Bangalore lunch with @ankraj2 from @riseinweb3 . Discussing the future of the Soroban communities in India.
10 Jan 2024, 10:38
Bangalore lunch with @ankraj2 from @riseinweb3 . Discussing the future of the Soroban communities in India! 🍲
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10 Jan 2024, 10:53
PRN vs QRN: Ozone Chain's Quantum Security
In cryptography, choosing between Pseudorandom Number Generators (PRNs) and Quantum Random Number Generators (QRNs) is pivotal. Ozone Chain, a blockchain leader, adopts QRN to redefine security.
1. Underlying Principles:
PRN: Uses deterministic algorithms, yielding predictable sequences.
QRN: Leverages quantum mechanics, ensuring inherent unpredictability.
2. Entropy and Unpredictability:
PRN: Offers limited unpredictability, producing the same sequence under identical conditions.
QRN: Uses quantum randomness for unparalleled entropy and unpredictability.
3. Security Considerations:
PRN: Vulnerable to predictive attacks if exposed.
QRN: Quantum unpredictability enhances security, safeguarding past and future outputs.
4. Applications:
PRN: Commonly used but susceptible to cryptographic vulnerabilities.
QRN: Ideal for applications requiring high cryptographic strength.
Read the full article:
PRN vs QRN: Ozone Chain's Quantum Security.
PRN vs QRN: Ozone Chain's Quantum Security
In cryptography, choosing between Pseudorandom Number Generators (PRNs) and Quantum Random Number Generators (QRNs) is pivotal. Ozone Chain, a blockchain leader, adopts QRN to redefine security.
1. Underlying Principles:
PRN: Uses deterministic algorithms, yielding predictable sequences.
QRN: Leverages quantum mechanics, ensuring inherent unpredictability.
2. Entropy and Unpredictability:
PRN: Offers limited unpredictability, producing the same sequence under identical conditions.
QRN: Uses quantum randomness for unparalleled entropy and unpredictability.
3. Security Considerations:
PRN: Vulnerable to predictive attacks if exposed.
QRN: Quantum unpredictability enhances security, safeguarding past and future outputs.
4. Applications:
PRN: Commonly used but susceptible to cryptographic vulnerabilities.
QRN: Ideal for applications requiring high cryptographic strength.
Read the full article: https://medium.com/@Ozone_chain/prn-vs-qrn-abde06d4694e