The future of robots might be more interesting than we ever imagine.

Emotional robots can act as nurses. But they can be the next-generation tools for intelligence and law enforcement. The official name for the robot that looks like a human is an android. We could call the human-looking robots "virtual humans". 

Virtual emotions are making robots feel like a human. And the human-like robot can make many things that are impossible for humans. 

The physical robot can act as an external body for its controllers. And in that case, the robot has the same IQ level as its controller. There is the possibility that the robot is hybrid-controlled. In routine missions robot uses autopilot. 

But in special cases, like in a new mission environment. The controller will make the robot for the first time make its mission. The robot records that mission and then it can make the job independently. 

But the AI-controlled robots can use virtual workspaces for making the first-time routine. The problem with physical robots is that they can be dangerous in the wrong hands. The physical, human-looking robot can same weapons as humans. 

And that makes them a little bit dangerous because criminals can make remote-controlled bank robberies by using that kind of system. When we are thinking of things like cleaner robots. Those systems can have the "shadow protocol" that makes them transmit data to third parties. 

Robots, especially AI-controlled robots that can show virtual emotions are incredible machines. Those robots are created for nursery work, but also intelligence, law enforcement, and other security agencies can be interested in human-looking robots with individual nature.  

The robot can have virtual emotions and virtual characters. In those virtual emotional systems, each robot has a different individual style for discussion with people. Different variables can make the robot look angry, sad, or something like that. Every single robot can have different variables that can make it speak louder. 

But when we are thinking about physical robots we are facing one thing. The robot is the physical tool for the AI. And things, like 5G networks allows robot body to connect themselves with computer centers. The robot can have access to the Chat GPT-style artificial intelligence. That makes it able to speak with people. 

Each robot can have different details in its programming. And that thing makes them feel like an individual. 

The robot can feel very realistic. But the fact is that the robot is only the physical part of highly advanced artificial intelligence. When we are thinking about robots, they might look and feel like real humans. But the fact is that they are machines. Those human-looking robots can play chess with real people if they have access chess program. 

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The new integrated data security requires hardware and software-based solutions.

New nanotechnology makes it possible to hack computers, even if they are off the internet. The cyborg bug or small robot can carry a microchip to the microcircuit. And then, the system can put that microchip on the wire or microprocessor. 

The microchip can record and transmit information to the relay station that resends to the satellites or the internet. Even if that microchip doesn't have powerful data transmitters, the system can use a chain of miniature relay stations that transmit data to the drone or a fixed station that can be a cell phone that communicates with those microchips by using BlueTooth. 

Those microchips can also transmit electromagnetic impulses to wires. And they can use to deliver computer viruses or spyware to polluted computers. 

If we think of the traditional locking system. The AI can easily make copies of the physical keys. The AI-based camera just photographs the keys, and then it can measure the length of the key. The system can also use sonar or laser scanners. And then, it can transmit that data to the CAM (Computer-Aided Manufacturing) system. 

That system can involve a 3D printer and machine tools. There is the possibility that the attackers have laser systems that they can use to finish the job. Modern burglaries can work for governments. And in that case, they can have high-tech support systems. 

The fact is that the wrong microchips can cause a very bad situation. There is a possibility that those microchips are equipped with logic bombs. In that case, those systems can deliver computer viruses to the system. Or they can transmit information that flows through them to a third party.  

And even if those microchips don't carry malicious code to the targeted system. They can cause very big risks. If hostile forces know the resonance frequency of those microchips. They can use acoustic weapons to make physical damage to microchips. That causes oscillation and breaks the core of the microchip. 

The data security of tomorrow must base the solutions that are hard to break. When we think about things like electronic locks there is the possibility that in the future, cell phones with biometric recognition systems can use to open electronic locks. 

But when the telephone communicates with locks it must use a very fast algorithm. The recognition algorithm can be unique. And that makes it easy to track the device. That code is used for authorized access in physical or software-based systems. 

The burst of code, hidden in empty code makes it difficult to steal the key. When the telephone starts transmitting it sends an "empty code". Then the key code is hidden in that message. The next-generation systems are not just denying access. It stores the unauthorized keys in memory, and that defender can find out where the attacker stole the code. 

https://scitechdaily.com/the-security-system-of-the-future-electronic-devices-could-use-logic-locks-to-fend-off-malicious-attacks/

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