The killer robots and their ethics

The problem with research and development is that we are thinking things too much from our point. When somebody introduces something new, the answer is always "no way we must follow the traditional way". And the argument is that our grandparents made things like that. 

There are always people who are against new things and new ideas because the old rules fit them. Those people are generals who are sitting in headquarters. The people who might not like their role in the traditional military system are the men, who execute orders in 40 degrees temperature and dust. 

If that person shoots somebody who has no weapons, that means court-martial. In modern society, military men are facing psychological pressure in the field and at home. Growing recruitment problems are causing that the replacement for the human operators is looking for intensively. 

One answer for the problem is to outsource the operation to mercenaries. But if there are so-called illegal activities in those troops. Or convicted prisoners are participating in that operation that thing can cause political scandal. The other way to act is to outsource those military actions to robots. 

The thing is that we always forget that if we are not using some methods. There might be people who are using and pleasing those new methods welcome. 

The killer robots are inhumane weapons, but effective weapons are always inhumane. They fight against the humanitarian rules of the United Nations. So is it possible that any humanitarian aid will get to the hands of ordinary people in Pakistan or Afghanistan? There is a great possibility that humanitarian aid will go to the hands of combatants. Those targets that are destroyed should be confirmed being hands of the militants. 

The reason why those drones are used in killing operations is that closing those targets is difficult. If the terrorists get the warning, they will slip away. The problem with this kind of elimination is that there are no prisoners, and only prisoners can help to locate the training centers and supporters of the militants.

And another problem is that there are always neutral or civilian targets around those probably terror bases that are neutralized by using Hellfire missiles. The missile would make the same destructive and horrifying effect even it is shot from manned aircraft. The next step is the man-looking robots, which can take prisoners and avoid civilian casualties. 

So what is the answer to that problem? Let's start to develop SWAT robots, that can go inside the building. Those SWAT robots can operate in universal areas. And they can deliver to operational areas by using the space-launch systems. That means that the old-fashion robot aircraft are soon getting company from the man-looking robots that can go inside buildings and get prisoners. 

()https://visionsoftheaiandfuture.blogspot.com/2021/08/the-killer-robots-and-their-ethics.html

Dragonfly drone would be the most advancing aerial vehicle, what mankind has ever created.

Dragonfly drone would be the most advancing aerial vehicle, what mankind has ever created.

Drone to Titan

NASA  Dragonfly drone would be the most advanced aerial vehicle, whatever created. The mission of that drone would be flying in the atmosphere of the Titan moon, and the thing, that makes that mission very difficult is the distance between drone and Earth, and that means the drone would need a very advanced artificial intelligence for that mission. The drone must handle every case, what we might think independently.

The low gravity of Titan and a very thick atmosphere allows that the drone can handle its mission very effectively. And that moon is a very suitable place to operate the drone, which might have the plutonium battery for giving the electricity for the drone. The Dragonfly would operate in the atmosphere of Titan even years, and its mission is to find the amino acid, and possibly the very primitive bacteria, what can live near the volcanic eruptions holes, and those bacteria might look like the first organisms, what can be found from the Earth.

How "Dragonfly" would benefit the research and development process?

If those organisms would have existed, there is a possibility that they have no mitochondria. Those organisms would get the energy, that they need from the external source like volcanic temperature, and they are called the arc bacteria. Those bacteria can survive almost every condition in the universe, and the reason, why those bacteria are so permanent is because those bacteria have not mitochondria.

If there are arc bacteria on the surface of some other planet, that means that the metabolism of those organisms would be ended when the bacteria would go too cold. If that thing has happened, the cells cannot locate or uncover by using their metabolism as an indicator. And there is a possibility, that organisms of Titan would be silicone-based if they have existed. In that case, those organisms would be very difficult to notice, because the prediction tells that those organisms would live deep underground near the mantle of Titan. But as you see those things are the only hypothesis, and we have not found the marks of the life forms.

But the Dragonfly project would be used to create the new type of helicopter drones. Those drones would have the ability to operate even years in some territory, and that means the electricity would be created by the nuclear battery. The other versions would be the solar panels, which would load the drone and the load station, where the quadcopter would load its batteries. Those drones might interest also Pentagon, because of the small-sized drones, what can be remote-controlled by using satellites would be suitable for recon and intelligence missions.


https://dronelife.com/2019/07/01/nasas-dragonfly-the-drone-that-may-change-what-we-know-about-life-in-the-universe/

Remote-controlled robots can make a new way to make research and military operations.

Remote-controlled robots can make a new way to make research and military operations.

New kind of drones can operate as well as in the airborne, on the ground and undersea. But the ability to fly and dive at the same time allows using those systems also in the ponds, where is no access from the ocean. The ability to fly makes possible to reach areas, where are multiple ponds for searching the waste, like batteries what might be dropped to those ponds as well as observing the closed ecosystem. and searching swamping.

They can save all their missions to the Internet, and that makes them the ultimate tools for many operations. Those robots can also look for illegal hunting. The remote control systems can operate over the Internet by using normal laptop computers or even mobile solutions like tablets.

The same control systems that are used as game control can also control the underwater submarines and drones, what can operate as well as airborne and at underwater conditions. Those systems can set in the garage, at their operational area. That drone can load itself autonomously and it would be a very sophisticated tool for scientific and military operations, and they can be used for attack and surveillance operations.

Those drones can be delivered from airborne or even by satellites. If we think the drone what has a ball-shaped instrument locker, and what would use its propellers as well as airborne and underwater conditions, we might think that those drones would be very useful in many missions.

If we think the remote usage of those drones, they can be equipped with very small Cork-shaped data communication tool, what would have the communication equipment in them. That system can communicate with the drone by using an underwater modem, and that system is the modified version of the underwater telephones, what is used in nuclear submarines.

The drone can operate by using satellite communication when it's on airborne. So it needs that Cork only when it's underwater. When the drone would change the location, it can catch the communication Cork with it, and that makes this solution multi-use, and it also denies the carbage from the natural environment.

When we are thinking about the military systems, the ballistic missile or rocket can transport the automatized version of the miniature submarine to the operational area. That system would be equipped with torpedos and that automatized robot would attack against other submarines. Also, torpedoes could send for destroying or at least attack against the nuclear submarines if they are located.

https://www.youtube.com/watch?v=FC9EJhs0pc0