Quantum threat.

“As quantum computing moves closer to real-world use, researchers are beginning to question how secure these powerful machines truly are. Emerging work suggests that entirely new forms of risk may arise from the way quantum systems are built and operated, raising concerns that existing safeguards may not translate to this next generation of computing. Credit: Stock”. (ScitechDaily, The Quantum Security Problem No One Is Ready For)

The new threat from the quantum system is its superiority. The biggest difference between a quantum computer and a regular supercomputer is the quantum computer’s power. Another big difference is the quantum computer’s flexibility. In quantum computers, data is handled as a qubit. The qubit has multiple layers, or states. Each of those states can operate as an independent binary computer, or they can unite their strength. So, the quantum computer can transform its shape from an extremely powerful supercomputer into a morphing network that can multitask or perform multiple different operations simultaneously. 

The power of the quantum computers is enough to crack binary keys in minutes. Another. Problem. Is that. The attacking quantum system can make non-centralized attacks against other systems. This means that the system can control multiple physical or virtual systems, each with its own independent IP address, allowing for targeted attacks. This means that denying those attacks by blocking the attacking IP is very difficult. 

But. Even if the binary supercomputer takes years. To solve the complicated encryption algorithms. The quantum computer can make. The same. Complicated. Calculations in seconds. This means that the quantum computer can crack any code in minutes, if it has the right algorithm. This is the thing. That we call a quantum threat. The ultimate quantum systems are ultimate possibilities and ultimate threats. 

The most effective quantum systems that we can imagine. This is the quantum morphing neural network. In a quantum network, binary computers are replaced by quantum computers, and data transportation lines are replaced by quantum wires. This allows for the transport of information in the form of a qubit. In those systems, qubits operate in similar roles. As. Neurotransmitters operate in the human nervous system. Those systems could be even more powerful than we ever imagined. 

https://scitechdaily.com/the-quantum-security-problem-no-one-is-ready-for/