WHITEPAPER
\\abstract

​

Randomness is the irreducible substrate of digital security. Every encryption key, session secret, nonce, salt, and many authentication protocols ultimately depend on values that are computationally unpredictable. While modern operating systems and specialized hardware provide high‑quality entropy in most circumstances, the global security ecosystem remains exposed to concentration risk: opaque vendor trust, uneven device quality, and centralized randomness services.

This paper proposes a gaming‑first entropy primitive: a lightweight plugin/SDK that runs natively and in parallel to gameplay (or is directly integrated into a game engine) to harvest high‑frequency micro‑signals—timing jitter, analog movement variance, reaction‑time fluctuations, and decision paths—without asking users to do anything unnatural. Players simply play; entropy becomes a byproduct of engagement.

​

In a second phase, the same framework expands beyond gaming into broader “organic” harvesting on smartphones and other endpoints by combining additional non‑deterministic signals and measurement noise from inertial sensors (accelerometer/gyroscope), barometer, magnetometer, GPS jitter, radio timing variance, and device telemetry (e.g., battery and thermal micro‑fluctuations). The long‑term endpoint is an entropy mesh: an omni‑harvesting network that blends diverse, independent sources so no single device, sensor, or provider becomes a point of failure.

​

We present an architecture that begins with consented capture and on‑device preprocessing, proceeds through conservative entropy estimation and health tests, and culminates in decentralized attestation of entropy quality by an independent validator network. Validated entropy may be stored in a user‑controlled vault for Bring‑Your‑Own‑Entropy security, or exchanged in a marketplace as a measurable security commodity. We also outline token mechanisms—quality‑gated minting, validator staking and slashing, and demand‑linked fee burning—that align incentives for contributors, validators, developers, and buyers, while preserving precise, defensible security claims in both classical and post‑quantum eras.



Join the list below to request full Whitepaper.