Transparency

The randomness in a ScirDom draw comes from a certified entropy block, generated and rigorously tested before it is ever used. This page is the public record of the current block: its identity, the cryptographic values, test methodologies and the full test results.

Current entropy block

Active block

Block ID

EORM-2026-0004

Generated by Eormen

3 April 2026

Delivered file size

1,073,741,888 bytes total (1,073,741,824 bytes entropy payload + 64-byte trailer)

Engine

5.2.0

Current usage

0%

0% consumed

Bytes Remaining: 1,073,741,612

This block was generated and certified by Eormen under a separate internal generation process before being released for draw use. Eormen publishes these identification values and test results so that the randomness powering any draw can be independently checked.

Block identifiers

Data-only SHA-256

ce6d3d3cc48db56e3a8e5e45c3436403b988af3d09fbb4844e87d4573006ede2

Complete-file SHA-256

04bc1484aef7703097b66b843c99012716622be10c097695a5e0af0c4d08ab3b

Eormen block identifier

EORM-2026-0004

These values uniquely identify this block. The data-only hash covers the 1,073,741,824 bytes entropy payload and is the value referenced in every draw evidence pack. The complete-file hash covers the delivered file including the 64-byte trailer. The Eormen block identifier appears in all three validation reports, confirming they all refer to the same block.

GPG signatures

All files in Eormen’s public validation package carry detached signatures. The validation-package public key and a concise checking checklist are published below on this page.

✓ Signed

EORM-2026-0004 Validation Results

Eormen publishes the results of three test suites run on each block before it is delivered. Two are established external standards; the third is Eormen’s own full-block suite which examines every byte.

Dieharder Statistical Tests

Duke University Physics Department · Version 3.31.1

17 of 17 passed

The Dieharder suite applies a battery of statistical tests to the raw entropy stream, including birthday spacings, overlapping permutations, binary rank, bitstream analysis, and other well-established measures of randomness. It was developed by physicists at Duke University and is widely used in cryptography and scientific research.

Weak results: 0 · Failed results: 0

Birthday Spacings: Passed
Overlapping Permutations: Passed
Binary Rank (32x32): Passed
Binary Rank (6x8): Passed
Bitstream: Passed
Count the Ones (stream): Passed
Count the Ones (byte): Passed
Parking Lot: Passed
Minimum Distance (2D): Passed
Minimum Distance (3D): Passed
Squeeze: Passed
Runs: Passed
Runs (test 2): Passed
Craps: Passed
Craps (test 2): Passed
Marsaglia-Tsang GCD: Passed
Marsaglia-Tsang GCD (test 2): Passed

Read the full Dieharder test protocol

NIST SP800-22 Randomness Tests

US National Institute of Standards and Technology · 100% confidence

15 of 15 passed

The NIST SP800-22 suite is the US government’s official standard for evaluating whether data is truly random. It examines frequency distribution, run patterns, spectral properties, template matching, compression resistance, and other statistical characteristics. Each test must pass at 99% confidence.

Failed results: 0

Monobit (frequency): Passed
Frequency within Block: Passed
Runs: Passed
Longest Run of Ones: Passed
Binary Matrix Rank: Passed
Discrete Fourier Transform (spectral): Passed
Non-overlapping Template Matching: Passed
Overlapping Template Matching: Passed
Maurer's Universal Statistical: Passed
Linear Complexity: Passed
Serial: Passed
Approximate Entropy: Passed
Cumulative Sums: Passed
Random Excursions: Passed
Random Excursions Variant: Passed

Read the full NIST SP800-22 test protocol

Eormen Full-Block Validation

Eormen Validation Suite v6.1.0 · Every byte processed

All 8 categories passed

The Dieharder and NIST suites test a statistical sample of the block. Eormen’s own suite is different: it examines every single byte of the full 1 GiB with no sampling at all. It covers eight categories: frequency distribution, entropy measurement, correlation analysis, spectral analysis, pattern analysis, compression resistance, matrix rank, and chunk uniqueness. Only blocks that pass all eight are delivered.

Frequency Distribution: Chi-square p-value 0.905742 with maximum deviation 0.000006. Passed.
Entropy Measurement: Full-block Shannon entropy 8.000000 bits per byte, with observed range 7.999776 to 7.999865. Passed.
Correlation Analysis: Maximum absolute correlation 0.000060 across 17 tested lags, with 0 significant correlations. Passed.
Spectral Analysis: Spectral flatness 0.974376 with peak-to-average ratio 2.690062. Passed.
Pattern Analysis: Longest run length 32 bits with approximate entropy 9.000000. Passed.
Compression Resistance: Compression ratios were zlib 1.000305, bzip2 1.004424, and lzma 1.000050. Passed.
Matrix Rank: Chi-square p-value 0.005283 across 8,388,608 analysed matrices. Passed.
Chunk Uniqueness: Overall uniqueness score 1000 with 0 duplicate chunks across all tested sizes. Passed.

Read the full Eormen Full-Block validation protocol

EORM-2026-0004 Validation Files Package

Eormen delivers a public validation package with every certified entropy block. The download for EORM-2026-0004 opens into a root folder named after the block and contains the following structure:

Package root – EORM-2026-0004.bin.sig and public-key.asc. The certified entropy block itself is not distributed in the public validation package.
readme – README.txt and README.txt.sig. This is Eormen’s block data sheet and certificate of validation.
checksums – checksums.sha256 and checksums.sha256.sig. Use these to confirm that the published artefacts are unmodified.
dieharder-results – dieharder_results_EORM-2026-0004.json and its detached signature.
nist-sp800-22-results – nist_sp800-22_results_EORM-2026-0004.json and its detached signature.
eormen-validation-results – validation_results_EORM-2026-0004.json and its detached signature.

Download EORM-2026-0004 Validation Package

Check a validation-package signature

Choose the published validation-package file, upload the matching detached .sig file from the package, and ScirDom will check it against the authoritative current-block file and the published validation-package public key. This is limited to validation-package signatures only.

Entropy Block History

Every Eormen entropy block activated on ScirDom is listed here. Records are permanent; validation packages remain downloadable after a block is retired.

Block ID	Generated	Data-only SHA-256	Dieharder	NIST	Internal	Status
EORM-2026-0004	3 Apr 2026	ce6d3d3cc48db56e3a8e5e45c3436403b988af3d09fbb4844e87d4573006ede2	17/17	15/15	8/8	Active