Many modern #blockchain platforms are built using very outdated #cryptographic algorithms that use the elliptic curve #algorithm.
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🔓 This method is very reliable, but if you find a linear discrete logarithm algorithm or select a key using a quantum computer, then the cryptographic strength is reduced to zero.
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⚙️ And if you find a linear algorithm a task that is almost impossible in modern technical realities, then quantum computers can easily cope with this task.
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❓ What solution does Relictum Pro offer?
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💡 Relictum Pro is a supplemented modification of SHA1-based hashing mathematics. The main advantage of it is in converting from 20 bytes to 32 bytes (256 bits). This gives a high crypto-stability, including from a promising quantum #computer. Regardless of the size of the input, SHA-1 always gives a 32-bytes #hash.
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🔹 Suppose that the message sent to you by the user, with standard #encryption algorithms, would take 15 bytes. In this case, it would be very easy to find it, simply by going through all possible solutions on a quantum computer.
⠀
🔐 However, expanding the message to 32 bytes would confuse the encryption search algorithm and, in all possible cases, would return an incorrect value.
⠀
✔️ Thus, Relictum Pro easily tackles the main blockchain problem with the advent of the quantum computer and provides the best cryptographic strength in the #industry.
⠀
📢 Learn more about the Relictum Pro project on our website: https://relictum.pro/
⠀
🔓 This method is very reliable, but if you find a linear discrete logarithm algorithm or select a key using a quantum computer, then the cryptographic strength is reduced to zero.
⠀
⚙️ And if you find a linear algorithm a task that is almost impossible in modern technical realities, then quantum computers can easily cope with this task.
⠀
❓ What solution does Relictum Pro offer?
⠀
💡 Relictum Pro is a supplemented modification of SHA1-based hashing mathematics. The main advantage of it is in converting from 20 bytes to 32 bytes (256 bits). This gives a high crypto-stability, including from a promising quantum #computer. Regardless of the size of the input, SHA-1 always gives a 32-bytes #hash.
⠀
🔹 Suppose that the message sent to you by the user, with standard #encryption algorithms, would take 15 bytes. In this case, it would be very easy to find it, simply by going through all possible solutions on a quantum computer.
⠀
🔐 However, expanding the message to 32 bytes would confuse the encryption search algorithm and, in all possible cases, would return an incorrect value.
⠀
✔️ Thus, Relictum Pro easily tackles the main blockchain problem with the advent of the quantum computer and provides the best cryptographic strength in the #industry.
⠀
📢 Learn more about the Relictum Pro project on our website: https://relictum.pro/
