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BIG_BANG_ENTROPY

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भौतिक SDR शोर से सच्ची रैंडमनेस जनरेटर

Big Bang Entropy turns real-world physical phenomena into high-entropy binary streams with SDR sampling, SHA-512 conditioning, and statistical quality tests.

1. Physical noise and SDR sampling

Physical entropy sources (TRNG) measure nondeterministic natural phenomena instead of relying only on mathematical PRNG algorithms.

Nodes analyze I/Q signal power and extract micro-fluctuations from the least significant ADC bits.

2. Cryptographic whitening (SHA-512)

Raw radio noise can contain bias, so bytes are conditioned with SHA-512 and von Neumann-style mixing.

EntropyPool = SHA-512(Raw_SDR_Samples || Timestamp || Counter)

3. Quality tests: Dieharder, ENT, and rngtest

Entropy blocks are checked with monobit, runs, autocorrelation, 0/1 balance, FIPS 140-2, and Dieharder-style tests.

View current statistical reports ->

4. Mix entropy with system CSPRNG

A cryptographic best practice is to feed local `/dev/urandom` with external entropy bytes:

curl -s "https://entropy.sparksome.pl/raw?bytes=512" > /dev/urandom