Live Sensor Stats
Transparent view of our hardware sensor — entropy output, statistical health, and validation results.
Preview. The pool metrics and chart on this page are illustrative samples. Public read-only telemetry endpoints are being wired up — until then, only the NIST Validation results below are based on production measurements. View the validation certificate →
01 Live Sensor Output
Byte distribution (last 60 s)
02 Pool Health
Total entropy generated
2.41 TB
since launch
Current pool size
128 MB
available now
Sensor uptime
99.94%
last 30 days
Avg daily output
8.2 GB
per node
03 Statistical Validation
NIST SP 800-22 Test Suite — Latest Run
Last run: 2026-05-08 · 100 MB sample · 188/188 test lines passed across 15 categories
| Test name | P-value | Verdict |
|---|---|---|
| Frequency (Monobit) | 0.7382 | PASS |
| Frequency within Block | 0.4951 | PASS |
| Runs | 0.6128 | PASS |
| Longest Run of Ones | 0.8245 | PASS |
| Binary Matrix Rank | 0.3017 | PASS |
| Discrete Fourier Transform | 0.5894 | PASS |
| Non-overlapping Template | 0.4471 | PASS |
| Overlapping Template | 0.6712 | PASS |
| Maurer's Universal | 0.5320 | PASS |
| Linear Complexity | 0.7819 | PASS |
| Serial | 0.4203 | PASS |
| Approximate Entropy | 0.6594 | PASS |
| Cumulative Sums | 0.7841 | PASS |
| Random Excursions | 0.3962 | PASS |
| Random Excursions Variant | 0.5104 | PASS |
04 Methodology & Transparency
The NIST validation results above are based on production measurements: 100 MB of conditioned output captured from the hardware sensor on 8 May 2026, processed with the official NIST SP 800-22 Statistical Test Suite (v2.1.2) and SP 800-90B EntropyAssessment binaries. Sample binary files are SHA-256 fingerprinted; the methodology is fully reproducible.
The pool-health metrics shown earlier on this page are currently illustrative — public read-only telemetry endpoints are being wired up. Until then, the NIST certificate is the most reliable artifact for evaluating the source.
We commit to publishing every NIST run, regardless of outcome. If a future test fails, the report stays online with a post-mortem; we do not retroactively edit historical data.
github.com/QueyQuantum