Quantum TRNG.Dual-channel physical & NIST quantum entropy harvester, RF fading analyzer & radiation studio.
A standalone Windows desktop laboratory combining dual-channel true random number generation (OS hardware entropy + NIST Public Quantum Beacon rounds), real-time RF signal micro-fading analysis, 360° radiation energy and photon flux modeling, and an electromagnetic wave-to-language symbol synthesizer with built-in acoustic sonification.
Why I Built This.
Most software simulations rely strictly on algorithmic pseudorandom number generators (PRNGs) like Mersenne Twister or Linear Congruential Generators. I wanted a tangible, visual physics workbench where you can observe real hardware noise, verify Von Neumann bit-pair extraction, model physical electromagnetic antenna flux, and generate unconstrained entropy with zero telemetry or network surveillance.
Feature Ledger.
What this build is capable of doing right out of the box:
Step-by-Step Installation.
Since this is an experimental build distributed directly through our Cloudflare storage rather than an official app store, follow these straightforward steps:
Download the executable
Click Download .EXE to get QuantumTRNG-v1.0.0-win64.exe directly from Cloudflare R2 storage.
Bypass Windows SmartScreen
Because this is an independent scientific release without an enterprise certificate, click 'More info' and then 'Run anyway' in Windows SmartScreen.
Launch & Explore
The application starts immediately. Switch between the 4 systems using the top navigation, or press Space to freeze formulas for live audit.
Controls & Hotkeys.
Keybindings and interactive shortcuts built into this software:
| Shortcut / Key | Function |
|---|---|
| System 1 - 4 | Switch between TRNG, RF Signal, Radiation Flux, and Symbol Studio views |
| Pause / Resume | Freeze sampling to inspect equations, bit arrays, and energy calculations |
| Copy Output | Export current entropy hex, random numbers, or symbol streams to clipboard |
| Audio Toggle | Enable or mute physical acoustic frequency sonification |
| Esc / Close | Exit application cleanly without leaving background processes or registry keys |
System Requirements.
| Target Platform | Windows 10 / Windows 11 (64-bit) |
| Architecture | x86_64 |
| Memory (RAM) | 256 MB RAM |
| Permissions | Local hardware entropy & optional Wi-Fi interface telemetry (no admin required) |
| Execution Mode | Runs 100% portable with zero installation required. |
Changelog.
- Initial standalone Windows release with dual-channel TRNG, RF visualizer, radiation model, and linguistic symbol decoder.
- Built-in NIST Quantum Beacon integration and Von Neumann debiasing pipeline.
- Audited physical formulas for radiation flux, photon count, and linear power variance.
Known Quirks & Safety.
- If Wi-Fi is disconnected or unavailable, System 2 and 3 automatically transition to an explicit reference model.
- NIST Quantum Beacon rounds require an active internet connection; if offline, the system safely falls back to cryptographically expanded OS hardware entropy.
This software performs zero telemetry, zero surveillance, and stores no data on remote servers. All entropy calculations and visualizations are executed on-device.
Found a bug or have a fun idea?
Share your experiments or report feedback directly to Krishna.