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Not Initiated

B2B Semi-Autonomous Transfers

Provide automated container delivery from ports to business warehouses to maximize fuel efficiency and reduce road congestion. Semi-autonomous trucks leverage vehicle-to-vehicle communication and platooning capabilities to move in formation along designated highway lanes.

Tags:

b2b semi autonomous transfers

Key benefits

Reduced Traffic Congestion

Reduced Traffic Congestion

Semi-autonomous vehicles reduce tailbacks otherwise caused by slow-moving trucks. Similarly, they enhance traffic flow and improve road safety.

Reduced Environmental Impacts

Reduced Environmental Impacts

Enabled by connected vehicles, platooning allows for trucks to travel in formations, saving on energy consumption and reducing associated emissions.

User Journey

1

Trucks analyze different options and pick the fastest route to their destination
2

On the highway, multiple trucks form platoons and drive in formations
3

An accident is detected ahead, requiring driver intervention
4

Driver takes over the autonomous driving mode and drives the truck to the final destination
5

At the warehouse, trucks autonomously take parking positions at the docking stations

Potential Service Features

Vehicle to Vehicle
Voice Commands
Vehicle to Infrastructure

Autonomous Driving Mode

Implementation Analysis

Implementation Timeline

progress 80%

Short
Medium
Long

Regulatory Conduciveness

progress 80%

Favorable
Challenged
Complex

Technology Commercial Viability

progress 50%

Currently Viable
Viable in Short Term
Viable in LongTerm

Investment Requirements

progress 50%

Low
Medium
High

Key Implementation Consideration

1

Policies for semi-autonomous truck deployment on public roads (e.g. platooning)

2

Insurance coverage for autonomous vehicle deliveries

3

Policies for truck traffic bans

Conceptual Diagram

conceptual diagram

Relevant Tech Solutions

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