What is the truth about the devices that were used in the Maduro incident?

EC-130 “Compass Call”

When Delta Force captured Venezuelan dictator Maduro, the question is whether it used some acoustic or electromagnetic systems that put the person to sleep during the attack? The acoustic system. It can put a person to sleep. But the attack against missiles. And electric networks. Can be made. In many ways. The attacker can use things like a quadcopter to pull copper wires over high-voltage lines. Or the system can use graphite powder. To make short circuits. In high-voltage electric lines. Or they can use plasma in the same missions. The easiest way is to shoot transformer stations. using assault rifles. 

The photoacoustic devices. Or some other acoustic devices can destroy electronics simply by causing oscillation. 

Photoacoustic devices can. Make things like tiny earthquakes in microchips. Those tiny earthquakes can help to moderate signals that travel in the microchips. Those systems can make things like nanocrystals oscillate. And that can be the new way to moderate electric impulses in very small devices. Photoacoustic devices can be a tool. That can make many things. Those are thoughts. Making the impossible possible. Photoacoustic devices can cause such a powerful “earthquake” in microchips that they destroy those microchips. If a photoacoustic system causes resonance in microchips. That can put them in pieces. 

There is a possibility that in the Maduro strike. Delta Force used technology that forces a person to sleep. These kinds of systems are tested at MIT. Long-range acoustic devices (LRADs) are easy. To mount in helicopters. Those systems. Those used in riot situations can also be used to jam or paralyze humans. The LRAD can also be connected with that technology. That falls humans to sleep. And. The LRAD can also be used to break microchips using acoustic resonance. Acoustic resonance can also destroy ceramic insulators in electric lines.  

So, when we return to the Maduro case, where Delta Force somehow jammed those missiles, we must understand that those missiles were in a warehouse for a long time. There is a possibility that those missiles were taken out. By using regular sabotage. The CIA agents who played service staff could simply cut the wires from the missiles. Those personnel can also use portable acoustic systems to break those microchips and their shells. Or if those people had time. They can also put some acid on the microcircuits. Or they can damage batteries. 

The fact is that the EMP weapons, or acoustic weapons, could be used against Maduro’s bodyguards and the house’s electronics. Their targets could also be places like cell-phone receiving stations. So, maybe they were not used against radar and missiles. The EMP weapon. It can delete the kernel from microchips. Those microchips look non-damaged. But. They have no kernel, which means the software cannot interact with them. This kind of EMP weapon can destroy missiles even months before an attack. If there is no crew that tests missiles and their electronics. That fatal damage can remain unseen. 

"Researchers have created a phonon laser that generates tiny, earthquake-like vibrations on a chip. The advance could simplify smartphone hardware while boosting speed and efficiency. (Artist’s concept.) Credit: SciTechDaily.com" (ScitechDaily, Scientists Just Created Tiny Earthquakes Inside a Microchip)

The high-power microwave- or radio-wave-based EMP weapon can be hidden in missile warehouses. There are many ways to create an EMP pulse. That causes large-scale damage in electronics. One of those versions is to create. High-power voltage impulses in electric systems. The system can be used. The high-power capacitors that push an electric impulse into the electric network.

Or a high-power radar impulse can cause the destruction of computers. By causing a surge or overvoltage in electric wires. In that case, the system can use an electrolytic liquid. Like salt water, liquid transfers electric impulses to wires. The system is like an electric impulse gun. That uses the saltwater “beam”. Which travels over the electrode. In that case, salt water replaces the copper wires. 

"The RUS-PAT (rotational ultrasound tomography, RUST, combined with photoacoustic tomography, PAT) technique combines the benefits of ultrasound imaging for seeing tissue structure with those of photoacoustic tomorgraphy for revealing function of the vasculature. Credit: Yang Zhang" (ScitechDaily, Scientists Develop a New Way To See Inside the Human Body Using 3D Color Imaging)

Maybe. Those systems were in such a bad condition. That they didn’t work. Another version could be that. The orders to put those missiles into position were denied. There is also a possibility that those operators were simply taken out using some opioid gas or acoustic devices that deny their ability to operate. Or, Maduro’s successor simply deleted SIM cards from telephones. Those operators used to communicate with the HQ. 

But things like. High-precision EMP and acoustic devices can destroy microchips from those missiles. The high-power EMP can destroy electronics even if the device is shut down and stored. If those missiles are stored in the EMP-protected shelter, that means that the agents must somehow slip the EMP bomb into that shelter. The portable EMP device. That uses high-power impulse capacitors can be launched by a wired remote launcher. Or the system can get its launch signal from a timer. Or the drone can send the signal by using a laser. 

There is also a possibility that the drone is connected to a spring switch. There is a cotter pin in the launcher. When the drone pulls it away, spring puts the electrodes together. This is necessary only when the EMP device is in the EMP-protected shield. That means that EMP, or acoustic devices, can be in a helicopter. Or they can be in drones or aircraft. Or they can be man-portable and slipped into those warehouses a long time before strikes. The fact is that. Those operations are very classified. 

https://edition.cnn.com/2026/01/25/politics/trump-says-secret-discombobulator-weapon-was-used-to-capture-maduro

https://www.twz.com/news-features/did-a-mysterious-sonic-weapon-really-aid-delta-force-in-capturing-maduro

https://news.mit.edu/2024/startup-elemind-helps-people-fall-asleep-0925

https://www.researchgate.net/figure/LRAD-weaponized-cone-of-sound_fig1_347576544

https://scitechdaily.com/scientists-develop-a-new-way-to-see-inside-the-human-body-using-3d-color-imaging/

https://scitechdaily.com/scientists-just-created-tiny-earthquakes-inside-a-microchip/

Nuclear-powered ships are coming into commercial use.

"Nuclear-powered DP vessels are a technically feasible solution and are achievable, the Nuclear Propulsion in merchant Shipping (NuProShip II) study has confirmed." (OffshoreEnergy, Nuclear-powered vessels are achievable, Norwegian-led study confirms)

"The NuProShip II project, funded by the Research Council of Norway, demonstrates the technical feasibility of nuclear-powered DP vessels, researching the possibility of nuclear reactors contributing to efficiency, reliability, and environmental responsibility for the maritime industry." (OffshoreEnergy, Nuclear-powered vessels are achievable, Norwegian-led study confirms)

“Dynamic positioning (DP) is a computer-controlled system to automatically maintain a vessel's position and heading by using its own propellers and thrusters. Position reference sensors, combined with wind sensors, motion sensors, and gyrocompasses, provide information. To the computer pertaining to the vessel's position and the magnitude and direction of environmental forces affecting its position. Examples of vessel types that employ DP include ships and semi-submersible mobile offshore drilling units (MODU), oceanographic research vessels, cable layer ships, and cruise ships.” (Wikipedia, Dynamic positioning) 

The nuclear system can be based on small modular reactors (SMR) 

Nuclear-powered ships are also coming. Into the hands of commercial operators. The nuclear-powered ships are effective tools. Their operational range is virtually unlimited. And those ships can travel far away from  places. Like Somalian coast, where pirates cause very big troubles. These pirates pose a great threat. The nuclear-powered ships. Can use new types of reactors that use molten salt moderator. The new small-sized portable reactors can give energy to the large-sized ships. The nuclear-powered ships can have dual-purpose roles. The DP technology is an interesting tool that can be integrated with the lighter aboard ship (LASH). That makes it possible to drive smaller ships on board smoothly and effectively. 

Those dual-purpose  ships can offer. An electric supply to the coastal cities. And maybe. Those ships can also. Make it possible to advance the hydrogen-powered aircraft and other hydrogen technologies. The hydrogen-powered aircraft can operate without limits. If they can get hydrogen from somewhere. Nuclear power can be. An answer to that kind of problem. The ship that plays many roles is one of the things that can revolutionize marine technology. In the future. It is possible that the larger ships. The use of the LASH technology can carry smaller freighters on board. 

Above: The lighter aboard ship, LASH ship

The next-generation ship system. They can base the LASH-megaship. And smaller ships that they take on board. Those smaller ships carry the cargo to that megafreighter. 

“The lighter aboard ship (LASH) system refers to the practice of loading barges (lighters) aboard a bigger vessel for transport. It was developed in response to a need to transport lighters, a type of (usually but not always) unpowered barge, between inland waterways separated by open seas. Lighters are typically towed or pushed around harbors, canals, or rivers and cannot be relocated under their own power. The carrier ships are known variously as LASH carriers, barge carriers, kangaroo ships, or lighter transport ships.” (Wikipedia, Lighter aboard ship)

The system can use two-port technology. The LASH-ship takes a smaller ship inside it from the bow port. And the ship can leave from the LASH-transporter from the bottom of the ship. This allows for loading and reloading those smaller vessels without stopping the LASH freighter. The cargo travels onboard those smaller freighters. 

So the nuclear-powered vessel can carry other vessels in its dry pool. When the ship comes near the harbour, it can release those lighter vessels. That can transport. That cargo to the harbour, and then take other lighter vessels onboard. The idea is that the smaller vessels are loaded in the harbour, and then the larger LASH-ship can wait far from the harbour. The nuclear-powered ship must not even stop. It can release the smaller ships and take the other ships on board, even if it moves. That makes those systems more effective than other systems. If those large nuclear-powered ships wait far from the coastline. The harbours will not limit their size. Those smaller freighters can use hydrogen as fuel, and during the trip, the LASH megaship loads those ships’ tanks that it carries. 

https://www.marinelink.com/news/nuclearpowered-dp-vessels-technically-534840

https://www.offshore-energy.biz/nuclear-powered-vessels-are-achievable-norwegian-led-study-confirms/

https://world-nuclear.org/information-library/nuclear-power-reactors/small-modular-reactors/small-modular-reactors

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

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

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

https://en.wikipedia.org/wiki/Type_C8-class_ship

Donut-shaped light is an incredible tool.

“Researchers used a nonlinear metasurface to experimentally demonstrate skyrmions that can be switched between electric and magnetic modes in free-space toroidal terahertz light pulses. Credit: Li Niu and Xueqian Zhang, Tianjin University” (ScitechDaily, Donut-Shaped Light Could Make Wireless Signals Far More Reliable)

Donut-shaped light is an incredible tool. It can turn. The ultrasecure data transmission and protective fields. And even interstellar travel turn into reality. 

A donut-shaped light can act as a tool. That boosts wireless signals. A donut-shaped light can boost network security in two ways. A series of photons can form a quantum channel, allowing information to travel inside them. That protects the information in that channel. Another way is to store information in those photons. And then shoot them to the receiver. 

The donut-shaped light is a new tool for photonics. This kind of thing can be used to transmit very high-energy photons into the target. If the donut-shaped photons form the channel, and the system inputs energy into those photons. Then those ring-shaped photons transmit that energy into the photon or superstring that goes through this structure. There is a possibility. 

That's this thing. Requires that the photons that transmit information or energy through that structure must be in a superposition and form quantum entanglement. But if a single photon can travel through the photon channel. This makes it possible. To create ultra-high-energy photons. The ability to create the weave that transports energy to the edge of the structure. 

There is a possibility that the superpositioned and entangled ring-shaped photon structure forms the structure that acts as a power shield. This structure can act as a photonic version of the graphene structure. If those ring-shaped photons can raise their energy level high enough, nothing can travel through them. 

In the cases. That. Some particles travel through those photon channels. Those channels can pump lots of energy into those particles. When those particles travel out from those channels. They deliver their energy into their environment very fast. Photons can transport their energy into things like electrons. In the same way as photons, electrons deliver their energy into their environment. And in a very short moment. An electron can form a short-term WARP bubble around i

This kind of system can revolutionize avionics. And if we want to create the legendary WARP-bubble around the craft, the super-energy level photons can be used to push quantum fields away from the craft. That forms space. There. Light travels faster. Than. It travels outside the bubble. Production of those photons. It is not an easy thing. The photon cloud must be very symmetrical. 

https://scitechdaily.com/donut-shaped-light-could-make-wireless-signals-far-more-reliable/

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

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

Hypersonic grapeshots and ASAT weapons.

Hypersonic grapeshots can cause large-scale destruction. In hypersonic grapeshot, the hypersonic missile or hypersonic glide vehicle (HGV) transports metal balls and delivers them. With a speed of Mach 6+. 

“A hypersonic glide vehicle (HGV) is a type of warhead for ballistic missiles that can maneuver and glide at hypersonic speed. It is used in conjunction with ballistic missiles to significantly change their trajectories after launch. Conventional ballistic missiles follow a predictable ballistic trajectory and are vulnerable to interception by the latest anti-ballistic missile (ABM) systems. The in-flight maneuverability of HGVs makes them unpredictable, allowing them to effectively evade air defenses. As of 2022, hypersonic glide vehicles are the subject of an arms race” (Wikipedia, Hypersonic glide vehicle)

“In artillery, a grapeshot is a type of ammunition that consists of a collection of smaller-caliber round shots packed tightly in a canvas bag and separated from the gunpowder charge by a metal wadding, rather than being a single solid projectile. When assembled, the shot resembled a cluster of grapes, hence the name. Grapeshot was used both on land and at sea. On firing, the canvas wrapping disintegrates, and the contained balls scatter out from the muzzle, giving a ballistic effect similar to a giant shotgun. (Wikipedia, Grapeshot).

There is a possibility that the hypersonic glide system can transport metal balls over the area. That hypersonic grapeshot, or hypersonic cannister ammunition, can deliver those metals with speed. That is higher than Mach 6. Those metal balls can cause very dangerous damage. 

“The Soviet Union built the world's only operational anti-ballistic missile (ABM) system around Moscow in the 1970s. Beginning in 1980, they improved and expanded this system. Two of these improvements are shown in this 1983 illustration: the silo-based, nuclear-tipped (retired 53T6, ABM-3) GAZELLE interceptor missile and a new large radar intended to control ABM engagements.” (Wikipedia, A-135 anti-ballistic missile system). The missiles that the system uses are more modern A-135 (ABM-4 “Gorgon), which replaced those older missiles. 

There is a claim that Russia plans to create a new anti-satellite (ASAT) weapon. That weapon may have 30000-100000 steel balls that the carrier system transports to the orbital trajectory. The purpose of that system is to take out the Starlink satellite system. 

The fact is, that idea of that kind of weapon is not new. One of the reasons why Reagan’s Strategic Defense Initiative (SDI) program was delayed was that the Soviets could launch iron balls at the orbiter. The idea of that kind of weapon is that the carrier rocket transports those steel balls that can be very small to orbit in the opposite direction to the SDI weapon. And then those bearing balls will destroy that expensive killer satellite. 

There is also an introduction. A space shotgun that can destroy other satellites. Those systems can be rocket engines. The metal balls are in position in or ahead of the combustion chamber, and then the jet from the engine pushes those metal balls against the satellite. Another fact is that the anti-satellite weapon can be. An ordinary claymore mine. That is mounted on the satellite. When the weapon orbits in the opposite way. To its target. It can give a very high impact speed to the projectiles that it launches. 

Those metal balls can be installed in any rocket. And the large-size rockets that normally transport satellites can also transport those metal balls to the high-orbiter or even to the stationar orbiter. The system can threaten things like communication satellites. The new hypersonic systems. They can give a very powerful strike capacity to the ASAT weapons. The hypersonic bus can transport those missiles to the targeted satellite trajectories, and then the system jumps up and releases its cargo.

The problem is that. The difference between ASAT and anti-ballistic missiles is very small. Those systems can transport their warheads. In long distances and high altitudes. The same missiles can be used against low-orbiting satellites. If those missiles are equipped with nuclear warheads, they can be used against ground targets as well, and they can destroy aircraft, missiles, and satellites. 

https://apnews.com/article/russia-starlink-musk-ukraine-space-china-canada-c69c1fda5ffc93828712ab723e606a2c

https://en.wikipedia.org/wiki/A-135_anti-ballistic_missile_system

https://en.wikipedia.org/wiki/53T6

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

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

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

Photo-acoustic systems can revolutionize sonar technology.

“The RUS-PAT (rotational ultrasound tomography, RUST, combined with photoacoustic tomography, PAT) technique combines the benefits of ultrasound imaging for seeing tissue structure with those of photoacoustic tomography for revealing function of the vasculature. Credit: Yang Zhang” (ScitechDaily, Scientists Develop a New Way To See Inside the Human Body Using 3D Color Imaging)

Photo-acoustic systems can be useful for many purposes. From civil to military systems. The photoacoustic uses lasers or other forms of electromagnetic radiation to create acoustic waves. In those systems, the electromagnetic system. Stresses atoms or molecules, and then those things send acoustic waves around them. The photo-acoustic loudspeaker is basically a chamber. There are things like fullerene balls that hover in gas like air. When the laser system starts to send energy impulses to those fullerene bites. They send resonance to the gas around them.

The photo-acoustic phenomenon can be used in computer tomography. But. Those systems can also be used in the new types of sonar systems. The idea is that a laser beam is sent to water. That system causes a sound effect that travels in water. The observation system can observe how those pressure waves behave when they travel in water. The photo-acoustic system allows aircraft or even satellites scan large areas with new accuracy. 

The system can be used. A hydrogen-oxygen (water) laser that sends radiation that causes resonance in water. The water laser uses super-clean iced water in the laser element. The satellite or aircraft can send that radiation into water. And then high-accuracy lidar or quantum radar can see those reflections. The laser system and photo-acoustic devices can also form long-standing monotonic sound. That sound can be used in the military. And civil applications. 

The acoustic systems, or photo-acoustic systems. Make it possible. To give new types of treatments for things like infections or cancer. The system sends microparticles into harmful cells. Then, the chamber is filled. With similar particles. The system starts to stress those particles with lasers. And then that causes resonance in those particles in the cells. That resonance forms pressure waves in those cells. And that destroys their internal organs. These kinds of systems can be useful in military and medical purposes. 

https://scitechdaily.com/scientists-develop-a-new-way-to-see-inside-the-human-body-using-3d-color-imaging/

The new brain implant is smaller than a grain of salt.

Scientists have demonstrated that long-term neural recording can be achieved with devices nearly invisible in size, challenging assumptions about how small functional brain interfaces can be. Using light rather than wires or batteries, the system operates stably inside living tissue for extended periods. Credit: Shutterstock” (ScitechDaily, Smaller Than a Grain of Salt: Engineers Create the World’s Tiniest Wireless Brain Implant)

The new brain-implant microchip is smaller than a grain of salt. This kind of intelligent system can be observed more effectively than old-fashioned systems. And maybe. Quite soon. We can see brain implants that can be injected into the blood. There is a possibility that some kind of genetically engineered amoeba or basil can transport those microchips into the right position in the human or animal nervous system. That kind of biorobot. It can be programmed by using artificial DNA. The system can use the abilities of the parasites, which travel to the brain. 

Then the artificial DNA orders the organism to terminate itself. And then the microchip is  released in the brain. There is also a possibility. Those microchips are shot into the person’s body like nano-bullets. And then they will travel to strategic points in the nervous system. This kind of system. Called “intelligent dust”. is interesting. It can operate as a cloud. So those miniature microchips can be positioned. In different points of the brain. 

End of death as we know it. 

And. They can communicate with each other or with outside systems. Like cell phones. This system can make new types of brain-computer interfaces a reality. The system can communicate with electrode antennas or a metal-net looking structure. There, the microprocessors are at the crossing-point of that antenna structure. The system can communicate with a bionic prosthesis. Intelligent clothes. Or with the internet. In the wildest models, that kind of intelligent dust can copy every memory from our brains to the internet. 

That kind of system can end death as we know it. The person can turn undead in one way. The person can simply clone their body. And then transfer those memories from the databases to the brain. The intelligent dust can turn that thing into reality. This means we can say that using clones and the ability to transport information straight to the neurons makes it possible to create a person who lives theoretically forever. The clone of the body can be used to replace the old body. And then the body and the mind remain over generations. 

https://scitechdaily.com/smaller-than-a-grain-of-salt-engineers-create-the-worlds-tiniest-wireless-brain-implant/

President Trump talked about the weapon that the Delta Force used in Venezuela.

MH-60M

There was suspicion that the U.S. troops used some kind of acoustic system in Venezuela during the Maduro capture. The system was probably a combination of the electromagnetic and acoustic weapons. That could knock out electronics and Maduro’s guards. 

The symptoms that the Venezuelan troops got, like a bleeding nose, nausea, and loss of ability to operate, indicate a weapon that uses an infrasound and ultrasound combination. That combination causes nausea, and the person loses the ability to concentrate. That kind of system was used in South Africa during the apartheid government for prison interrogations. Whether the system is LRAD or non-targeted loudspeaker-based is not known. 

There is a possibility that the Delta Force used an acoustic system called “brain jammer”. That system uses acoustic waves. To fall people. To sleep. That kind of system. Makes it possible to complete raids on difficult targets. Those systems are also suitable for solving hostage situations. There is also a possibility to use acoustic waves for “Rapid Transition: Research indicates that falling asleep is not a slow, gradual process, but rather a sudden shift, or "tipping point," where the brain quickly transitions from a waking state to a sleep state.” Or, that’s one version of the acoustic wave use in special situations. 

The LRAD (Long-Range Acoustic Device) can be installed in a helicopter. Like the MH-6 "Little Bird" spotlight. That system can send highly accurate acoustic waves to the target. 

Above: Maybe the secretive weapon that was used in the Maduro case was based on this technology. MIT News

NY-Post Topics. 

Below:LRAD weaponized cone of sound.

LRAD weaponized cone of sound. (ResearchGate)

There is a possibility that the U.S. troops used those systems to disturb the Maduro guards' sleep. And that made the mission easier to complete. The electric shutdown tells. About some kind of electromagnetic system. So maybe. Those systems use a combination of radio, microwave, and acoustic systems. To knock out enemy guards, shut down communication, and alarm systems. Details of those systems are secretive. 

But acoustic systems can be deadlier than anybody expected. Along with stroboscopic light that is synchronized with EEG-alpha waves, that system can cause epileptic symptoms. Researchers also found the wave. That puts a person to sleep. A weapon system uses that noise. The targeted person simply sleeps in that moment. That opens the road for attackers. 

There is an interesting detail in the acoustic, subliminal systems. Those systems can be used to give orders to enemy troops. There are so many suicide cases in the Russian army, and sometimes it is suspected that Russians or their opponents can give commands to soldiers to commit suicide. If the system operator uses infrasound loudspeakers. It's possible. To incite an enemy or another targeted person. To make things that they don’t otherwise do. 

https://www.criticalts.com/articles/what-is-lrad-and-how-to-use-it/

https://news.mit.edu/2024/startup-elemind-helps-people-fall-asleep-0925

https://www.nature.com/articles/s41593-025-02091-1

https://www.nature.com/articles/s41598-024-63385-1

https://nypost.com/2026/01/24/us-news/trump-reveals-to-the-post-secret-discombobulator-weapon-was-crucial-to-venezuelan-raid-on-maduro/

https://www.researchgate.net/figure/LRAD-weaponized-cone-of-sound_fig1_347576544

https://www.twz.com/air/night-stalker-mh-6-little-birds-ability-to-appear-out-of-nowhere-highlighted-in-tanker-raid

https://www.twz.com/air/this-is-what-the-night-stalkers-mh-60m-direct-action-penetrator-brought-to-the-venezuelan-op

https://en.wikipedia.org/wiki/Long-range_acoustic_device

An intelligent pill is a multipurpose tool.

“The outer layer of the capsule is made from gelatin coated with materials that block any radio frequency signal from being emitted (top left). Once the capsule is swallowed, the coating breaks down, releasing the drug along with the RF antenna (top right and bottom left). The materials are bioresorbable (bottom right). Credit: Courtesy of the researchers” (ScitechDaily, MIT’s Smart Pill Knows When You Swallow It)

The intelligent system that humans or animals can observe. How. Humans or animals eat. The microchip inside that system can detect things. Like poisons from food and water that a person eats. The system can also. Have things like GPS that help to locate a person. These kinds of systems can make it possible to observe human lifestyles. And in an emergency situation, that pill can tell the rescue crew. The position of the person. Those systems can also observe. The reactions of the body. And that helps observers to detect things like stress. 

The intelligent pill is a tool. That can have many abilities. All of them have no connection with medical work. The pill can, of course, tell if a person takes it. But it is a more multipurpose tool. 

“MIT engineers have designed a pill that can report when it has been swallowed. The outer layer of the capsule is made from gelatin coated with a layer of cellulose and either molybdenum or tungsten, which blocks any RF signal from being emitted. Credit: Mehmet Say”(ScitechDaily, MIT’s Smart Pill Knows When You Swallow It)

“MIT engineers have designed a pill that can report when it has been swallowed. The outer layer of the capsule is made from gelatin. Credit: Mehmet Say”. (ScitechDaily, MIT’s Smart Pill Knows When You Swallow It)

One of those things is this. That kind of pill can release its medicine in the precise right position. The intelligent pill can also release its medicines precisely at a certain moment. The term intelligent pill. Means the pill. That is equipped with microchips. Those microchips can communicate with cell phones or other Bluetooth devices. This means that those microchips can measure the functions of the digestive system. Those devices can take samples from the intestines and their bacteria. 

This thing can make it possible. To search for problems that the bad nutrient can cause. The system can also take samples. That can uncover cancer in the intestine. Those intelligent systems can also be used to give an ultrasound. Which comes from inside. That allows engineers. To make systems. That boosts the ultrasound-based internal organ research. The intelligent pill can also transmit data about the body functions to cell phones. And other kinds of mobile systems. Those systems can also communicate with nanorobots. That can operate. With things. like tissue damage. 

https://scitechdaily.com/mits-smart-pill-knows-when-you-swallow-it/

Nanoparticles are tools for good and bad.

“Scientists are rethinking how nanoscale tools can influence the body’s own protein control systems. The approach suggests a new direction for tackling diseases driven by hard-to-control molecular targets. Credit: Stock." (ScitechDaily, Nanoparticles That Destroy Disease Proteins Could Unlock New Treatments for Dementia and Cancer)

"Scientists have developed a new nanoparticle-based strategy that could dramatically expand the range of disease-causing proteins that can be targeted by modern medicine.” (ScitechDaily, Nanoparticles That Destroy Disease Proteins Could Unlock New Treatments for Dementia and Cancer)

Nanoparticles are emerging as new tools for medical applications. They can clean the nervous system and blood vessels. They can remove plaque from blood vessels. The nanoparticles can slip into bacteria and destroy them. And they can make the same thing to cancer cells. The problem with nanoparticles is how to position them correctly. In cases. Where nanoparticles must destroy things. 

Those nanoparticles can have multiple ways to affect targets. The nanoparticle can involve nanostrings or nanosprings that jump out when they are in cells. Those things make holes in the cell’s protein shell. Another way is that the nanomachine starts to spin, and that spin creates a nanopore in the liquid. That nanopore fills the cell or blood vessel. And that can destroy tumors or bacteria. 

Like cancer cells, the operator can enclose them. Into a nutrient package that only targeted cells use. That helps to slip nanoparticles into those cells. The nanoparticle can destroy cells simply. By destroying the internal parts. Of the cell. But. When a nanoparticle must destroy things. Like proteins, there must be a method to get the nanoparticle into those protein particles. 

There, the nanoparticle can start to oscillate, and that destroys the protein. The oscillation can be made. By using acoustic devices that cause resonance in those nanoparticles, and then that resonance destroys those proteins. This method can be used in all types of nanoparticles. The problem with nanoparticles is this. Most of those particles will not react like chemical compounds. They use only mechanical. Effect on the object. This means that the nanoparticle keeps its abilities after the target is affected. 

The misuse of this technology is also possible. 

Nanoparticles are tools that can make a revolution. In medical work. They can also turn into next-generation superweapons. Those systems can be misused as systems. That makes the legendary Novichok look like a child’s game. In Novichok poison, the nerve agent or cytotoxin is enclosed in a capsule, which is made of things like sugar. Sometimes. Is propably. Tested things like water ice. When water melts, the chemical agent is released. 

That capsule denies nerve-agent detectors to see those chemical weapons. When a person eats or pulls those sugar bites. In the body, the capsule is dissolved. And that releases the poison in the body. There is a possibility that things like cytostates are “boosted”. 

For weapon use. In those cases, the cytostate is closed in a nutrient. That carries it in the wanted cell group. like neurons. And then those chemicals can destroy the nervous system. In those cases. Weaponization of the medical chemical. It is quite simple. The targeted cells of the cytostate must just be transformed. 

This makes Novichok so lethal. The nanoparticles that act as nanomachines can simply destroy the internal organs of cells. Or they can destroy the cell’s mitochondria, which causes fatal gangrene. This means that in the wrong hands. Nanotechnology will turn. In the new and dangerous weapon. Nanotechnology can turn the human body into a puddle. And that means this kind of technology is dangerous, illegal, and  terrifying. But also an attractive weapon. 

https://scitechdaily.com/nanoparticles-that-destroy-disease-proteins-could-unlock-new-treatments-for-dementia-and-cancer/

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

New autonomous task units are entering service.

"The deal will create much-needed competition for the Department of War acquisition process. (Representational image)" (Interesting Engineering)

The U.S. Navy has a 200-foot-long (approximately 61 m) autonomous surface vehicle that can advance its combat capacity. The large sea drones. They can carry large and flexible computer systems that can allow them to operate independently.  Those computers can run complicated and effective algorithms. And those systems can operate as independent kamikaze-drones. Robot missile boats and a platform for flying drones. Those systems can be dangerous to all other vehicles. And they might also have a role as cargo systems. The system is basically similar to the Ukrainian Sea Baby drone, which successfully operated in Simferopol harbour. 

There is also a possibility that those large robot vehicles can act as development platforms for larger and more sophisticated systems. The sea drone, like autonomous surface vehicles (ASV) and Autonomous Underwater Vehicles (AUV), can have an unlimited operational range. If those systems use a Radioisotope Thermoelectric Generator (RTG) that gives electricity to the electric engines. This gives the system virtually unlimited operational range. There is a possibility that things like Orca-class drones can have that kind of propulsion system. 

"Multi Mission Uncrewed Surface Vessel." (Interesting Engineering)

The first hydrogen-powered drones are operating in Ukraine. And they seem promising. Those drones use fuel cells. And the thing. That makes them interesting. It is because. Hydrogen. It is easy to produce. Using electrolysis. 

If we think about. The larger underwater and surface drones use radioisotope batteries. That can be connected. Into a series. As chemical batteries. Those systems can operate theoretically indefinitely. There is possiblity that those drones carry sub-drones that can use hydrogen as fuel. That means that those drones can create. The hydrogen for those flying or underwater swarming drones. By using electrolysis. There is also a possibility. That, quite soon, we will see full-size submarine drones. They might carry supercomputers for running algorithms. The large size, nuclear-powered drone can operate in the same missions as a manned submarine. 

Those drones can operate on hydrogen-powered versions of the Shahed drones or their jet-powered variants. The drone can use hydrogen in the fuel cell. Or it can use hydrogen-powered ramjet engines. In that case, the hypersonic drone or missile must be launched. From the platform, using a rocket, which accelerates the drone to a speed of about Mach 1.

And of course, hydrogen can be used as fuel for the regular piston engines. But, if the thing. Like. An aircraft carrier can have hydrogen-powered aircraft or an air wing. It can create hydrogen from water. By using electrolysis. That gives unlimited operational capacity to those aircraft. 

https://interestingengineering.com/military/unmanned-ships-with-most-advanced-autonomy-us

https://interestingengineering.com/military/us-uncrewed-surface-vessel-warfare-power

https://interestingengineering.com/videos/this-drone-runs-on-hydrogen-and-its-fighting-in-donbas

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

https://en.wikipedia.org/wiki/Ghost_Shark_(submarine)

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

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

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

The robot just learned to talk by watching YouTube videos.

“Hod Lipson and his team have created a robot that, for the first time, is able to learn facial lip motions for tasks such as speech and singing. Credit: Jane Nisselson/ Columbia Engineering” (ScitechDaily, This Robot Learned to Talk by Watching Humans on YouTube)

This is the fast advance to self- or automatically learning systems. Those systems can learn things by watching YouTube or regular TV. And that means those systems can learn many things automatically. The robot that learned to talk by watching videos just followed the movements of the mouth. And then it could benefit the speech-to-text application. These. Various methods can be used. To create an autonomous learning system for every kind of mission. The robot can follow how humans move, and then mimic those movements in its own body. 

This means that. The robot can learn things like kung fu. By following what people make in videos. The robot doesn’t need any special application. It can just follow the screen by using its action cameras. And this means. Any film is suitable teaching material for those robots. The CCD action camera automatically transforms anything that the AI sees into digital form. And that can open new paths for the self-learning systems. The AI can learn things like tactics. Just by following the things that commanders mark on their screens and maps. 

The system can use regular CCTV cameras. And that is one of the biggest threats to national security. The AI can use things that it learn as a data matrix for highly advanced simulations. And then another AI tries to create. A counter-tactic. Against those tactics. Any platform that the AI can see can act as the teaching platform. The autonomous learning protocol can mean that the AI learns things that bring big surprises to the game. 

General Dynamics X-62 Vista is the system. That is used for the AI training. 

When the robot operates in automatic mode. The thing. That's it, see. Or hears or feels acts as a trigger. If there is a match with something that the robot senses in the database, that trigger activates the action that the robot should use when it faces that kind of situation. If somebody says “hi”. The system finds a trigger that activates a certain database connection. The system can answer “hi”. But the fact is that robots will not think. The trigger. That is a certain action. That activates a certain database. The fact is that this means the same thing as “hi” can activate almost any kind of action series. And that means the robot makes things that are programmed into its memories. And that can give good topics for some horror movies. 

Automatic learning means. The system can learn things. That is hidden from system operators. When we talk about the robot jet fighters, the systems learn by using the movement. That the pilots make. For making an operational data matrix. The system learns from every operation that the jet fighter or bomber makes. But. Robot fighters can also learn things. In a similar way to the robot that is watching YouTube videos. The machine eye can observe how the jet fighters behave in films. The fact is that training the AI is not an easy thing. But when the AI is trained. It's quite a cheap tool. This means that the AI can be driven to the kamikaze drones. 

Training the AI for driving. For giving customer service and flying. Is similar. To teach humans. The system records things. That the driver or controller makes in each situation. Then those actions are stored in a data matrix. When the computer sees the match. For a certain operation. That thing activates the operation. And that is the difference between humans and robots. The robot doesn’t think. It just searches for matches. With some databases. This means that the robot doesn’t actually know what it does. It finds the right series of movements from a database that the trigger. like the action that the robot sees launches. 

https://www.indiatimes.com/technology/news/us-military-is-testing-an-autonomous-fighter-jet-are-robot-soldiers-next/articleshow/126931421.html

https://scitechdaily.com/this-robot-learned-to-talk-by-watching-humans-on-youtube/

https://en.wikipedia.org/wiki/General_Dynamics_X-62_VISTA

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

FP-5 Flamingo: poor man’s cruise missile.

The Ukrainian FP-5 Flamingo is an example of the ability to create a cheap cruise missile using spare parts. The large-sized drone has the capability to target locations up to 3,500 km away from the launch site. The drone itself is not very high-tech. It has an infrared camera. That helps to aim it at the target. The fact is that the IR sensor. It might be connected to the AI-based system, which helps the missile to recognize the target. Or. The agents can use. Some kind of small drone. With an infrared LED to mark the target for that missile. 

The missile requires only the location of the launching point. And then the missile can be used. An inertial navigation system with GPS. Then, in the last part of the journey. The missile starts to use an IR sensor. The system can actually operate with the same guidance system as the famous Javelin missile. Javelin is a much smaller anti-tank weapon. But the same programs and computers can be used in larger missiles. 

Those large missiles can carry large warheads. But they can also carry cluster or small kamikaze drones to target areas. The FP-5 Flamingo can also carry things. Like other missiles. Those missiles can take out radars. The large drone can also carry some kind of ECM systems. The warhead is about. 1000 kg-class high explosive. 

The FP-5 Flamingo might seem quite an easy target. But. We know that there are lots of things. That is not told about that weapon. Things. Like, its homing and target-seeking protocols are not published. The AI can give it the ability to make evasive maneuvers. But that is guessing. The fact is this. If those missiles are so easy targets, why do they not fail their missions? Another thing is that. Those missiles are an example. Of how fast the drone’s R&D cycle is.

https://en.wikipedia.org/wiki/FP-5_Flamingo

A robot that “thinks before” can revolutionize robotics.

“As labor shortages push agriculture toward automation, harvesting delicate, clustered fruits like tomatoes remains a major challenge for robots. Researchers have now developed a system that allows robots to assess how easy a tomato is to pick before acting, using visual cues and probabilistic decision-making. Credit: SciTechDaily.com. A scientist has explained why robots still struggle to pick tomatoes.” (ScitechDaily, Robots That “Think Before They Pick” Could Transform Tomato Farming)

For picking up tomatoes, the robot requires precise algorithms to act. The pressure of the compression force must be absolutely right. If that force is too strong, the robot destroys the tomato. Another thing is that those robot hand movements must be precise and correct. If those movements are wrong, the robot throws those tomatoes past the bucket. The robot must also recognize a tomato and leave the rest of the plant in its place. 

“Labor shortages in agriculture are driving growing interest in robotic systems that can automate harvesting. Yet some crops remain especially challenging for machines. Tomatoes, for example, grow in clusters, meaning robots must identify and remove only the ripe fruit while leaving unripe tomatoes attached to the vine. Doing this reliably requires careful judgment and precise control.”(ScitechDaily, Robots That “Think Before They Pick” Could Transform Tomato Farming)

A robot that thinks before it acts is the new tool. The robot that picks up things. Like tomatoes require the ability to recognize the object. That it should pick. Then the system must calculate the force it needs to take tomatoes and put them into a box without harming them. This is the thing. That might revolutionize. Many things in robotics. The robot that thinks before it acts can make things better. It can decrease. The use of fuel. If it controls vehicles. The robot can calculate the most economical route and the time. When it's best to go. 

The same model that the system uses for picking tomatoes is required in almost all missions. The ability to adjust things. Like pressure and turning force make robots more flexible. This is also important in places like car factories, where the system. Should make. Many different types of vehicles. Using the same assembly line. The ability to create. Many different vehicles. 

The same assembly line makes production more flexible. If the system operator must write that the need for production is 5 jeeps and 7 pickups. And the first 3 vehicles. Two pickups and one jeep. Should. Be transported to different places than the rest of the series. AI makes it possible for the system. That makes the first series first. This means that it makes pickups and a jeep as a mixed series. Then it loads the first series to the transportation. These kinds of things can make production and transportation more flexible. 

https://scitechdaily.com/robots-that-think-before-they-pick-could-transform-tomato-farming/

If the Wright brothers believed Lord Kelvin. Maybe we would not have aircraft.

If the Wright brothers believed Lord Kelvin. Maybe we would not have aircraft.

Image on the top. Introduces the Wright Flyer, 1909 model. This primitive aircraft was the first military aircraft in the world. 

Sometimes people think that computers will make people creative. This thing is not the entire truth. Computers can help or assist creativity because they are effective tools for searching data. The computer can act as a book, and people can search for data using computers. But theoretically, that creative person could find the same information from paper books. There are, of course,exceptions. Like the ICT sector. These people develop new things. In a very fast cycle. 

And that means. Those books written about those topics might be old-fashioned when they come to bookstores. Another thing is the information. That is in the old books. Might be old-fashioned. Or bases in old models. One of the examples that we could mention. In that case. Is Lord Kelvin. 

In 1895. An eminent scientist, Lord Kelvin, said. That an airplane was impossible. But in 1903, Wilbur and Orville Wright made the first flight using an aircraft with an engine. This flight. It was. An demostration. That even the best scientists can be wrong. The thing that made this flight possible was the knowledge that those wings must create low pressure on the upper side of the wing. 

The Wright Flyer, 1903 model. Stabilizers are at the front of the aircraft. And maybe. That design could someday return. The system. That can use those kinds of designs. They are the ion systems; their air will be ionized at the front of the craft. Then the magnetic accelerators pull them against the wings. And that can be a fundamental advance for VTOL, Vertical take-off. And landing aircraft. 

Normal wings create that low pressure when the aircraft moves forward. In that case. The form of the wing causes the air to flow faster over the wing than. It travels below the wing. Many ways have been tested to turn the difference between pressures. Below and up the wing deeper. When there is high pressure under the wing, and low pressure over the wing. That raises the aircraft up from the ground at lower speeds than normally. 

The diagram of the Wright Flyer. 

But. There is a possibility. To use ion technology to pull aircraft up from the ground. The idea is that the ion technology makes air flow against the wing using ions. The nose of the aircraft uses an ionizer, and the positive magnetic system with accelerators puts a gas flow to move over the wing. This means that ion flow over or around the wing replaces the speed of the aircraft. 

Or it should make the overpressure below the wing. This is one of the things. Those are the principles of aerodynamics.  There are many exotic. More or less successful ways to pull aircraft from the airfield. There are made tests. About the acoustic and ion systems, which create low pressure over the wing. In some fundamental systems, the system creates low pressure over the wings by warming the overlayer. The rising air creates. 

The low pressure. Using the rising air. Another version is to create. The air pillar under the plane is using extremely cold gas. The extremely low gas pulls air under the craft. The third version is the acoustic tornado that is above the craft. The idea is that. The acoustic system creates a tornado above the aircraft. And that pulls the aircraft up. 

https://airandspace.si.edu/collection-objects/1909-wright-military-flyer/nasm_A19120001000

https://bigthink.com/business/how-to-be-as-innovative-as-the-wright-brothers-no-computers-required/

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

Project HARP (High Altitude Research Project)

“HARP 16-inch (410 mm) gun at its test site in Barbados (Coordinates: 13°4′38.3″N 59°28′32.48″W)” (Wikipedia, Project HARP)

Project HARP was planned to create a cannon. That should launch miniature satellites into orbit. The idea was Canadian weapon expert Gerald Bull, and sometimes people say that the HARP was some kind of obsession. To Bull, who finally sold the idea of the super cannon to Saddam Hussein. The thing is that Saddam Hussein really planned to make that cannon, using the name “Babylon cannon” for that terrifying weapon. The HARP itself was not a military project. But it could be easily modified to shoot 16-inch grenades or atomic grenades. 

The vital parts of that cannon were seized by British customs, and a group of bullets ended Gerald Bull’s life and career in Brussels in 1990. The HARP project or its remnants are visible in Barbados. The HARP size was 410 mm, or 16 inches. 

The reason for. Why that project was cancelled was probably that this cannon was too destructive. The HARP cannon could use rocket-assisted projectiles, and that made it more like a super bazooka than some cannon. 

“M65 Atomic canon. Picture taken by myself, Mark Pellegrini, at the United States Army Ordnance Museum (Aberdeen Proving Ground, MD) on June 12, 2007.” (Wikipedia, M65 atomic cannon)

The rocket ammunition could give a very good rate of fire for that cannon. Also, the magnetic accelerators could increase the cannon's muzzle velocity. In some other models. The system could have a turbine or a propeller around that barrel. The idea was that the propeller creates a tornado or air channel around the barrel. And that thing allows the projectile fly longer. 

This thing could offer a good. And a cheap way to launch miniature satellites to low orbit. This kind of system. It can also be used to send killer satellites to low orbit. 

“W9 280mm Artillery Fired Atomic Projectile”(Wikipedia, W9 (nuclear warhead))

But then why is that system so deadly?

The answer is that the 280 mm version of the HARP cannon can launch the atomic ammunition. The 280 mm cannon called “Atomic Annie” launched a 15 kt nuclear grenade in the operation Upshot Knothole’s test Grable. This thing means that if the HARP could fire 2-3 atomic grenades in a minute, that cannon could destroy an entire army alone.

 Also, those nuclear grenades would use a very high-power EMP pulse if they detonate at the ionosphere. The fact is that those nuclear grenades are very hard targets for defense. The HARP was larger than the Atomic Annie. And it could easily shoot those nuclear grenades. If the magnetic acceleration system could accelerate those smaller grenades, they could fly a very long distance. 

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

https://en.wikipedia.org/wiki/M65_atomic_cannon

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

https://en.wikipedia.org/wiki/Upshot%E2%80%93Knothole_Grable

https://en.wikipedia.org/wiki/W9_(nuclear_warhead)

Modern Frankenstein: living computers.

“ Researchers are uncovering ways that fungi can process and retain electrical information. The work points toward a radically different approach to computing (Artist’s concept). Credit: SciTechDaily.com” (ScitechDaily, Scientists Create Living Computers Powered by Mushrooms)

Living computers: what is the difference between life and machine? 

A Brain in a Vat is a thought experiment. Of the brain that lives under a glass dome in the laboratory. That brain communicates with computers using microchips that Elon Musk and his company are developing. Those brains observe their environment through the surveillance systems. And that tha causes an interesting idea about the robot that is controlled by living neurons. This thing means that the robot body and its sensors are connected to living neural tissue. 

The mushroom gives energy and power for new biological microchips. And that thing makes the new morphing networks possible. Mycellium networks can fix themselves. If they face some kind of damage. The mushroom-powered computers are promising tools for highly advanced computing. The thing. That mycelium networks can act as computers is one of the most interesting ideas that we can imagine. When we think about things like neural networks and thinking computers, we can imagine the networks where the mycelium can give electricity to microchips. But. There are more advanced visions about that kind of machine. 

The living computers can be at least as intelligent as humans. Researchers develop “mini brains” on the nutrient bed. Those neurons are created using cloning technology. By using genetic engineering. It's possible to create a lot of neurons in a short period. Bioprinting systems can create full-scale human brains in quite a short period. Those brains might not look like human brains. They can be platforms. There are the same number of neurons as in human brains. The system requires nine layers. The cortex, midbrain, and the system are the vertical data processing structures. The system needs three. Of those three-layer groups to act like the human brain. Two main structures mimic the cerebrum, and the smaller part acts as the cerebellum. 

“A brain in a vat” (Wikipedia, Brain in a vat)

And it's possible. To interconnect those mini-brains under one neural network. And of course, mycelium can be used to interconnect those mini-brains together. Mycelium can also feed those neurons. The system can be used. The AI encodes and decodes information that it transfers between the living layer and the computer. And the computer can program those neurons. 

The mycelium can simply feed neurons that are growing on the nutrient bed. This means that the mushroom can deliver nutrients into the brain in the vat. In some visions. The living brains. On the life support platform. The brain can get its nutrients from the fungi. These kinds of systems can be more intelligent than humans ever can be. These kinds of systems allow researchers to connect living brains with robot bodies. And maybe the next-generation cyborgs are robots. They are using living brains to control their operations. The brain structure communicates with the AI by using the BCI (Brain-Computer Interface). 

These kinds of systems can make it possible to create a real-life Darth Vader. The robot's body must have a system that gives nutrients to the brain. Then there must be a system that turns nutrients suitable for bone marrow in the tank. The bone marrow creates artificial blood and immune cells whose mission is to protect living brain tissue. These kinds of systems are modern Frankenstein. They are terrifying but possible to create. Hybridization with machines and computers. Are opening visions, and all of them are not bright. But as we know, the brightest minds have darkest shadows. 

https://scitechdaily.com/mini-brains-uncover-a-hidden-protein-that-may-spark-dementia/

https://scitechdaily.com/scientists-create-living-computers-powered-by-mushrooms/

https://scitechdaily.com/scientists-grow-mini-brains-in-the-lab-find-potential-treatment-path-for-fatal-neurological-disease/

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

Drones with sub-missiles are tools that require new attention.

RQ-4 Reaper

The Russian Shahed-136 drones are equipped with MANPADS (Man-Portable Air-Defense Systems) missiles. And that thing can increase their operational capacity. This can cause problems for helicopters. Those are missioned. To shoot down those drones. The air-to-air, or ARM (anti-radiation missiles). Mounting to the drones can increase their survivability. So those drones can also take out targets like air-defense radars. 

And the anti-radiation missiles. They can also be dangerous. To the AEW (Airborne Early Warning Aircraft) if they scan some areas. Even if a small-sized ARM missile hits the scanning radar, it can cause damage to the aircraft's body. 

“Iranian Karrar fighter drone, from which Russia copied its Geran-5 / Open source photo” (Defense Express, Russia Copies Iranian Karrar Drone as Geran-5, Plans to Arm It With Air-to-Air Missiles)

There is a warning that Russian Geran-5 drones can be air-launched. Those drones can also give extended capacity to Su-30 and other attack aircraft. The kamikaze-drone. With an air-to-air missile. It can cause damage to other jet fighters. And that can cause problems for Ukraine. The MANPADS missile is not a very large thing. But it can damage the jet fighter’s structure. And that can cause problems for air defense. And at least. Potential danger to jet fighters. That pilot must be more careful. In their missions. 

The Geran-5 is actually a copy of the Iranian Karrar missile. And Russians plan to equip it with the R-23 Air-to-Air missiles. That can increase their ability to destroy enemy targets. And these kinds of systems. They can become more common. In other countries' arsenals. 

The XQ-58 Valkyrie (TWZ, Marine XQ-58 Valkyries Will Launch Via Rockets Or Runways)

Another thing is that. The new drones. Like XQ-58 Valkyrie. They can be rocket-or runway-launched. This gives them fast-reaction capacity. And those drones can carry the Air-to-Air missiles. The Valkyrie-type drones can have an advanced AI-controlled strike. And reconnaissance capacity with external mission kits or internal warheads. 

And those systems can be effective at least against helicopters. They bring a new tool to the battlefield. Those drones. They can also cooperate with manned aircraft. The manned aircraft can fly behind those drones and communicate with them using the laser data links. The mission of those drones can be used as a “shooting target”. 

The mission is to cover more expensive systems. If those drones are equipped with the ARM and other attack missiles, the radar must shut down. And that makes the air defense unable to operate. There are many times told. How vulnerable. The remote-controlled drones are against the jammer systems. The problem with jammer systems is that. It sends radiation. And that makes those jammers vulnerable to anti-radiation missiles. So, one of the purposes of those systems can be. To take out the jammer stations. The anti-radiation missiles can also take out communication outposts. And they are also dangerous. Against military men, if they use radios. 

https://en.defence-ua.com/news/russia_copies_iranian_karrar_drone_as_geran_5_plans_to_arm_it_with_air_to_air_missiles-17127.html

https://www.twz.com/air/marine-xq-58-valkyries-with-landing-gear-will-launch-via-rockets-or-runways

https://www.twz.com/air/russias-new-geran-5-long-range-kamikaze-drone-could-be-air-launched

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

https://en.wikipedia.org/wiki/HESA_Shahed_136

A couple of external links.

https://futuristicideas6.wordpress.com/contrast-can-explain-why-we-cannot-see-dark-matter/

https://futuristicideas6.wordpress.com/contrast-can-explain-why-we-cannot-see-dark-matter/

https://futuristicideas6.wordpress.com/2026/01/13/futuristic-computers-transmit-information-to-the-fourth-dimension/

https://futuristicideas6.wordpress.com/futuristic-computers-transmit-information-to-the-fourth-dimension/