Cyborg insects, fishes, and spiders 

Microchips can also implant in sea living organisms. And they can control fishes and crabs. 

The microchip implanted insects are not always flying bugs. The thing is that also many other animals than just some flying insects can be implanted with microchips. Also, water-living organisms like fishes,  crabs, and spiders can equip with microchips. The krill is one of the most promising groups of animals that can equip with microchips. That is collecting data about things like water temperature. 

There is the possibility that the microchip is ordering the krill or fish. Rise to the surface after a certain time. And then that microchip is delivering data that is stored in it. That data can deliver to satellites or aircraft or drones by using laser-LEDs. Also, acoustic microchips can deliver their data to the submarines. The military forces are interested in that kind of advanced biological weapons like remote-control animals. 

If things like dogs can be remotely controlled, by using EEG implants. That thing means those dogs don't need education. And that means the dogs can step into service very fast. But those systems are turning all kinds of animals into remote-controlled robots. 

The biorobots like crabs can use to carry surveillance or sabotage devices to the ground. Small-size detonators can be delivered to the positions like underwater cables by using remote-control animals. 

The AI-based technology allows decoding the memories and transmitting the senses of the other species. To the screens of the operators. Maybe this technology is not yet in use. But these kinds of things are under development. 

The thing is that microchips can be used to control those animals. And that thing allows controllers to use them as biological recon robots. The big crabs can also use to bring things to the surface from the ocean floors. The thing is that the microchips that are implanted into the nervous systems of the things like sharks are turning them into robots. 

The wireless communication between the microchip implant and the controller can make the sharks perfect recon tools and the perfect advanced biological weapons. The microchip can be implanted by using submerged drones. And if the electric signals of the nervous system can decode. That thing allows that operators can see the things that the shark sees. And the sharks and big crabs are also powerful tools for damaging things like underwater cables. Of course, those things can use to harm people. And that is the shadow-side of that technology. 

Image: 

https://www.insidescience.org/news/brief-worlds-smallest-remote-controlled-cyborg-bug

https://interestandinnovation.blogspot.com/

Beware this while using some voice command program

http://crisisofdemocracticstates.blogspot.fi/p/beware-this-while-using-some-voice.html

Kimmo Huosionmaa

How easy is to use voice commands in the mobile telephone. It's like in some "Star Trek" movie. If somebody wants to make very big and easy security leak to the smartphone, would that person need only some subliminal voice generator, and if the targeted person uses the system, what records the commands, what is given by using voice, would the mobile telephone become the very big security problem. Then somebody wants to teach some own commands to the mobile telephone, must this person need only some voice, like 80's techno-hit.


And then that person need only get the targeted mobile telephone in the hands in a couple of minutes. After this, that person might tech some tricks like publishing websites or using GPS to that telephone, and then that hacker must only wait for the right place and then put the music on. After that, the mobile device would automatically make records or publish websites without that the owner would even notice that. And of course, if those commands can be taught by using remote control, would that cause the situation, that the GPS system can be activated in some particular area.


After that this mobile telephone would be very easy to track. In the remote teaching, the hacker would need only two mobile telephones, what are connected to the same account. By using another telephone, the hacker would teach voice commands to another telephone, and in this case, the hacker would activate some chat-program like What's App, and then just record every world, what is told near the telephone. Even if those records are not very clear, the voice could analyze by using computer software, that uncovers every world, that is talked near the device.


This is one threat for the people, who uses mobile telephones. And somebody can teach those commands to the telephone in the house party, where the targeted person might pump full of some drugs like Sodium Pentothal, and after that, this person would tell any password, what the people want to know. The same chemical is also used in lethal injections. But that chemical is also capacity to operate as the "truth serum", and sometimes SOCOM uses it for terrorist interrogation and that might be very effective in this role.

https://www.facebook.com/IWCsync/posts/10156613717489406


http://crisisofdemocracticstates.blogspot.fi/p/beware-this-while-using-some-voice.html

Midget submarines and new kind of communication technology would revolutionize scientific and military operations.

http://crisisofdemocracticstates.blogspot.fi/p/midget-submarines-and-new-kind-of.html

Kimmo Huosionmaa

Infrasound is the fascinating thing, It can be used for many purposes, and one of them is underwater communication technology. In this technology, the modified SONAR systems are used for communicating with small drone-submarines. Those systems allow operating inside the caves and shipwrecks by using remote-controlled miniature submarines.


That system is actually very similar, what was used to take fascinating pictures inside of shipwreck of ocean liner R.M.S Titanic. That system, what was used to take original pictures of that ocean liners inner space was used wires to communicate small Jason robot and Alvin submarine. But there is many limits in this kind of system, what uses cables to control that robot. The modified sonar system, what is used to communicate with modern midget submarines is actually the same kind of underwater telephone, what is used to communication between naval vessels. In this system would the modem just being installed to that underwater telephone.


Underwater modem system would use also LRAD-equipment, what makes possible to send the sound to the drone by using the very thin beam of the voice. Underwater modems are basically same, what are used in 1980's and 1990's. But modern technology makes them faster. If we are talking about scientific drones, what are used to search inside space of shipwrecks, they can also equipped with inertial or gyroscope navigation system, what allows them to record the route, and if the SONAR-communication would cut, the drone would drive it's route back to the point, where it takes the contact. Those systems can also make the train, where those drones would use together as the relay drones, what allows them to operate in very complicated spaces.


There is one big benefit for voice communication compared with LASER-based systems. Lasers need visual contact between transmitters, and if this drone would land behind something, what denies the are contact between transmitters would the communication shut down. When we are talking about military versions of that kind of equipment, we can imagine the small size submarine, what is following some ship below it.


In this scenario the nuclear powered miniature submarine, what could actually be like U.S Navy's Swimmer Delivery Vehicle, but it can be powered by RTG or radio thermal generator, but they can also use conventional power sources like power cells. In those situations, the most effective fuel for those power cells is hydrogen, because it keeps the electrodes clean. That submarine can be carried torpedoes or small submarine launch missiles, and it can be operated from nuclear submarines or surface warships. That submarine can also use to operate with combat scuba diving missions because those torpedoes can be installed outboard its hull.


Deep dived drones can re-arm by using similar CURV or controlled underwater recovery vehicle drone submarines, what are using in underwater rescue missions. So in this kind of cases, the drone can be called in the certain point to the ocean, and then combat diving team would get those men for the mission. Those miniature drone-submarines can deliver to operation from other submarines, they could travel to target independently, or they can drop from airplanes like C-5 or C-130. Or even shoot by rockets from space-centers. In the last case the is like Atlas would carry the drone by Earths orbiter, and then it would land like spacecraft and it can be equipped with thermal shield and parachutes.


Space delivery systems would be useful in the cases where need extremely fast reactions, like submarine accidents, where is needed extreme fast reaction to secure the wreck and it's top secret communication and other systems. Those drones can also use for intelligence missions to harbors. Underwater robots can also operate from ground stations, by using communication buoys. Those buoys can deliver from the satellites, and then the satellite can use that buoy as the relay-station for communication. Then the submarine can collect it from the sea because that would deny that equipment getting to unauthorized hands.

http://crisisofdemocracticstates.blogspot.fi/p/midget-submarines-and-new-kind-of.html

Thoughts about horrified scenarios of the Internet and microchips

jotkutasiatvainkiehtovatihmisia.wordpress.com/2018/04/03/thoughts-about-horrified-scenarios-of-the-internet-and-microchips/

jotkutasiatvainkiehtovatihmisia.wordpress.com/2018/04/03/thoughts-about-horrified-scenarios-of-the-internet-and-microchips/

The miniature and remote controlled space laboratories and their role in science

Artists impression of X-37B with solar panels
(Picture 1)

Kimmo Huosionmaa

The term “space station” is not very well understood in the literature.It actually means the structure, what has long-term being in space, and some of those structures are quite small, the laboratories of those vehicles are remotely controlled. The X-37B and other space shuttles can also operate as miniaturized space stations, and they can stay in orbital trajectory very long time. Because they are unmanned, there would make investigations without risking human lives, and that would give more usages for those devices. When the mission is accomplished that space laboratory would land back to earth.


When we are talking about biological experiments, what are made with those small size spacecraft, they can operate years in space. And there would be no risk for human lives. In those remotely controlled laboratories could be released mosquitos and other bugs, and observe their population in the spacecraft. That could give very good information what could happen in spacecraft where some bug would slip in. Also, cell bases can be tested in long-term spaceflight because the risk of cancer might be very big if astronauts would be in space very long periods.


Those very advanced laboratories are remote controlled, and they are equipped with robot hands, what would be used to taking care of those laboratories. The automatized space laboratories could also use in structural tests, where they might equip with systems, what makes electromagnetic power shield around the spaceship. This shield would drive the alpha- and beta rays off the spacecraft core. But those systems might be dangerous because overvoltage can cause problems with computers.


Cargo bay of space-shuttles can be used to bring the asteroids to Earth. The space shuttle can take small stones from the asteroid belt, and put them in the cargo bay. There those rocks would investigate by microscopes and spectrometers, and the most interesting of them might bring to the Earth. Those small shuttles can operate anywhere in the solar system, and they can equip with RTG, and Centaur-stage for maneuvers. Maybe this kind of devices would send to Jovian and Saturnian orbiter to find out the situation in those systems.


If there would be enough big rocket stage in that device, that shuttle can bring the examples from those gas giants to Earth. When they are coming back, the rocket stage would be left this rocket stage behind it. And land in any airfield on Earth. Those missions would spend years, and the use of automatic spacecraft would give those scientists opportunity to do other projects than this one. And that miniature shuttle can be equipped with sophisticated artificial intelligence, what allows them to operate very independently. And if there would bring something, what risks human lives on Earth, could that spaceship burn in sun.

Sources

Picture 1

https://cdn.disclose.tv/sites/default/files/styles/video_image/public/img/po

https://crisisofdemocracticstates.blogspot.fi/

http://crisisofdemocracticstates.blogspot.fi/p/the-miniature-and-remote-controlled.html

Virtual reality and its use in high-risk missions

Maybe soldier of tomorrow looks like
"Star Wars" Stormtroopers because that hides the
who is the robot
(Picture 1)

Kimmo Huosionmaa

VR or virtual reality is an ultimate tool for fun and work. Virtual reality will make movies look like that the person is inside the happenings. And this is the reason, why VR is the very effective tool for many other things like pilot training. The ball-simulators what are used in training, have revolutionized the training of military and civil pilots. This equipment is an ultimate tool also for medical doctors, who might use virtual reality controlled robots as their "esoteric bodies". That would bring qualified medical services to areas, where have been dangerous to work before. That equipment can serve in South-Pole and spaceships, where they can work with the crew.


But Virtual reality can offer many more options, what the humans could ever imagine. If those ball-simulators would connect to drones, the pilot could make missions with remote-controlled aircraft. The same computer games, what are simulating tanks, submarines and aircraft can be transformed as the user interfaces for robots. The thing goes, that when the operator chooses some weapon from the screen, the system would automatically choose the right ammunition, put it in the tube and shoot it. That ammunition can be marked with RFID, and the system can use this equipment to choose right grenades or bullets. And this would make those things very frightening and same time fascinated thing.


The VR is basing the technology, where the small screen would be put on the person's eyes, and also headphones can be used for making those experiences real. And the virtual reality set could be connected to the robot, what operates in the remote area. The touch of those robots can transmitter to the operator by radio, and if this person uses gloves, what are equipped with small piezoelectric components, could that person feel same things, what he touches by using the remote robot.


Bur Google and many other corporations are creating the robots, what can be used by EEG. This equipment might be in the helmet, what this operator wears when the person controls the robots, what might look like humans. The helmet is chosen because that would put the electrodes in the right place. And the two-way data transmission would also stimulate brain core, what gives real "esoteric" experience for the user of those robots. Which means that this is the technical version of "OBE" (Out Of Body) experience.


 This kind of device can revolutionize everything, what have seen or what we have believed. If this machine works somewhere, it can transmit same experience to the operator than this person would be in there. And that kind of robots might be very effective in space exploring missions. They could send to the moon and other planets without the need to risk the human life.


But the same robots can work as military officers. They could be remotely controlled from thousands of kilometers from the battlefield. Also, those robots can use in many high-risk military operations, and nobody ever can catch them. Robots can equip with internal explosives, what would destroy them, and the operators would be unable to track. And this makes them useful for violent criminal activities like robberies.

Sources:

Picture 1

https://lumiere-a.akamaihd.net/v1/images/Stormtroopers_f36ff76a.jpeg?region=1%2C0%2C1534%2C863&width=768

https://crisisofdemocracticstates.blogspot.fi/

http://crisisofdemocracticstates.blogspot.fi/p/virtual-reality-and-its-use-in-high.html

The good example of abiogenesis

(Picture 1)

https://youtu.be/8Sw6xRAG8XA

Kimmo Huosionmaa

How to make artificial flatworm? The methodology is same as the artificial StingRay, what is shown at the YouTube link above this text. The answer to that question is simpler than you might even guess. The core of the device can be just a piece of silicone. In the core would be set a metal wire, and around it will installed living muscle cells, what allows to move this structure. The metal structure is actually cable, and all single wire would be connected to a single muscle cell. The brains of this structure are the small microprocessor, what is connected to the head of the cable. And the electricity would get from tiny fuel cells. This means that those robots can drink alcohol for creating the electricity. Also, they can use methane in this process, and they can use to investigate moons like Titan. If those robots are used in the moons like Titan, they would need oxygen tanks for producing the electricity.


Sensors of those vehicles can be CCD-cameras, and also tiny microphones, what are used in the intelligence operations can be installed in that body. The simple form allows the mass production of that organism. The production would happen that the cutter will cut the silicon bites in the pieces like bacon. After that on this the computer and fuel cells will installed on this structure will be installed and the last process of manufacturing is that muscle cells would set on the silicone and connected to the metal structure. And then another layer of silicone would be installed on this structure. The secret of this manufacturing process is the length of this robot would be easily adjusted and the process is very fast. This would be a very good example of abiogenesis.


The factory would produce the artificial organisms for scientific purposes, but they can also use for looking the problems in the chemical plants or oil tubes. Those artificial worms can also use for intelligence missions, what means that those things can swim in the water lines, and record any voices and take pictures of the targeted plants or rooms.  They can also equip with plastic explosives, and used in sabotage missions. In those missions, they can strike against submarine telescopes, communication wires, and ventilation systems. So they can be very dangerous in the wrong hands.

Sources

https://www.npr.org/sections/health-shots/2016/07/07/484950849/synthetic-stingray-may-lead-to-a-better-artificial-heart

Picture 1

https://ichef-1.bbci.co.uk/news/660/cpsprodpb/340B/production/_90332331_park3hr.jpg

https://crisisofdemocracticstates.blogspot.fi/

http://crisisofdemocracticstates.blogspot.fi/p/the-good-example-of-abiogenesis.html