New ramjet fuel can boost the offensive and defensive systems.

“The approach marks an essential risk reduction step in enabling solid fuel ramjet propulsion to help close a critical performance and cost gap. (Representational image)” (Interesting Engineering, Next-gen ramjet fuel propulsion system for future offensive, defensive missions tested)

A big problem. With ramjet technology. It’s that the ramjet engine cannot start in a static position. The system requires speed. About Mach 1 to ignite the engine. The engine itself has no compressors. The normal way is to launch those aircraft and missiles from another aircraft. Or the rocket accelerates the plane to the needed speed.  There is a possibility. To use rockets or jetpacks. The jetpack is a normal jet engine. That accelerates the ramjet-driven aircraft to the speed that it needs. When the ramjet is started. The jetpack can be separated. Or the system. It can close airflow into the turbine.  Basically, the jet fighter. It can pull the ramjet-driven system. Into the needed speed. 

The other answer. It's the rocket ramjet. There is also the possibility of using a flap system. That system closes the engine inlet face when the speed is too low. Then the system uses compressors to inject air into the combustion chamber. When the speed of that rocket ramjet is high enough. The system opens the engine inlet. And lets the air flow in. There is also the possibility of using an ion system. 

To accelerate air to the needed speed. The system ionizes air. And then pulls it through the ramjet engine. The dual-mode ramjet (DMR). It can mean a ramjet. That can operate at low speeds. Or it can operate at high supersonic speeds. And speeds over Mach 7. The dual-mode system. It can have both. Ramjet and scramjet engines. The scramjet engine. It's the hypersonic ramjet. The ramjet engine accelerates the system. Into the needed speed. 

And then it starts to use the scramjet. Basically, the afterburner is the ramjet engine. That is behind the turbojet. Similarly, the scramjet can act as an afterburner for the ramjet. The scramjet can be installed next to the ramjet. Or a cone in the ramjet. Its mission is to slow the airflow. It must be burned. Or somehow detonated. If that cone can be turned into ash. The scramjet. It can be put after the ramjet. 

The new rotating-detonation engines (RDE). They can operate as both engine types. They can operate as scramjets and ramjets. 

The difference between a rocket and a ramjet is that a rocket uses internally stored oxygen. A ramjet engine takes oxygen from the air. So, if we replace the rocket engine with a ramjet. That gives those systems more range. The ramjet engine can store more fuel than a rocket. The big difference between a ramjet and a solid-fuel rocket is that the rocket fuel is like explosives. The problem is short burning time. The bright exhaust gas also helps to detect the missile. 

The ramjet engine. It can make it possible. To create new long-range ammunition. The ramjet-driven artillery shell. It can operate at long distances. Unlike rocket-propelled shells, the ramjet keeps pressure in the cannon lower. If it ignites after the grenade leaves the tube. 

The air-breathing ramjet can burn its fuel much longer. The exhaust gas is colder. And that makes it harder for the satellite to see the infrared signature of those engines. One of the main problems. With ramjet engines. It is this. They use gas or liquid fuel. Solid ramjet fuel. It gives the ability to store that fuel. In hypersonic systems.  The high-speed, hypersonic ramjet system can fly at very high altitudes. The speed of the system. It compresses air in the ramjet engine. 

The effect is the same. As in cases like the SR-71 “Blackbird”. The SR-71 can fly so high because of its shape. Its shape. It aims. The air cone or pressure wave into the jet engine compressors. Hypersonic ramjet-based systems can fly in the high stratosphere. But lower than satellites. And that system. It can use advanced stealth technology. The ramjet-driven miniature shuttle. It can be shot on a trajectory. By using a ballistic missile. Then that cruise missile dives back to the high atmosphere. 

“Simple ramjet operation, with Mach numbers of flow shown” (Wikipedia, Ramjet)

“Diagram of principle of operation of a scramjet engine.” (Wikipedia, Scramjet)

“Breakthrough Hypersonic Dual-Mode Ramjet with Rotating Detonation Combustion” (Nextbigfuture) 

SR-71

And starts its ramjet engines. The idea. For those missiles comes. From the Soviet era. Soviets tested or planned the missile. That rises as a high-speed ramjet-driven cruise missile into a high ballistic trajectory. Then that ramjet-driven stage falls back into the atmosphere. And starts its engines. The collapse of the Soviet Union ended those projects. The difference between that Soviet-era system and “Avangard” is that. Avangard is a glider. The hypersonic glider has no active engine system. But that Soviet-era system. It had an active engine system.

The dual-mode ramjet engine is the system. That is even more effective than a ramjet. A Dual Mode Ramjet (DMR) is a ramjet engine. It can operate in both subsonic and supersonic combustion modes. DMR operation. It can be. Obtained using a fixed geometry if the overall Mach number range is not too wide. Like Mach 4 to 8. 

The dual-mode ramjet (DMR) engine. It can also mean that. Those engines can operate in high-supersonic and hypersonic areas. If the Russian Zircon missile operates at Mach 8. That means. That missile. It needs. Dual-mode ramjets. Or the system must boost the speed that a scramjet requires using the regular rocket engine. Or could it be possible? That the Russians lied about the speed of that system? Could it be lower? If the missile flies at speeds of Mach 4-6. That requires only a ramjet engine. 

I think that.  At least the Russians thought. About the possibility. To install the hypersonic “Zircon” missiles on targets by using long-range ballistic missiles. The ballistic missile returns to the atmosphere far away from its target. And releases the ramjet-driven part into the atmosphere. Normally, those Russian hypersonic cruise missiles are launched from ships using a rocket stage. Then the missile starts. To use a scramjet or dual-mode ramjet. The simplest possible dual-mode ramjet engine. It means the ramjet engine with the scramjet afterburner. Simplest way. It's to put the scramjet separately in the missile or aircraft body. 

https://interestingengineering.com/innovation/ge-aerospace-hypersonic-dual-mode-ramjet

https://interestingengineering.com/military/next-gen-ramjet-fuel-propulsion-system

https://www.nextbigfuture.com/2023/12/breakthrough-hypersonic-dual-mode-ramjet-with-rotating-detonation-combustion.html

https://theaviationist.com/2023/12/16/ge-aerospace-demonstrates-hypersonic-dual-mode-ramjet/

https://timesofindia.indiatimes.com/defence/international/can-ukraine-stop-russias-zircon-missile-all-about-moscows-mach-9-hypersonic-weapon/articleshow/132276845.cms

https://en.wikipedia.org/wiki/3M22_Zircon

https://en.wikipedia.org/wiki/Avangard_(hypersonic_glide_vehicle)

https://en.wikipedia.org/wiki/Lockheed_SR-71_Blackbird

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

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

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

3D-printed ramjets and jet engines are an introduction to modern manufacturing systems.

3D printing technology. It can revolutionize hypersonic technology. And drone production. The new CAD/CAM (Computer Aided Design/Computer Aided Manufacturing) systems can manufacture any part if it has the right raw materials. The CAM technology. Means that the robotic printing system turns the CAD image straight into a product. 

3D printing technology is coming to jet engines. The new 3D printing systems with X-ray imaging are making it possible to create things like jet engines. By using those systems. The 3D-printed ramjet engines are tools. That can revolutionize drone and hypersonic technology. And these kinds of systems. That are container-sized, AI-controlled platforms that involve so-called vacuum work. The vacuum work means that those 3D printers can operate in a vacuum. The ability to create jet engines and parts for hypersonic missiles and drones. 

That can make many things possible. Operators can create spare parts for jet engines in hangars. The ability to print those systems. It turns drones’ prices low. In wildest dreams, the system. It can create drones in the operational areas. And that causes interesting thoughts. The ability to produce things like quadcopters remotely. Is a thing. 

That can be. The new tool for researchers and military operations. Only things that those systems require. They are the microchips. Highly advanced AI can search for raw materials from things like garbage. The system must only melt those things. Then it separates materials.  And then. It turns that raw material into metal and plastic wire. The vacuum system. It prevents. Organic materials from burning. The system can create trunks for quadcopters. 

"An artist's render of the 3D-printed Rampart engine."(IE)

That prevents air bubble formation in the printed object. Those printers use lasers, microwaves, and electric arcs to create high-temperature work. The system requires only the right materials. Those are small-sized systems. They can be transported into operational areas. And they can make things like spare parts for engines and weapons. The 3D printers can also create quadcopters. The fact is that. There are no limits to the size of the 3D printers. 

And this kind of system. They can print even ships or aircraft. There is no limit. For structures that 3D printers can make. The 3D printers. They can be mounted in quadcopters. And that can revolutionize repair work. The AI-controlled drone factories. They can offer the mass production of drones. The drone itself. It can be made of paper. If it must transport small things like small microphones. 

Drone factories. That can use auxiliary drones to search for raw materials. They are one step closer to Von Neumann factories. The self-replicating factories that can search for their raw materials. From nature. They can play a key role in terraforming planets. The drone factory that can make a copy of itself. It is the primary element in space exploration and terraforming planets like Venus. The drone factory. It can create drones. Equipped with carbon dioxide lasers. Those lasers should resonate. And destroy carbon dioxide atoms. 

The carbon dioxide-laser-equipped drones. They can make it possible to create the systems. That can destroy mine fields. The carbon dioxide lasers that are mounted in quadcopters. They can be game changers. The carbon dioxide lasers are the most powerful laser systems. They deliver their energy in the infrared range. This means that those systems deliver laser beams. That operate in the thermal area. Those laser-drones. They can be effective against combat material and human targets. Those drones can also cut holes in the hull of warships. The laser weapons can provide ultimate protection against drones and counter-drones. But those weapons can also give the same effect. As a rifle to target. 

https://interestingengineering.com/innovation/beehives-3d-printed-rampart-engine

https://www.twz.com/sponsored-content/3d-printing-engines-to-power-hypersonic-weapons-is-fast-becoming-a-reality

Plasma engines. The route to space planes and interplanetary flight.

“Plasma Jet Engines Could Revolutionize Aviation and End Fossil Fuel Dependency. (CREDIT: Freepik)” (BrighterSide, Next-generation jet engine converts electricity directly into thrust)

In a traditional jet engine, combustion causes the fuel to expand. And then that expansion pushes the aircraft forward. In plasma engines, electromagnetic radiation ionizes air, creating plasma. And then magnets can drive it backwards. This gives. An enormous speed to those ions. The plasma jet and plasma rocket. They are quite the same thing. The difference. Is in the way those engines take gas. That they need. The plasma jet engine takes air from the atmosphere. And then it expands that gas. The plasma rocket uses an internal propellant source. 

But it's possible that a plasma jet can transform into a plasma rocket. The transformation. It happens this way: the system just closes the hatch from the air inlet. And then starts to use its internal propellant storage. These kinds of systems. Their compressor blows air from the side of the engine chamber, which could make it possible to start regular ramjets on the ground. If there is an exhaust hatch and the ability to push air from the side. Makes it possible to launch the nuclear-powered aircraft. Similar to Project Pluto from the regular runways. The hatch at the front of the ramjet allows this system. To drive the exhaust gases to the back. The nuclear engine makes it possible. To create the space plane with unlimited operational time. 

The system. It can make plasma by using electromagnetic radiation. The ionization. At the front of the wing. And a magnetic system. That drives those ions over the wing. It makes the gas move faster above the wing. This causes lift force. Same way as the run on runways causes in the wings of regular aircraft. Same way there is suspicion that the tower. That is in the middle. Of certain saucer-shaped aerial phenomenon. It is meant for some kind of ion propulsion. The system can ionize air. And then drive it very fast over the upper side. Of that kind of saucer-shaped aerial vehicle. That system. It can generate lift-off force by using the ion flow above the craft. 

“Researchers have developed a prototype jet engine powered by microwave air plasmas, offering thrust without fossil fuels. (CREDIT: CC BY-SA 4.0)” (BrighterSide, Next-generation jet engine converts electricity directly into thrust). 

Could this UAP have a plasma engine? That puts gas to flow very fast above this device. Another possibility is that the system. It can have an internal double-propeller system. Like in Kamov-type helicopters. 

In some models, the system creates a ball-shaped plasma structure. Then magnets will drive the plasma forward. That plasma makes the system act like a sail. In this system, the plasma pushes the craft forward. This kind of system can give the craft an ability. To levitate silently.  And if the craft pushes plasma forward. That makes it possible to create aircraft that have no exhaust gases. A plasma engine that takes the gas that it needs from air can fly almost forever. This means those plasma aircraft with plasma jet engines can act as atmospheric satellites. 

They can fly for years. Plasma jet engines. They can also make it possible. To create small-sized drones that have no operational time limits. Because a plasma jet engine is very small. This makes it possible to create pocket-sized drones. That can fly with supersonic speed. The problem is with the power sources. The plasma jet engine requires nuclear power. Or it needs wireless high-voltage energy transfer. The use of traditional turbogenerators onboard the aircraft. 

They are impractical. The aircraft that uses plasma jet engines. They can fly. Also in space.  The plasma jet. It uses internal gas storage. It can transfer to use internal propellant that those systems drive into an expansion chamber. These kinds of space planes. They can make even interplanetary journeys. And operate in other planets' atmospheres. The system can fill its propellant tanks. By using the air that it pulls from the atmosphere. The compressor system can deliver that gas into the expansion chamber. Or it can transfer it into fuel storage. These kinds of space planes could travel to other planets. But they would not be as effective as pulsed plasma fusion systems. The manned interplanetary mission requires something more powerful. Like a so-called VASIMIR (Variable Specific Impulse Magnetoplasma Rocket) engine. 

The interplanetary system. It could generate plasma, or pulsed plasma. By using microwave or laser beams. NASA's innovative electromagnetic microwave propulsion system was the “regular” rocket engine. In that system. Microwaves cause expansion in the propellant. And that makes the system an electromagnetic rocket engine. But when we think about the hybrid systems. That connects the air-breathing plasma engines and plasma rockets. Unmanned interplanetary missions could use that kind of system. To take samples from gas giants like Jupiter and Saturn's atmosphere. If this kind of engine is mounted to SpaceX's Starship. That kind of nuclear-powered shuttle. It could take samples back from Mars to Earth. 

https://www.innovationnewsnetwork.com/the-power-of-plasma-propulsion-a-new-era-in-space-travel/60991/

https://timesofindia.indiatimes.com/science/nasas-new-plasma-engine-could-reduce-travel-time-to-mars/articleshow/130908505.cms

https://www.thebrighterside.news/post/next-generation-jet-engine-converts-electricity-directly-into-thrust/

https://en.wikipedia.org/wiki/Kamov_Ka-25

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

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

Laser weapons are coming.

Above: Spaceborne mirrors aim laser beams from Ground-based lasers. (DoD image)

The latest laser technology is represented in the Chinese laser system. That man-portable laser. That fits in a backpack is the tool that could shoot down drones. This means that the laser weapons. They are entering the battlefields. The man-portable laser. It is so small and compact. It can be installed on the roof of trucks, tanks, or jeeps. The AI-based camera system. It can search for drones. And aim that system. Into the drones. The system. It can be used with the same technology. 

That is used in the laser-based mosquito hunting system. The laser-based mosquito trap killed eight mosquitoes in a second. A small-sized compact laser system that uses that technology can shoot down drones. The same system that eliminates pests. It can eliminate drones. If the user knows how to train that system to find drones. And  its laser systems are more powerful.  

The Israeli Trophy system is the rifle-calibre system. That shoots bullets against incoming anti-tank missiles. Those active protection systems are used in tanks and other vehicles. The laser-based version of that system. It can protect aircraft, tanks, and other targets. Against incoming missiles, rockets, and other ammunition. The high-power laser can also be used against enemy  vehicles and troops. 

The high-power laser. That is installed in the high-flying aircraft or drone. It can be used against hypersonic missiles. And satellites. The laser system. It must only cause a small amount of damage to the nose of a hypersonic missile. And that rips the missile or aircraft into pieces. The high-power laser systems are always dangerous. The laser system that drops drones can be installed in drones, helicopters, or even in strategic bombers. The high-precision lasers can also destroy things like incoming bombs and shells. 

Above: Artist's impression of truck-mounted 100kw laser systems. 

This system. It can destroy incoming missiles. And that kind of laser system. They can protect. The high-flying bombers against the anti-aircraft missiles. Those systems. They can be tools. That protects things. Like the jet fighters. B-52, B-1, B-2, and B-21  bombers, helicopters, ships, and other ground vehicles from incoming drones or missiles. The active denial system. Can increase the elder aircraft. And tanks' survivability on the battlefield. 

When we think about things like orbital laser platforms. That purpose. It is to destroy intercontinental ballistic missiles. Those lasers. They will turn. Into very large and complicated things. The solution to that problem. It can be a modular system. There, the laser will be launched into orbit in pieces. Those bites are like satellites. And they can dock with each other, forming a chain. Those satellite chains. They can be kilometers long. 

Another version is that. The rocket. It can launch mirrors into space. The mirror chain.  It can aim ground-based high-energy laser beams precisely at the desired point. In those systems. The laser is on the ground. And it shoots its beams to spaceborne mirrors. Using the relay mirror. The relay mirror on the side, where the beam comes out from those ultra-powerful, kilometers-long lasers. They can aim those beams into the orbital mirrors. The smaller lasers can be mounted in the telescope towers. In those cases. The smaller lasers. They can act as groups. 

The laser weapons are suitable for anti-aircraft systems. But their weakness is that they cannot fire things. Those are behind obstacles like houses or hills. The answer to that problem. It can be found from drones. The drone can carry the mirror. That aims a laser beam precisely at the wanted point. Those small mirror drones. They can aim laser beams over or around obstacles. But as we know. High-energy lasers can also be used to detonate explosives. When those high-energy laser beams hit things like drones. Those systems. They can pump. A lot of energy. Into targets. And if that energy detonates those drones. The detonation. It can be very powerful. And throw shrapnel around. 

https://www.defensenews.com/land/2019/05/16/dynetics-lockheed-team-beats-out-raytheon-to-build-100-kilowatt-laser-weapon/

https://interestingengineering.com/ai-robotics/ai-eliminates-pests-real-time

https://interestingengineering.com/military/chinese-man-portable-laser-weapon

https://en.wikipedia.org/wiki/Trophy_(countermeasure)

The new 3D printer increases productivity and accuracy 70%.

“Holographic projection of a human ear model on a sample vial. Credit: 2026 Adrien Buttier/EPFL CC BY SA” (ScitechDaily, New Holographic 3D Printing Method Is 70x More Efficient)

The 3D printer systems can also assist other production methods. The 3D printing system. It can be used. To create the models for casting molds. The regular system prints material layer by layer. In regular casting technology. The 3D printer makes the object. And then the ceramic mold will be made around that thing. 

The new hologram-based printing system can make 3D printing even more accurate and effective. The growth of efficiency. It is about 70%. The system turns the hologram straight into a physical object. ScitechDaily describes this system like this. 

“The technology, known as tomographic volumetric additive manufacturing (TVAM), works more like a CT scan in reverse than a traditional 3D printer. Instead of stacking material one layer at a time. The TVAM system projects patterns of light. Into a rotating vial filled with photosensitive resin. Wherever enough light energy accumulates, the liquid rapidly solidifies into a complete 3D structure”. (ScitechDaily, New Holographic 3D Printing Method Is 70x More Efficient)

"During testing, the team produced millimeter-scale objects in seconds and centimeter-scale objects within minutes. The phase-controlled system also supports self-healing beams, allowing the printer to create more accurate structures in materials that scatter light, including those containing living cells." (ScitechDaily, New Holographic 3D Printing Method Is 70x More Efficient)

But the ability to use so-called.  Cold photo-reacting resin allows the system to drive living cells into the form. That operators want. The resin can carry living cells into the form. That. The operators want. And that thing could make it possible to create the organs and even limbs. 

And maybe in the future, that kind of system. They can make it possible to clone entire humans. In some futuristic visions, this kind of system can make interstellar voyages possible. The interstellar spacecraft carries. The humans whose genetic code is stored in a digital form. When that craft is close enough. The destination. The printer system transforms those digital creatures into a physical form. It creates cells and DNA that can be used to turn the digital model into a physical human. 

The resin could act as a mold. Those things. Like tissue printing systems can use. These kinds of systems. They can also. Make it possible to create more accurate molds and models for the regular metal-based 3D printers. 

The photosensitive resin can be used to create a test piece. That is used. For fitting the real pieces into the entirety, like machines. The photosensitive resin can also act. As the mold for the casting mold. The ceramic mold will be cast around those pieces. And this brings new accuracy for those systems. Even if some systems are made for some particular functions. There is also a possibility. To use those systems also for other purposes. 

https://scitechdaily.com/new-holographic-3d-printing-method-is-70x-more-efficient/

The new drone technology follows certain trends.

The “Lucas,” The U.S. copy of Shahed-136 drones. It is a tool. That has swarming ability. The new hiemind swarming ability tells how fast this technology advances. Those drones can be equipped with the seeker. That is used in Maverick missiles. And the AI that helps it fly to the target without the GPS. This kind of automatic drone can operate over long distances. The accuracy of those drones can be enough to destroy an individual aircraft. The success of the Ukrainian drone strikes forces countries to rethink their defense. 

The drone is cheap. It should be easy to jam. But for some reason. The jamming is not effective. Even a small drone that hits things. Like submarines, oil refineries or munitions depots can cause big damage. The drone is equipped with anti-tank warheads, like a remotely launched bazooka rocket. Can be used. Against the individual armoured cars. 

The adoption of new technology is always problematic. When new technology is adopted. That process requires information. And lots of training. 

The drone swarms will cooperate with airborne, surface, and underwater units. Those drone swarms can operate along with submarines. And the NAVY SEAL minisubs had an exercise to practice cooperation with unmanned underwater systems. This type of technology makes submarines and Navy special units more advanced and more effective. 

Still today. The miniature drones require a larger system to carry them to the operational area. But the drone swarm can also act as a bodyguard for larger submarines. The drone can send the signals. That makes it look like a full-size missile submarine. Drones can operate very close to each other. And that makes them look like a larger target than they are. 

The torpedo-carrying minisub or underwater kamikaze drones can attack enemy submarines. So that kind of system. They can turn the role of the larger submarines. And they make underwater operations more dangerous. The small-sized drone. These uses. A very small plutonium battery. They can operate underwater. And airborne virtually unlimitedly. This means that new quadcopters can operate underwater. And airborne. The only problem is that. What if those plutonium batteries fall into the wrong hands? 

The new drone delivery systems. Like Blitzbox, these are the tools. That can turn almost any vehicle or vessel. Things. Like, cargo planes can deliver those drones over the battlefield. Agents can also transport that kind of remotely controlled drone box deep behind lines. 

Nine U.S. destroyers have laser weapons to shoot down those drone swarms. But as we know, technology advances. The drone boxes that can wait in some backyard, masked as some regular container. It can cause terrible situations. And the line between civil drone swarms and the military killer drones is very thin. A Chinese company has created a drone container. That drone container is meant for the fireworks. But those systems are very easily transformed into military systems. 

https://www.twz.com/news-features/blitzbox-packs-100-weaponized-drones-into-an-unassuming-container

https://www.twz.com/sea/navy-working-on-teaming-seals-in-mini-submarines-with-underwater-drones

https://www.twz.com/air/u-s-militarys-lucas-kamikaze-drone-is-getting-hivemind-swarming-capability

https://warwingsdaily.com/china-unveils-a-containerized-drone-swarm-with-worrying-military-potential/

The algorithm solved complex problems in seconds.

 

"A new computational method reveals a faster way to explore intricate quantum systems, pointing toward emerging applications in next-generation computing. Credit: Stock" (ScitechDaily, Quantum Breakthrough: New Algorithm Solves “Impossible” Materials in Seconds)

The quantum system can be almost anything. The quantum pattern can be the CCTV camera. It can be the computer network. And if we want to expand the morphing neural networks. We can think. That subnetworks are like atoms in molecules. The system increases the size of the network coverage. by using the models of molecular growth. The non-centralized data processing. Means that there are no limits on the size of those networks. 

The AI, along with quantum computers, will take material research to the next level. The algorithm solves molecular functions in seconds and can control reactions with greater accuracy. But then we must ask whether that technology brings the quantum encryption apocalypse. So, if we ask. Can a quantum computer-based algorithm break your password in seconds? The answer is more complex than just “yes” or “no”. 

The quantum computer cannot break your password if it doesn’t have the needed information. The system can search for things. Like names of family members.  Favourite foods, or favourite movies, and try them to that password. Those things are most often used as passwords. But. The AI. Even without a quantum computer. Cannot automatically break the password. Things like a limit, how many errors the user can make. Protects the account. 

But the AI and algorithms can open messages that travel in the air. The system captures radio transmission. And then. It tries to open it by generating binary numbers that the system used to hide the ASCII codes. So the code-breaking catastrophe happens. Through the captured messages, not through the user account. 

But the other thing is this. Quantum computers and AI can collect data from multiple sources. Things. Like one paper that. The hacked security camera sees. It can open the path to the system. The system can use face recognition to uncover. The person’s identity. The system can search for people who often visit corporations that handle. Security classified material.

Then it connects that information with the other data matrices. It can try to find. That person’s identity. From public data sources like social media. The system can map the target’s positions by using the surveillance camera networks. AI agents can follow a person stealthily. And the camera must not even turn. The system can benefit from reflections. So, it must not have a visual line to the target. 

Then it must know the place. The image is taken. And then it must search. For the way the usernames are formed. Then it can try. That world with the username. 

The system can collect data about the targeted persons. And then if the person writes. Rarely things to paper. That means there is a higher possibility. That is the thing that person writes is a password. In other cases, the security camera can see. The screen of the computer. That used to change the password. This means that any kind of error in the data security is dangerous. 

https://scitechdaily.com/quantum-breakthrough-new-algorithm-solves-impossible-materials-in-seconds/

Drones can be more powerful than anybody expected.

All technical systems are entire. The manufacturing process and guidance systems are things that require small. And effective microchips. High-power, small-size, low-voltage microchips allow drones to run more complex algorithms than ever before. This is one of the things that causes grey hair for defenders. Even small-sized drones may have semi-active targeting systems. The idea is that the controller aims the camera at the target. And gives the attack order. 

After that, the drone locks its seeker to the target. This system can improve the optical-wire drone’s attack capacity. The operator can keep the wire connected to the drone. And then use its target camera to point at the target. Then the image recognition system locks the system and cuts the wire. The AI-based system can help drones avoid the fire. 

And attacks it. We can see that the use of drones is very versatile. The MQ-9 “Reaper” drones faced massive losses in Iran during operation “Epic Fury”. 24 of those drones are lost. That can mean. The MQ-9 has a mission. To pull enemy fire into them. And then stealth aircraft or some other systems attack those AA batteries. When the AA crew sees the MQ-9, there is no other possibility than to shoot. If Reaper sees the AA cannon and shoots its missile, the target will be eliminated. 

But this means that the next generation of drones is coming. Those drones are stealthy and far smaller than MQ-9. Or. Otherwise, they can be faster than MQ-9. That planned to operate in the airspace. Where there is no enemy fire. The slow. Push-propelled MQ-9 lacks stealth capacity. And that makes it vulnerable. Things like Chinese inventions that can generate electricity for small drones. It can make it possible. To create plasma-jet engine-based systems. They are very fast, small, low-cost, and easy to make. 

Geran-3

MQ-9 Reaper

U.S. Aircraft losses in operation “Epic Fury”. (TWZ)

One way to improve. The range of a drone is. To connect it to another drone.  The big drone can pull a smaller drone. But another thing is that. Things like solar-powered stealth drones can carry smaller strike drones to strike distances. Electric-powered solar-powered drones can have theoretically unlimited operational range. The only thing that limits those systems is the need for light. But remote charging systems can solve that problem. The small electric-powered drone. It can also use rocket auxiliary engines. When the drone is at the right distance, the system launches a rocket engine. That accelerates its speed. 

Those small drones can act. Like a bullet swarm. The shape of those systems can be similar to Geran-3, which uses jet engines. The Geran-3 can attack both airborne and ground targets from a very long distance. And we must remember that the Ukrainian operator hit the Shahed-drones in airspace that is 500 km from Ukraine. The thing is that. The new systems. That can include an after-burner using AI-boosted drones. 

Or a plasma jet engine using systems that can operate over very long distances can turn the drone war into the next generation. Fast-flying drones can hunt enemy planes and ground targets over long distances. And that means those systems can stalk aircraft near airfields. And when aircraft are ready to lift off. Or in the landing procedure, those drones can attack. 

The drone can affect the target itself. Or it can use things. Like GPS transmitters to the decks of warships. They can also drop those GPS locators in the ammo supplies. The drone itself can glue those transmitters to the point where they are invisible. The system. It can be a radio transmitter that helps munitions home to the target. This means that drones can be more dangerous than anyone expected. A drone can also drop things like eavesdropping tools to the enemy HQ. 

https://www.thebrighterside.news/post/next-generation-jet-engine-converts-electricity-directly-into-thrust/

https://defensemirror.com/news/39493/Russia_s_Geran_3_Jet_Powered_Kamikaze_Drone_Ready_for_Operations

https://interestingengineering.com/military/china-microwave-beam-recharges-drones

https://www.sustainability-times.com/research/the-end-of-jet-fuel-next-generation-engine-uses-electricity-alone-to-generate-thrust-in-historic-aerospace-breakthrough/

https://www.twz.com/air/operation-epic-fury-u-s-aircraft-losses-visualized

https://www.wionews.com/world/ukraine-claims-it-destroyed-russian-drones-from-distance-of-500-km-a-record-in-long-range-drone-warfare-1776759639898

The HAA (High Altitude Airship). As an atmospheric satellite.

Sceye's stratospheric airship.(Interesting Engineering)

The HAA (High Altitude Airship) can act as an atmospheric satellite. High-flying solar-powered airship could operate for over 12 hours. Or, the 12 hours is the time that those airships take to reach. But those tests are prepared to create systems that can operate for years. Those airships can cruise at a very high altitude. And collect information that their operators require. The value of those airships is realized in NATO. 

The airship that flies at a very high altitude can carry sensors, such as radars and cameras, that may help civil and military actors detect drone swarms, aircraft, and other objects, including wildfires. 

Those systems can observe and search for humans and vehicles. For both civil and military purposes. In law enforcement and intelligence work, the airship can use laser microphones. That allows them to hear things from inside the building. 

Many people think that a high-flying airship, which operates at the edge of space, is a good target for missiles. The fact is that those airships can be equipped with similar active protection systems. As tanks. Those systems can shoot bullets or laser beams at incoming missiles. The airship can also use a plasma stealth system. That system can cover the airship using plasma. And that makes those systems very hard to detect. The electric motor’s IR signature is very low. 

Kelluu is Finnish design. (Image: Kelluu corporation)

The airship can also deliver drone swarms to the area where it patrols. Those drones can carry sensors, like microphones, cameras, hydrophones, and sonar systems. Those systems can operate as an acoustic weapon.  As well as. They can also operate as kamikaze drones. Airship can drop torpedoes and underwater drones as well as regular quadcopters and other types of drones. 

The remote control. Or autonomous airship. It can also carry a space rocket to the edge of the atmosphere. The rocket. That has wings could be dropped to glide, and then the rocket ignites its engine. 

There might be many sizes of those atmospheric satellites. Some of them can be rugby-ball size. Some might be torpedo-size, and some of them could be the large-size zeppelins. There is a possibility of connecting the satellite with mylar balloons, filled with hydrogen. Those unmanned systems. Don’t need similar safety standards as manned systems. The air or oxygen. It must only be removed from the balloon. Then, a balloon can raise a satellite that can have the same missions as orbital systems. 

https://interestingengineering.com/innovation/new-solar-powered-airship-stays-airborne-for-12-days-at-52000-ft-altitude-in-test

https://kelluu.com/news/kelluu-raises-15mn-series-a-to-build-europes-persistent-aerial-intelligence-layer-and-strengthen-natos-surveillance-capabilities

Transporter gliders are coming back.

A rendering of a freighter plane pulling a cargo glider. (Aerolane) (Ttnews,Aerolane Seeks to Use Freighter Planes to Pull Cargo Gliders)

Large-sized gliders used in WWII to carry jeeps and cannons to airborne troops. Then those gliders disappeared. The new large-sized, wide-body cargo planes made those gliders unnecessary. And they left out the air. But the large-sized cargo gliders are making a comeback. Expensive gasoline makes those cargo planes a reasonable solution for decreasing costs in civil and military aviation. The glider that the cargo plane pulls behind it can decrease fuel use by over 60%. And those flying trucks are new tools for making new types of cargo systems. 

Gliders could also transport troops on the roofs of buildings. And they could carry things like equipment to the disaster areas. As well as. They could carry people and cargo to regular airfields. Those gliders can carry large structures through the air. And they can make a revolution for air cargo. Those gliders can be. The systems that are AI-controlled. So those systems don’t need pilots. 

But the fact is that. The aircraft can also pull jet fighters or cruise missiles behind it. Near the operational area, those fighters would be released. And that makes them operate. With more fuel. Then, if they would fly to that area by using their own engines. This technology has been tested in some parasitic jet fighter programs. The idea was that the escort fighters would travel under the wing, or be pulled by bombers. This would be the answer to the problem that those escort fighters had a far shorter combat radius than strategic bombers. 

“A German defense company has successfully tested an uncrewed cargo glider designed to support frontline military units, a technology that Tokyo is also exploring as it looks to bolster its capabilities in islands to the far southwest of the Japanese archipelago.” (SCMP, Can German stealth cargo gliders boost Japan’s remote island defence and logistics?) 

"Logistic Gliders Inc. tested a dozen prototype cargo gliders, deploying them from carrier aircraft and landing them in the desert. PHOTO: LOGISTIC GLIDERS INC." (IeeeSpectrum, Disposable Delivery Drones Undergo Successful Tests With U.S. Marines)

The Waco CG-4 Cargo glider was a typical cargo glider of World War II. (Wikipedia)

Shahed-131

MQ-9

The stealth cargo gliders can also act as weapons. The same system that carries cargo to a certain point. It, or its miniaturized version, could carry a warhead to a similar point. The aircraft could pull glide bombs behind them. 

Another thing that glider technology can give is the technology. There, one cruise missile pulls the other behind it. That could almost double the range of those weapons. 

The nuclear-powered drone. That uses. A Radioisotope thermoelectric generator (RTG). That system gives those drones an unlimited range. As a power source for the electric engine. This drone can pull another drone with a conventional engine behind it. Or the drone can pull things like cruise missiles behind it. This gives the missile. An extended operational radius. Things like Shahed-131-type. Drones can be equipped with RTG-driven electric engines. 

And they can pull another drone behind them. In some idea, RTG-powered MQ-9 Reaper-type drones are tools that can pull cruise missiles or Shader-131 drones behind them. Those systems can have a capacity for long-range operations. Those drones can have. The AI-based target recognition system. And the same seeker that is used in Hellfire missiles. 

https://www.aerolane.com/products

https://spectrum.ieee.org/disposable-delivery-drones-undergo-successful-tests-with-us-marines

https://www.scmp.com/week-asia/politics/article/3343528/can-german-stealth-cargo-gliders-boost-japans-remote-island-defence-and-logistics

https://www.ttnews.com/articles/aerolane-gliders-airfreight

https://www.twz.com/news-features/how-americas-shahed-136-clone-became-an-indispensible-weapon-of-war

https://en.wikipedia.org/wiki/General_Atomics_MQ-9_Reaper

https://en.wikipedia.org/wiki/Shahed_131

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

https://en.wikipedia.org/wiki/Waco_CG-4

A Chinese firm said that it tracked the U.S. B-2 bombers over Iran.

There is a possibility of using systems, such as optical telescope networks and ultra-sensitive microphones. Along with lidar and very thin, coherent radio signals to track stealth aircraft. The AI can collect and connect information from those sensors into one hub. The system bases the machine vision on the combination of the sensor networks. And those kinds of systems are very hard to jam. The system can also use satellites, or high-flying airships (”atmospheric satellites”) to detect stealth aircraft by using optical sensors and machine vision. 

The radar-based systems. They can see stealth bombers as a shadow against the ground. Or the system can use miniature satellites or atmospheric satellites in two layers. The network of those systems hovers above the land-based systems. The system sends coherent signals between those two layers. And if a stealth aircraft travels between them, it cuts the signals. 

The quantum radar and nano-technology-based “radio lasers” are tools. That can endanger stealth protection. The coherent thin radio signal could be hard to detect from its sides. This means that the fast-moving antenna can scan the sky. And those systems can be hard to detect. Passive, infrared, image recognition systems are also tools that can cause grey hair to stealth designers. The lidar systems can also use frequencies that military systems do not often scan. In some cases, the detector benefits the microparticles. When a stealth aircraft travels through. The microparticle cloud. It affects those particles. And the sensor sees that thing indirectly. Indirect observation uses a medium. Like air flows to detect a stealth aircraft. 

The system that shoots down the stealth aircraft can be a missile or a cannon, which is connected to a network of different sensors. Those systems can be used. The combination of lidar and optical machine vision-based sensors. Those missiles are not using a regular IR-signature to detect and destroy targets. They recognize the shape of the target. And this makes them hard to jam. Things like drone swarms that can block the route of the stealth bombers are also dangerous. If a low-flying stealth bomber hits those drones. That can cause fatal damage to the aircraft. 

https://interestingengineering.com/military/china-us-bombers-tracked-epic-fury