The first drone that can reach an altitude of 10,000 meters is here.

“Meteomatics' Strato multicopter drone.” (Interesting Engineering)

Swiss company called Meteomatics created a drone. It reaches an altitude of 34,245 feet (10,438 meters). This kind of drone can collect air samples. It can search for pollution. And. The drone can observe things. Like. Thermal leaks from city areas. Those. High-altitude drones.  They can use lasers. IR scanners to search for pollution. They can observe things. Like. Volcanoes. Here we must remember. That. The drone itself is only a platform. Sensors and other equipment make those things. 

“The drone can withstand sustained winds of up to 80 mph and uses an active de-icing system to prevent ice from building up on its propellers. These features are designed to keep it operating in the cold, windy conditions encountered at high altitudes.” (Interesting engineering)

“Called Strato, the aircraft is designed to measure temperature, humidity, air pressure, and wind speed as it climbs through different layers of the atmosphere. Meteomatics claims it is the first multicopter capable of collecting atmospheric profiles from near the ground to the stratosphere.” (Interesting engineering) 

“Weather balloons carrying instruments called radiosondes remain a primary method of measuring conditions high above Earth’s surface. These instruments record atmospheric conditions as the balloons rise, but launches generally follow fixed schedules.” (Interesting engineering) 

The drone itself can operate from any platform. The fact is that. These kinds of drones can operate in intelligence, reconnaissance, and strike missions. The problem with those drones is this. They are hard to detect. They can be dropped from ultra-high altitudes. They can carry medicines to mountain climbers. And the same system can also transport guns to prisons. 

It can be pushed out from a cargo plane. Or it can be dropped. From. The gearbox of a passenger plane. And it makes it very flexible. The ability to operate at high altitudes makes it suitable. To transport medicines to mountain hikers. Who are in trouble. And maybe they could save the lives of some Mount Everest climbers. 

The drone’s ability to operate in the stratosphere. 

It makes those drones very high-value systems. The drone can be dropped from high altitudes. Those drones can go into buildings. And do their missions. 

It makes those drones very capable. It is an interesting thing. The drone can act as a stratospheric satellite. So. It could hunt drug smugglers. That kind of drone can transport a radar system to very high altitudes. This kind of drone can hover above an area and observe objects on the ground. 

And flying objects. And it can deliver that information to the command center. 

These drones. They are an example of flexibility. They can use infrared cameras to search for thermal signatures. High-altitude drones. Can conduct surveillance missions over the area. They can search for low-flying objects. That makes them ideal tools for military purposes. This means the high-flying drone can spot targets for other drones or missiles. And those systems. They can also be new dangerous kamikazes. Those drones can be dropped from high-altitude aircraft. Then they can act like all other drones. Those systems can use AI. Or they can be remotely controlled. 

https://interestingengineering.com/innovation/weather-drone-34245-feet-strato-meteomatics

Curvity is the new way to control the drone swarms.

   Curvity is the new way to control the drone swarms. 

"Illustration of robots advancing artificial swarm intelligence inspired by the collective behaviors of birds, fish, and bees."(Rude Baguette, “Curvity Controls Robot Interactions”: Researchers Develop New Framework Allowing Robotic Swarms to Mimic Bird and Fish Group Behaviors)

Drone swarms could be the tool that can make almost everything. The idea is that drones can cooperate and connect their computing capacity when they must make complex decisions. Then the swarm can share missions to individual drones. When we think about robot swarms that can mimic things like bird swarms, those robots must know their position in the swarm. The answer to that question can be curvature or curvity. Rude Baguette tells the next things about curvity. 

“A key innovation of the study is the introduction of a new quantity termed “curvity.” This intrinsic charge-like quality allows a robot to curve in response to external forces, guiding its interactions with fellow robots. Each robot is assigned a positive or negative curvity value, which determines its behavior within the swarm. This innovative approach allows for the collective behavior of the swarm to be controlled, whether it involves flocking, flowing, or clustering.”  (Rude Baguette, “Curvity Controls Robot Interactions”: Researchers Develop New Framework Allowing Robotic Swarms to Mimic Bird and Fish Group Behaviors)

Assistant Professor Stefano Martiniani from New York University emphasized the potential of this approach: “This curvature drives the collective behavior of the swarm, potentially controlling whether the swarm flocks, flows, or clusters.” Such a model transforms the challenge of controlling swarms from complex programming into a material science issue, opening new avenues for research and application.” (Rude Baguette, “Curvity Controls Robot Interactions”: Researchers Develop New Framework Allowing Robotic Swarms to Mimic Bird and Fish Group Behaviors)

Sharing the system into substructures that mimic galactic groups makes it easier to create programs for robots. Each layer or level acts as one robot. 

The system can involve the next type of information. 

“You are a robot of robot group 9. Robots 1 and 2 must be ahead of you. And robot 4 must be on the left side of you. Together, you are Robot Swarm 2, and Swarms 1 must be on your side, and Swarms 3 and 4 must be behind you. Together, your place is in layer 3. That layer must be between layer 2 and 4.” Then the system has other algorithms that tell what to do if one drone is lost. 

The key question is how the robot can determine its position within the swarm. In this case, the modular structure is the solution. There can be multiple data levels, which makes the data structure operate as a mosaic. Or, rather, we can say that the structure mimics the universe. There are individual drones that are galaxies in galactic clusters. Then those drone clusters form a local cluster. Then, local clusters form a super cluster. And then the superclusters form a global cluster. Those clusters are the drone swarms. The ability to share the groups into subgroups makes it easier to program those drones. 

The idea is that the drones can form three or four drone groups. The individual drone knows. What drones are behind it, and what drones are ahead of it? The drone group acts like one drone. And then it must know what drone group is ahead and behind it. Then the drone group must know. Whether it should be above or below some of the other drones. The system can make that quite easily. It can share the drone swarm into layers. And those drones know their own layer. And then they know what drones should be below and what should be above it. Those drones can operate in squares. That can look like randomly changing forms. 

https://www.rudebaguette.com/en/2025/09/curvity-controls-robot-interactions-researchers-develop-new-framework-allowing-robotic-swarms-to-mimic-bird-and-fish-group-behaviors/

AI-control robots are a good alternative for manned space projects.

"Artist's impression of the Dragonfly spacecraft flying over the surface of Titan" (Wikipedia, Dragonfly)

The biggest problem with missions to another planet in our solar system is this: flight times to planets are far longer than flight travel to the Moon. The only realistic place where we can travel safely is Mars. On other planets Venus's thick atmosphere causes risks. Of course, it's possible to travel to Venus and land on its highlands. 

But on the lowlands. The risk is that if the astronaut falls and damages the spacesuit the 600-degree temperature kills astronauts. 

The problem is that in a thick atmosphere, even small things like volcanic eruptions can cause very powerful pressure waves that can make astronauts slip. In those scenarios, the astronauts use the space suits or the suits made for blast furnace workers. Those space suits can equipped with HULC-style exoskeletons and the system can filter air from carbon monoxide. 

On Mercury. The sun's particle flow is dangerous. The astronaut who lands on that planet gets very high radiation doses. Mars is the only safe planet inside the asteroid belt. Or it is supposed to be safe. But the carbon dioxide ice pockets under its surface can cause the fall of the surface. And the sand devils the small tornadoes can cause static electricity that damages systems. 

"This artist’s concept depicts a small rover – part of NASA’s CADRE (Cooperative Autonomous Distributed Robotic Exploration) technology demonstration headed for the Moon – on the lunar surface. Motiv Space Systems in Pasadena, California, created the rendering and is collaborating with NASA’s Jet Propulsion Laboratory on critical rover and mobility functions. Credit: Motiv Space Systems, edited" (ScitechDaily, NASA’s AI Rovers Are Heading to the Moon to Explore Without Human Control)

There is also the possibility that astronauts dirt the planet and that can deny to detect the possible original lifeforms on that planet. If the shell of the spacecraft or Mars base is damaged it can deliver organic material all around the planet. That thing can cover remnants of past lifeforms like bacteria under them. 

But journeys to Jupiter and Saturn are too long. That takes too much lifetime of astronauts. Maybe there are no places where the manned craft can land. The four big Galilean moon's gravity is weak. There is also volcanic activity on the surface of Io. And other three moons have subsurface oceans. That means it's possible. 

That the landing craft will fall below the ice. Saturn is farther than Jupiter and flight time to that planet is over 5 years. Cassini traveled between Saturn and Earth for 6,7 years. The nuclear chemical rockets can travel that journey in about 2-4 years. But there are not any of them in operation. All atomic rockets are still in some planning stages. 

AI-controlled robots are a safe way to do planetary research. Those drones can fly or travel on the distant planet's or moon's surface. Flying quadcopter drones like NASA's Dragonfly that it sends to Titan moon can also dive in methane oceans and they can also operate in the gas giant's atmosphere. 

The AI-controlled robots can use the same programs as the systems that sort bottles to different lines. Geologists can teach those systems which stones they must pick. 

Those AI-controlled robots. Like AI-controlled Moon rovers are safer than manned spaceflights. They can be used as testbeds for civil and military solutions. The Moon is an excellent place to test programs and systems for Titan missions.  On Earth, those robots can also operate underwater and airborne. 

https://scitechdaily.com/nasas-ai-rovers-are-heading-to-the-moon-to-explore-without-human-control/

https://en.wikipedia.org/wiki/Dragonfly_(Titan_space_probe)

Miniaturized TR3B "Astra" and the use of advanced biotechnology in space systems.

Miniaturized TR3B "Astra" and the use of advanced biotechnology in space systems.

Image I

A couple of interesting pictures that are connected with this text are portraying the mysterious "Black Triangle-UFO" and the diatom, and this is a really interesting thing, that those forms are looking like similar. So what this might mean? Is this only coincidence, that some diatom and the triangle-shaped aerial vehicle have the same form?

That might be a coincidence, but if we want to write a little bit longer text, we might take another point of view for that thing. And that thing is connected with the words that "UFOs are not living and they are not dead". So what that thing might mean? Does that thing some connections with the diatoms, what are living almost everywhere?

Sometimes this kind of structure is planned to use in the extremely small-size RPVs, where inside it is the chamber, where is created the overpressure by using the small-sized pump, and then the ventilation of the jet pipes would control the flow of the air. The energy to that system would get from the high-energy radio-transmitters. So this system would operate like full-sized TR-3B "Astra" but it is far smaller. But what kind of things could diatoms do, if they would be genetically engineered, and the silicone would be replaced by titanium atoms.

Image II

When we are thinking about the thing, what is called "advanced organic technology or advanced biotechnology, there could be possible to make the structures of even the spacecraft by using the genetically engineered diatoms. That means that this kind of genetically controlled particle can have similar structures with diatoms, which have two layers of cells. The outer layer is silicone, and the inner layer is the normal cells.

In theory, the same kind of structure can contain cells, where the outer layer would be titanium or pure carbon or rather saying carbon fullerene. That means that the artificial cells can be covered by fullerene, what is produced in the small factories, and the artificial diatoms can in theory form the spacecraft. But if we are thinking sharply, that kind of system would need extremely advanced nano- and biological technology.

But this kind of thing is fascinating, because if we would have the ability to create diatoms, what has the group of atoms, what we want at the outer layer, we could even grow the spaceships in the flowerbed. And that kind of system would allow creating structures, which can fix themselves. But for making that thing successful, the creation of the DNA of those diatoms must be very sharply controlled. But maybe by using nanorobots and artificial intelligence, we might create this kind of system, what are half organic half non-organic.

Image I

https://www.micropia.nl/en/discover/microbiology/diatom/

Image II

https://media.moddb.com/images/groups/1/5/4418/tr3b_astra3.jpg

Could the flying aircraft carrier possible already in use?

Could the flying aircraft carrier possible already in use?

Term "flying aircraft carrier" doesn't necessarily mean the large system, what is looking like the aircraft carrier. The simplest model would be the cargo plane, which can take the drones inside it during the flight, and rearm and refuel them. That kind of thing could be the modified C-130 "Hercules", what has the manipulator arm or what can some other way take drone inside it (1). 

As I have written before there is an experience with flying aircraft carriers because in the 1930s some airships have been equipped with hangars, and there were aircraft Curtiss F9C "Sparrowhawk", which were specially developed for that purpose (2). Those planes dropped from the airship, and they were brought up by using the hook. Also, other airships like "Hindenburg" had aircraft for messenger purposes and the mission of that He-54 aircraft, what was dropped from the airship was to send a message to the destiny, that "Hindenburg" was coming.  

After the WWII were plans to equip the B-36 "Peacemaker" (3) aircraft by using parasite fighters, what would carry under the wing. Those fighters would be delivered to air when enemy fighters would rise to attack against this plane. Boeing corporation has introduced an idea, that B-747 would be transformed into flying aircraft carrier, what could deliver micro fighters on the air. By using modern technology would be possible to equip cruise missiles with air to air missiles and other subsystems. 

There have been introduced ideas that by using the same form, what B-2 Stealth bomber has, it would be possible to create the extreme large aircraft. And the problem is that this aircraft, what might have a wingspan of 100-200 meters would have problems with space, what it needs in runways. Or that hypothetical aircraft would be equipped with the nuclear-powered turbines, which allows them to rise it from the ground vertically, but there might be problems with the risk, what airborne nuclear-powered vehicles could cause. 

Nuclear-powered cloud cities and the risks of them. (HAVOC would use solar power) (4)

When we are thinking about the possibility to create the flying aircraft carrier, what is like some kind of version of the fictional vehicle, what is used in sci-fi-movies like "Avengers", we must realize, that this kind of 300 meters long vehicle, what would be heavier than air, needs nuclear reactor for operating. So the technology for that kind of system would already exist, but there are many problems with that thing, and the one is, what if the reactor would have a failure? There has been introduced an idea that this kind of giant vehicle would be manufactured in the atmosphere of the gas planets. 

That kind of operation would need robot vehicles, which are controlled by highly sophisticated artificial intelligence. Those hypothetical nuclear-powered platforms can offer the base for searching the atmosphere and "oceans" of the giant gas planets. But the thing is that this kind of system must be manufacture in the space. The problem is, what if the astronaut will drop from the board.

So if we would transform this idea to the atmosphere of Earth, we might think possible, that by using quadcopters, what would act as 3D printers and extreme sharp remote control technology, we could make the large-scale aerial vehicles by using the technology, what allows them to make things straight to air. This kind of system is making possible to make things, which are revolutionize technology. And maybe someday, the "cloud cities" would be true in some form, in the distant future. 

(1)

https://www.forces.net/news/flying-aircraft-carriers-us-plans-release-drones-c-130

(2)

https://en.wikipedia.org/wiki/USS_Macon_(ZRS-5)

(3)

https://www.youtube.com/watch?v=drnxZlS9gyw

(4)

https://sacd.larc.nasa.gov/smab/havoc/

https://en.wikipedia.org/wiki/Airborne_aircraft_carrier

Threats and opportunities of lasers

Threats and opportunities of lasers

Red granite is red because there is so much iron oxide. Iron oxide is one of the most important red pigment sources in the world, and that composite is used in solid rocket fuel as the oxygenizing, the very high temperature burning composition called thermite, what burns in temperature about 3200 degrees Celsius. But also the red mineral can be used for making things like colored glass. That glass is used in the most powerful solid lasers in the world.

One of the biggest problems with high power lasers is that if there are gas bubbles in the element, that will crash the glass. So the gas must be removed from those glass sticks by using the vacuum, which makes the glass homogeneous. The thing, why those systems are so effective is that they can remove things from layers by using the accuracy of one atom. That means that those systems can remove also bacteria from the layers very sharply, and they can be used to cleaning the wounds by sharper than any chemical can do. So in the world of tomorrow, the drones or quadcopters can make surgical operations in the forests and the hospitals by using lasers.

Those drones can hover above patients, and the lasers can be used as the knife or scalpel, but the laser can also remove the hostile particles from the body. The laser is so sharp, that it can steam the particle in the body, without the heat effect to the tissue. And that thing makes it an interesting and dangerous actor. But there is one sad thing, and that is this accuracy can benefit in military purposes. The thing is that the same laser systems can be used in both purposes the giving help to wounded, but those systems can also be used as weapons.

If we use the laser as a weapon the laser ray would cause extreme damages in the body because the heat of the ray is vaporizing the water in the cells, and that thing causes the deep burn, but the more powerful lasers can cause the hydrostatic shock when those cells would explode in the body. But lasers can be used in more horrifying actions. The high accuracy makes them act almost every way, what the operators would want. The lasers can remove bacteria or skin of the opposite actors, and that thing can be the new type of replacer of the chemical weapons.

The thing is that if the protective bacteria layer of the skin is removed, a person would die. Those systems would cause no pain when they attack, and they can terminate the enemy operators before the military actions begin. This is what makes the laser one most horrifying weapons, what people can ever create, but that system has also many opportunities, and how we use that ultimate tool depends on the user.

The thing about "foo fighters"

The thing about "foo fighters"

When we are observing this phenomenon about the shining lights around the aircraft, we might think that those things might be the electric arcs. That could be a good explanation of those lights, and the origin of that phenomenon could be the electromagnetic radiation, what faces another electromagnetic field with the same frequency but with different polarity.

So could that phenomenon cause, because the radio of the airplane uses the same frequency with radars, and that causes the electric arcs around the plane, but there is another explanation for the electromagnetic field around some aircraft. There is a possibility that those strange lights are forming because of the electromagnetic field, which is created for purpose for turning the radio signals away from the plane.

If the form of the electromagnetic field is very aerodynamic, that thing can make the virtual version of the Stealth bomber or a Stealth fighter. That thing would have a possibility to turn every single aircraft, ship or building to stealth-mode. But there are some other explanations of Foo-fighter or thunder balls, which are following the aircraft.

The thing is that the foo-fighters are some kind of drones, which are equipped with lights. The thing is that in this case, foo fighters would be so-called pseudo-UFOs, what mission is to cover something, what is behind them. In that case, the foo-fighters would create the light-wall between some target and the aircraft, and one explanation is that those drones would be dropped between the bomber squadron and anti-aircraft cannons.  And those light's mission would be that they are making the location of the aircraft difficult.

The alien hypothesis: could the aliens travel in the small balls, what have cell cultures inside them? And would that be the way, how human colonialists would travel to another solar system?

But there are other things, what that kind of thing can cover. The foo-fighters are also given interesting ideas about interstellar traveling. The idea for that kind of thing is basing the large rail gun, which can shoot the hollow steel balls to space at a very fast speed.

In this hypothesis, the thing is that those space travelers would travel in those balls in the form of the cell cultures. That kind of thing doesn't need very much space. The idea in this kind of space travel is that before those balls the giant spacecraft would be sent to the solar system for preparing the planet for the operation.

The journey of that hypothetical spacecraft would take hundreds or even thousands of years. And it would make the base for the living journeymen, what will travel inside those small balls to that planet. Those small probably the tennis ball-sized crafts, what might have also quadcopters, and those balls would fly to the landed spacecraft, what starts to make clones of those hypothetical travelers.

The new roles for drones.

The new roles for drones.

The VTOL drone, what is equipped with "Kamov-type" opposite rotation propellers could fly the nose to the earth when it would operate with low speed, but when this drone would need high-speed it can turn to flight like aircraft would be the fascinating tool for many mission. Those hybrid vehicles can use also the jet-motors when they need higher speed what the propellers can give to it.

That kind of drones can deliver from the normal bombers, and they can just observe the area, or they can be equipped with the explosives, or microwave or another kind of systems, what can be deadly. If the microwave system would be targeted to the gas or ammunition storage, that would cause terrifying damages. And also metal structures are heating in the microwave radiation, which can be a very deadly surprise. The modern drones might have hybrid systems what have a normal microwave, which can be used to make areas no-go.

But those systems might also use the explosive booster in those cases, and that means that when the explosives are pushing the batteries, the same drones can give the very high-power microwave, and they can also be used as traditional missiles. That would give extra roles for that kind of missiles, what can used also in the surveillance missions.

That kind of systems might give new kind of abilities to drones, what are used for surveillance missions. They can hang in the skies, and keep their instruments to ground, and when they would need to move fast, those drones are very fast-moving things, and they might have also a role in interplanetary missions when those systems can be released to the atmosphere of the other planets.

In the wildest dreams, those drones or probes might also fly to interplanetary space. The wings of propellers can turn backward, and those wings can also be equipped with magnetic accelerators for ion motors, what are installed in the tube, what is also used for axel of those propellers. This kind of probe must not be very big if it uses integrated microcircuit technology.

But when we are thinking about the copying natural birds in the aircraft, we are facing thing, that B-2 bomber has a similar profile with eagles. That would make it very aerodynamic, but if we would think that this legendary STEALTH-bomber would be equipped with the nose, what is similar to the eagle, that system would use the microwave- or radio wave weapon, what antenna will point down.

That system would make the B-2 even more lethal, what it ever been. Of course, microwave systems can install in the bomb bay in the rack, which can put in the place of bombs. And if B-2 needs to fill that bomb bay with bombs, that rack with magnetrons can just be removed. This kind of modular weapon systems would make the deadliest weapons more deadly.

The problems with mobile telephones and data security (Part III)

The problems with mobile telephones and data security (Part III)

If we are using so-called white noise in some space, we would deny people to remember things, what is not mentioned to other people. This gives better privacy in public places, where people might act somehow striking. And if that kind of things is told to some other people that would cause an embarrassing situation in the shopping centers and other places.

When people are curious, they are making things like eavesdropping or rather saying follow the discussions of people, who are sitting next to them. This kind of things are including the cases, where family members are "accidentally" looking the emails of their spouses or children, and why not parents letters or emails are not opened by children if they have opportunity to do that thing.

There are many things, which makes unprotected mobile devices very big risk, and the biggest risk is equipment, which involves information on how to access also in the emails and operating accounts of other persons. The mistake what would be done is leave the unprotected mobile telephone, where is the password handling software on the sofa, and there is the note, where is the pin code of this software. That allows people to close or "moderate" also other accounts. And here is one thing, what people never mention.

That thing is that if the person doesn't understand, what something means, that would cause that the telephone, where is the many passwords can go to wrong hands. One of this kind of examples is handicapped people, who might give the moderation telephone for the wrong person by accident because that person believes that some cleaner or janitor is a police officer. One of the problems with that kind of controlling software is that the if person opens things like email by using this software, and simply forgets the computer open.

That case allows that every person can read those emails by using the same computer, what that person has done. It is suspicious that somebody has at least tried to focus on people the high power white noise, that they simply would forget their passwords, and that would cause that they must open the file or find the paper from the pocket. This allows people to see the passwords or pin-codes by using surveillance camera, what is in the wrong angle. The white noise denies people to remember things, and that is normally used in the shopping centers that the people would not remember the faces of other inmates.

But the high-volume white noise can be used to disturb the people while they are making something, what they should keep secrecy. That noise can target to the person by using the LRAD system, and that can also be used to give commands for people. That system can install to the drone and the person who is targeted for this system would simultaneously be repeating order other to give passwords to the people, who would call by telephone to those offices. Or if this kind of systems is in hands of criminals they can order people to buy things, or even agitate them to do something, what they don't want even to think to do.

About ancient Egyptian gods, and their influence to the modern era

Image I

About ancient Egyptian gods, and their influence to the modern era

One remarkable detail in this papyrus, where is the list of the ancient Egyptian gods is that those gods and goddesses have wands at the front of them. Every each of those sticks has a different form and color. That would seem meanless detail, but there might be a purpose for those sticks, and if we would look at them more closely, they might have a similar height, what is similar with the mark what is marked in the god's body. Or the stick would have a similar height with the god or goddess. The Amaunet as an example has the stick, what is in similar height with the jewels on the neck.

There is also the cross in their hands, and some people have explained that the crosses, what those gods and goddesses carry is key to some temples, where is kept the secret codes, and knowledge of the secret poisons and hallucinating mushrooms. Those things were meant for increasing the power of the priests. So let's go back to those sticks. I have thought that the mission of those sticks is just meant to show how tall the god would be.

There have been introduced many theories about the origin of those gods, and one is that they were some kind of witches from the time before dynasties. When we think about the story of Horus, we must realize that the example for that god could be the human, what was found from the desert. But there are also many other explanations, including that those gods were some kind of aliens.

When we are thinking about the Beetle-god, Khepri that creature is always portrayed by beetle on the place of the faces. And that would mean that the person, who is behind this story just hide the faces, and probably that thing is meant for the warning, that the Pharaos secret police could be everybody.

But there might be secret meaning, that the "intelligent beetle" could take a person under the control. Or in some wildest stories, Khepri had the mask, what that character used for controlling drones. The idea is that the drone operator can use the Virtual reality-mask for controlling the drone. And in this kind of cases, the stories of ancient gods have given innovation for modern technology.

And this thing has given an idea for some drone projects. The drone would have a stereo-camera system, what can be connected to a virtual mask, what has the positioning sensor, and when the controller moves the head, the camera would turn to the right position. That would give the operators the same abilities, with the ancient Egyptian god had in the mythic stories, what still fascinates people after thousands of years.

Image I: https://www.realmofhistory.com/wp-content/uploads/2018/01/15-ancient-egyptian-gods-facts-min.jpg

The dirty trick in the military is, how to control those people?

The dirty trick in the military is, how to control those people?

If you have read my texts before, you might read one of the texts, what probably look like this, but don't worry, these texts are meant for the reading. When people are creating new things, they should also see those things with critics, and tell people, how it can be used for wrong purposes. The things like tractors have transformed to combat vehicles, and the history is full of those cases, where the thing, what is made for good, has turned to the ultimate weapon. And do you know why military forces turn to use petroleum and oil in the vehicles?

The reason was easy, it made easier to control the most lethal force of the state. The warship couldn't take fuel from everywhere, they must take their oil from exactly the right harbor. And the oil was more effective fuel that some wood or coal. But when we are thinking the tanks and other vehicles the mechanized warfare was more effective than use horses, and the gasoline was an easy way to deny the rebellions.

The reason why military forces took aircraft in the use was simple. The pilot didn't need ground combat training at all, and the vehicle was a very effective, and cheap way to make an impression for generals, who wanted results. And that's why fighters became popular weapons. The reason why those persons would not be unpopular was that they were all officers. and that showed the men, that also officers took part in the war b giving personal investment in the action.

And the aircraft became more and more powerful. When we are thinking about the advantage of the military devices, the missiles were the next step. They could be sent to the target, and then the crew was free to fight like the regular soldiers. There was no defense against ballistic missiles until the first anti-ballistic missiles were created. And those systems based the nuclear warhead, what could damage the own electronics as well as destroy enemy missiles.

Robots are the most dangerous tools, what mankind has ever created. If they are used for bad purposes, they would not excuse the orders. So if the operator will order them to torture, they would not say a thing against that order. 

Modern versions are basing the combination of microwave and kinetic energy and they should destroy the incoming warheads. Also, the target can be covered by using plasma-layer, which should deny the radar-echoes from the area, or the systems, what are making the more powerful echoes, and the idea is to make the warheads to detonate too early, or jam the detonation system by using the EMP-pulse.

The advantage of military systems is causing the thing, where drones and killer robots are coming to the battlefield. Those systems are facing the resistance, but same way nuclear weapons and bombers, as well chemical weapons have faced resistance when they were taken in use.

The drones are remote-controlled systems, and the operators would not need military training at all, and the military police can take the operator in the custody if something bad is happening. If the operator would start to make things, what that person should not do, the commander can just remove that operator from the command console.

This is why the superpowers are creating more and more effective robots, and another argument is that the commander of the robot army doesn't need to care losses. But the things against those systems is that they could be the ultimate tool in the hands of dictators. The robot doesn't ever excuse its orders, and this is the danger of those systems.

I always have said that robots don't torture, but if the commander orders them to do those things, they don't excuse. And robots are allowing to go to war, what nobody even knows. They can make even mass murders, and then they can be destroyed. That makes those devices the most dangerous thing, what mankind has ever created.

The parasite drone, what acts like parasitoid wasp.

The parasite drone, what acts like parasitoid wasp.

In nature, parasites would modify the behavior of their hosts by taking them nervous system under the control. And the thing, how the parasite makes that thing is that it destroys the own brains of the victim, and replaces the neurons with its own neural signals. This would give interesting ideas for the researchers, who create the most intelligent systems for weapon development.

And the thing is that this kind of hypothetical drone, what takes other physical systems under the control might be true in some day. The principle of this system is simple, it just removes the connection of the main computer of the targeted system, and replaces that with the drone itself.

Some of those ideas are really nasty, and one of the most extraordinary visions of those devices is the small-sized-fast flying drone, which could hijack the hostile aircraft. That small STEALTH-drone would touch the outer layer of the combat aircraft, and then it can cut the cables of that device. Then that very interesting concept would connect itself to those wires. 

After that drone could take the vehicle under the control. Actually, the drone can slip the artificial, robot spider in the body of the aircraft, and then that device would search the place, where the central computer of the aircraft is, and then it will simply take the system under the control.

Or it can simply drill the hole in the outer layer of the targeted craft, and then remove the CPU of the main computer, and then put the replacing connection to that point. There are many ways to make that action, and maybe the drones of tomorrow can make that kind of actions.

If the targeted aircraft uses analog systems the drone must just take the touch for the wires by using robot hands, what must be stronger than the controlling system of the aircraft. And if the system uses electric control, the drone could target them the high-power electric impulses, what just covers the control signal of the aircraft.

NASA plans to build the RTG-powered drone, what will operate inside Titan-moon atmosphere

NASA plans to build the RTG-powered drone, what will operate inside Titan-moon atmosphere

Titan moon is a very extraordinary moon in our solar system because it's the thick atmosphere and weak gravity, which makes it really interesting because it should not have that atmosphere. And that would make that moon a very good target for nuclear-powered quadcopter, what can operate in its atmosphere even years.

The thing is that the normal quadcopter can handle that mission, but the problem is the huge distance. That makes impossible to control that drone directly from the Earth. The system that uses artificial intelligence must have very powerful computers, and this makes that kind of mission very difficult to accomplish. The system should have the capacity for independent and autonomous operations.

In some scenarios even more sophisticated and effective systems would follow this Titan probe. Those systems would base the technology, which is created to HAVOC (High Altitude Venus Operational Concept) -program. In this version, the high- altitude airship communicates with the drones, what are flying near the surface of Titan or Venus. The system can use "green energy" and in some scenarios, the system would transmit the electricity to the drone swarm by using maser-transmitters. 

https://sacd.larc.nasa.gov/smab/havoc/

This kind of systems is really difficult to create because there is no time and room for mistakes. And this makes the creation of this kind of systems and especially required computer programs really complicated. In some scenarios, this kind of systems has central component, what would operate as the central processing unit, and the other drones, what is simpler and smaller.

The idea is that those sub-drones can dive in the oceans of Titan and observe the world, what is totally different than our own. In fact in the future to the other planets would send the drone swarms, where simpler drones would create the data network by using modems. The swarm of small quadcopters can cover larger areas than single drones, and the swarm can lose a single drone, and it can still continue the mission.

And in this case, other parts of nuclear-powered drones can wait in high-altitude, and that high-altitude swarm can send the replacement units to the swarm, what operates in low altitude for replacing the destroyed parts of the swarm. Those drones could be similar quadcopters, what is tested in the military areas. They can operate by using small size plutonium-batteries, and they can operate in the atmosphere of other planets a very long time.

https://gizmodo.com/nasa-is-officially-sending-an-aerial-drone-to-titan-and-1835918159

Electromagnetic or electric motor powered crossbow

Electromagnetic or electric motor powered crossbow

Electromagnetic crossbow is actually the modern version of the classic crossbow, what has been used since 1000 BC. In Switzerland have been found remains of the crossbow, what have been made about 1300 BC. And during history, that thing has been in a key role in many great battles including the Battle of Hastings. The crossbow is a little bit slower to load than the normal long- and short bows. But it can be easier to use from the horseback.

The thing is that also spears were shot by using giant crossbows, and the great inventor Leonardo Da Vinci planned to send his glide-plane to the skies by using the giant ballista, what is the name of those very big crossbows. Ballistas are also used to send drones to the skies in modern warfare. 

The thing is that if the cavalry soldier uses a crossbow that man could keep another hand in the rein of the horse. The attunement of the crossbow happened that the cavalryman put the boot in the pulling iron, and then he pulled the bowstring back and put the arrow in the place. In modern warfare, crossbows are used sometimes for shooting the anchors on the roof.

If the arrow of the crossbow is equipped with the HEAT or hollow explosive anti-tank ammunition or FAE grenade that system would be effective in modern warfare. The thing is that the killing radius of the FAE hand grenade is about 30 meters, and that's why it would be effective if it would shoot to target by using crossbow or fleece bow because the flash would not uncover the location of the shooter. And in the Rambo-movies the hero uses a bow in the combat situation. The fast-rotating electric motors would give more punch to both types of bows.

And crossbows are effective in silent killing and hunting. But the reason why this equipment has been got the improvement is the use of drones. Drones can be launched from hydraulic catapults, but the ballistics or giant crossbow-type catapults are also effective. 

The electric motors would pull the bowstring ahead, and that will give an extremely high punch. In this system is not hydraulic tubes, which can be damaged, and in the case of damage, the electric engine can be changed easily. The bowstring would be made by using the nylon and Kevlar cable, which would be very strong. In hydraulic catapults is the vacuum ahead of the piston, and it will move ahead with very fast speed. The problem is that if the system would be a single hole, it would be useless.

There are many benefits to the drones in the point of view of military forces.

There are many benefits to the drones in the point of view of military forces. 

MQ-9 Reaper
(Picture I)

The use of drones in intelligence and reconnaissance mission bases the thing, that the drones can be lost limitless, and because there are no pilots in those planes, the losses can be hidden by the government. That means that there might be many other drone losses, which are reported, but there was no information for released about those cases.

The parts of those drones can buy almost from the supermarkets, and the computers and remote control systems can be protected with the same methodology with a normal WLAN system. And that means that those systems might use also other parts of the government. Drone controller would not need any kind of training for the actions. A couple of simulation hours is enough, and if somebody wants to hide those operations, the drones can be destroyed in that mission.

And then those operators would not even connect to the operations, what might be illegal. This makes hiding those things easier than use normal mercenaries. Those mercenaries would sit in their home and control their drones in the area, and entire operation would be covered as the computer game.

The CIA has secret drone-fleet. But there is claiming that also some "military contractors" like "Blackwater" has own drone fleets. That thing is ever confirmed, but maybe the mercenaries of tomorrow would be drone operators, who sit in their homes and control those combat robots in the battlefield.

Iranian television has been introduced the equipment of the shot down "Poseidon" drone. That equipment seems very well-known parts of the wireless network. And the key element of the system is high-power WLAN station, which is similar to that equipment, what is used in the home and other commercial networks. That part of the system seems to be larger than normal support stations what are sold in supermarkets.

But the reason for that might be that the system needs very high power. There is another way to make this kind of system. The use of the relay station, which is used to communicate with the satellite is also possible. In that version, the WLAN system would be in the EMP-protected space, what is called as "Faraday Cage, and it can be connected to the transmitter, which sends data to satellites.

High-altitude drones might be suitable for ASAT (Anti Satellite) weapon platforms. The lasers would be lengthwise in those systems, and the direction of the laser-ray would be set by use mirrors. The same system can also be used against low-flying and ground targets. The laser- or other electromagnetic radiation would point to the target from upwards. 

And those systems can shoot down even STEALTH-fighters and be dangerous against every target on the ground. If the electromagnetic radiation hits to the ammo dump, the system can destroy those targets. But those systems can also use against individual persons, and this makes them scary.

That cage would deny the leak of electromagnetic radiation. In this amplitude modulator, the radio waves would transform to the laser-ray, which allows communicating with satellites stealthy. That amplifier modulator can be connected to WLAN-support station by using a wireless socket. be Also, high-altitude drones can be equipped with the very powerful laser communication system, which can use as well the communication and laser weapon.

The system can send the false signal to the opposite side communication or ELINT-satellite, what is used to collect data from the eavesdropping equipment. When the satellite answers to that signal, the laser or microwave weapon will crush it immediately. The decoy signal would imitate the signals, what that intelligence equipment will use. And then the system would turn the weapon to the target, and damage or destroy it by using electromagnetic radiation.

(Picture I) https://media.defense.gov/2006/Sep/14/2000542967/780/780/0/060913-F-9876J-111.JPG

The thing about tracking software and private corporations

The thing about tracking software and private corporations


When we are asking some private operator work for our data security, we must realize that those corporations are not always what they claim. That means that sometimes those operators have not able to check the identities of their workers, and here I mean cases where the private operator takes the foreign citizens in their team.

Private corporations have not the same abilities to check backgrounds of their workers than governments have, and sometimes they are facing the situation, that they must hire somebody, and there are only a few suitable coders. In that case, there are only a couple of coders, who has the necessary skills, and then the corporation must make so-called fast recruitment.

In fact in the world of data security, the problem is, that if something reads in the CV that would mean nothing. If the person says that the job is done by using some programming language, that would mean, that this inmate has done anything. And there have been cases, that some "programmer" would be ordered the codes from some friends, and this is the problem for the data security. Those people can call to somebody, who will send the code to the Email, and then they might send the malware accidentally.


One way to make malware, what can pass the firewall is to send the source code by using PDF of some other file, and after that, the contact person just copy-pastes the source code to the program editor, and then the thing is ready. Pressing Ctrl+A and Ctrl+V is very good to take the source code from the document, and then just pressing Ctrl+V the code would be copied to the editor. After that, the user must only create the file, what is able to run and then the software is ready for the run.


Innocence is a pretty thing 


Sometimes we are thinking that some persons are safe because they have limits. This thing is not actually true, because modern electronic equipment has given a chance to make flexible and easily portable screens and communication devices. In fact, even the person, who has ever made code or even opened a computer before can hack by using modern equipment. in this case, the person wears only the action camera, what is in the headset, and mobile telephone. The action camera is connected to the Internet by the mobile telephone, and another telephone can be on the table, and the hacker can send messages, what the operator who is in the house must do.

Or if the team wants to get the feeling of what is a very well known thing from some actions movies, they can use smart glasses, and the hacker can write commands to that screen and follows the things, what is going on the computer screen by using this "remote eye". And on the passage would be the remote camera, what warns the inner operator about the quests like security operators. That camera can be connected to the drone, what just flies out from the window when the operator is gone.

And then the hacker would give the instructions to that person by telling, what must be done. Or if the person, who operates uses the screen like smart glasses, the thing goes more easily, because the hacker can write commands and send them to that screen. Of course, a normal mobile telephone can be done with that and the hacker who watches the screen of the computer from somewhere in distance must only give the person, who operates inside the instructions by using Whatsapp or some other social media solution. In this case, the person, who is in the building is operating as the "human robot".

In those cases, there might be a very big risk, that something disappears, and that "something" might be the source code of the tracking tools of that company. This kind of things is really bad things because by using those code lists the hackers can modify the code, and then make own versions of that malware. This means that the malware maker just renames the program, and changes the addresses, where the system would send the data, and that thing might cause a massive data leak.

This kind of attacks needs the contact person, who has access to the system as the superuser. And in fact, even a handicapped person can make those things, if that person gets the instructions. When we are thinking about the "human robot", we can give that inmate the action camera, and mobile telephone, and then we can give the instructions by using Whatsapp, and that is the situation, what has ever mentioned.

Artificial intelligence can be taught by using games

Artificial intelligence can be taught by using games

Artificial intelligence can work with console- and computer games. The thing is that the movements of the gamer are collected to the database, and the computer would calculate, what mistakes every character, what it moves makes. Then it would simulate the choices, what the character must do, that its action would be more effective. The thing in artificial intelligence is that it can analyze things like the direction of sight and another kind of things.

And then the system would have parameters how to close the opponent, and what kind of things must be done. And the action of this system would be, that if some action would not be done again if the character fails. This kind of simulations can be extremely realistic because modern supercomputer technology can use multiple parameters, like simulated flight trajectories, and the thing is that the virtual world can be more difficult than the normal world.

There is claiming that the multiple net games are used to teach artificial intelligence to act as the military commander. In the world of the military, artificial intelligence would allow something, what we ever created before. The commander, who would not have emotions. The thing what artificial intelligence needs, when it will send the men to the mission is the tolerated level of own and civilian casualties. And that is the point, why this kind of solutions fascinates the national leaders. The feelings are a bad thing for the commander and that's why they wanted to cut off from the commanding system.

The target drones can be used to collecting data for artificial intelligence.

As you know, the difference between robots and human is that robot ever excuses the orders, and that means that the robot aircraft would just operate as the "kamikaze". That means the aircraft can operate as the regular fighter-bomber, but it can just impact with other things. There is a possibility, that the targets are pointed in the memory of the computer.  And if the target has enough points, which means that it would be the aircraft carrier or some other key unit, that aircraft can just collide with the target.

That system is mentioned for saving the aircraft for the most important targets, and if we would think the aircraft like QF-16 Robo-Falcon, that aircraft would be thought only the advanced missile. But it has more usages than with the normal missile. That aircraft can operate like normal aircraft, but it can also act as the missile if it sees the suitable target for that mission. During the exercises where the remote controllers operate with target drones, there is a possibility to collect the data, what can be used to train the artificial intelligence for the independent operations.

But those drones can also be used as the attack aircraft if they are equipped with the same systems with "Predator" drone, and the operator could fly that aircraft in the hangars of the targeted airbase. There is a possibility, that somebody would use "Troy horse" which means remote-controlled aircraft, what is made from the same fighter or some other aircraft, what is used by the enemy. That aircraft would just be flown in the hangars of the enemy airbase, or another important target like an oil refinery and ammunition factories. This can be the future of the battlefield.