Machine to Machine Communication-Pros, Cons And Safety

#sci-fi #science-fiction #future #ai

Note: This can be used in places where humans don’t want to work or can’t work. Such as extreme heat or extreme cold places. This is a futuristic application; it may remain in sci-fi, unknown to us right now.

Imagine you need to get a cricket stadium clean on short notice.

You have a drone/flying bot to give commands to.

This bot manages a fleet of 20 drones to clean the stadium of disposable cups and other things in the seating areas, such as litter.

This drone communicates with other bots and drones, giving them instructions.

That is a machine (a drone) that talks to other drones (another machine) and gives them work to clean the stadium from litter.

It tells what to pick up from the cricket stadium.

It receives the information on which parts are cleaned with the help of smaller bots and drones.

It passes this information to human caretakers of the cricket ground, who go to check and mark the work progress.

This is referred to as human-to-machine and Machine-to-Human communication.

While machine-to-machine communication involves communication between two machines. This machine can be a bot, a robot, a drone, or even a standalone machine, such as a cooling station or an air conditioner in the sitting area of a stadium, if it can consume machine statements.

This means the machine must convert the said instruction to a language that another machine can understand and complete the task.

A particular machine must be receptive only to authentic commands from other machines.

It has some drawbacks-

Machine-to-machine communications must be carefully examined.

It can lead to a form of communication humans can’t understand.

Machines should not communicate in a language that humans cannot understand.

Hence, conversion from Machine to Machine must be English or some prompts.

Any communication that humans cannot understand should be stopped there only.

Hacks-

There should be secure transmission.

The recipient must be clearly specified as to whether it is from a machine or a human.

A machine should not follow orders from non-human owners or from non-recognized machines.

A machine should not follow orders from incompatible, non-allowed machines/humans.

Security of use must be guaranteed.

Leading Machine-

The machine that leads all other machines can be called the Stadium managers.

This leading machine communicates with humans and accepts orders.

This leading machine takes the order, divides it into smaller parts with decision-making capabilities, and assigns tasks to smaller bots.

For example, a leading machine takes orders from the human head who owns the field that day to clean the stadium. This machine leader then breaks tasks and gives them to 4 smaller bots to clean the east, west, north, and south zones. They further divide the work into four more parts for their regions.

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