With the growing number of robots worldwide, we need a way to track them. So why not use a GUID to identify a robot and track its position with GPS?
Why do we need to track robots’ positions? For human safety, so that robots don’t fall into the hands of wrongdoers and cause harm.
When we track each robot with a unique GUID identifier using a GPS tracker, we can govern robots.
This schema can enforce things like robot-free zones.
Legislation that robots can’t move in groups of more than 5 robots unless certified for public services!
Handling lost robots.
Keeping track of runaway robots.
Robots that have forgotten their way back.
If a robot takes the wrong train, you can guide your robot back home.
You can assign robots out-of-house work while monitoring them.
Robots with GPS can make Robotic Governance much easier.
The thread stores GPS locations and tracks robots’ actions.
Blockchains of robot actions, coupled with robots’ GPS, can help identify a particular robot.
If you want to buy a used robot and see its past accomplishments, a GPS tracker and blockchains can help.
All this helps ensure the robot’s owner can reach it if it gets into trouble.
More than five robots can’t move in a group unless law enforcement departments enforce it. GPS tracking can enforce this action easily. These include good robots in service. However, some robots can act wrongly and cause trouble; in those cases, we need to track them. GPS activation can help address bad actors.
This can be extended for surveillance of public-use robots. We can monitor robots used for public services and subject them to performance-based surveillance if we have their unique ID and GPS tracking.
Some robots can be hacked by modern AI; such robots would deviate from their expected paths and, with GPS prediction, can be caught at the right time, saving humans from possible harm. Just as we book a cab, the path is predetermined; similarly, a robot’s path can be predetermined, and a GPS tracker can detect outliers well in time.
So we need AI on top of a global robotic system to keep robots worldwide, or within a boundary, safe from wrongful actions, hacking, and collaborations.
These are the first steps toward robotic governance.
Thank you for reading.
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