As both satellite and cellular navigation systems become more popular, there is massive potential for these systems to change driving habits; especially in context of networked navigation devices.
When traffic and stop lights are taken into account, the shortest route may not be the most efficient; network connectivity among navigation devices will allow drivers to use less fuel by utilizing the most efficient routes. Additional analysis of a user’s point cloud could help determine patterns, best times to commute, or other unique services.
By analyzing other users on the network, the most efficient route can be calculated by car, bus, or foot; often, this will demonstrate other forms of transportation are even faster (and more environmentally friendly) than driving. In addition, these devices could help calculate the true cost of driving by estimating carbon emissions, vehicle wear/tear, salt exposure etc.
In terms of car safety, a satellite navigation system could provide subtle warnings as drivers approach accident-prone streets, curves, or intersections. Any increase in safety will decrease the amount of resources used to respond to an accident or buying/repairing a car.
Collisions with pedestrians or wildlife could also be reduced through warnings when approaching areas of high-density misfortune, protecting the public along with the driver.
Navigation systems will not only save lives, but the environment.
One can easily envision companies being formed with the mission to analyze and present the considerable amounts of data that will be produced by these networked navigation devices.
Tags: GPS · satellite navigation1 Comment
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At some point some suburban dweller will come up with the bright idea that using a navigation system and their SUV to drive through unfinished subdivisions to avoid traffic.