A specialized laboratory is required for such a quantum computer. Not only does it need laser-generated (radiated) random numbers, but it also requires a quantum computer with a specific type of qubit optimized for Shor's algorithm, high-efficiency power supplies, sub-zero cooling with liquid nitrogen, and a fully controlled environment including air humidity..  The power required is about 3MW (like a train at full speed).

However, laser-generated random numbers are not directly tied to the security of ECDSA or most other cryptographic algorithms. Random number generation is a separate component of cryptography, essential for key generation and other cryptographic operations.

For example:
https://arxiv.org/pdf/2302.06639.pdf
This paper discusses related concepts.

Current IBM Quantum systems and other publicly available quantum computers do not possess the necessary hardware (such as arithmetic circuits) for "126+ logical qubits with error correction" (e.g., "Cat Qubits").

If someone were to achieve this, three-letter agencies would immediately recognize who accomplished it and they would know exactly where those researchers are located.  

in file very well virus

Guys Please try to make your own creative code whether C++ or python or if you are using even others code try to analyze it before running it on your device , being eager to get the prize may lead you to not getting after even getting the hex .

Statistically speaking, there must be another puzzle within 0.7% of the starting range—specifically, between 71 and 160. But which one?