even self-replicating biofuel powered motor units while some people might point out that this solution is slower and less flexible than Road slower and less flexible than Road Transport and others will point out that
this solution is slower and lacks the economy of scale that comes with rail I will counter that this system is superior to the Virgin hyperloop by being able to use pre-existing infrastructure in many places and not
being a massive easy to sabotage vacuum tube in my vision these narrowboat cargo pods will revolutionize cargo distribution so please support this distribution so please support this project by subscribing to my channel