[DOSSIER // AUDIT METHODOLOGY] • CM-METHOD-01

About CrashMath.org & Verification Methodology

We are an independent mathematical research initiative dedicated to auditing high-frequency crash algorithms, educating consumers on discrete probability theory, and providing open-source cryptographic verification tools.

Research Groups & Audit Divisions

Open-source algorithmic audit groups and discrete probability research units

[DIVISION ID // CM-01] AUDIT BOARD

CrashMath Quant Research Group

Applied Probability & Stochastic Simulation Team

Quantitative research group specializing in discrete probability distributions, 10,000,000-round Monte Carlo simulations, and mathematical modeling of randomized crash algorithms.

[VERIFIED CREDENTIALS]:

Monte Carlo Algorithmic Modeling (10M Runs)

Open-Source Statistical Tooling

Discrete Probability Distribution Analysis

[DIVISION ID // CM-02] AUDIT BOARD

CrashMath Cryptographic Audit Lab

Client-Side WebCrypto & Protocol Verification Team

Independent cryptographic verification unit focused on HMAC-SHA256 consensus, hash-commitment schemes (Commit-Reveal), and client-side zero-knowledge Web Crypto tooling.

[VERIFIED CREDENTIALS]:

HMAC-SHA256 Protocol Verification

Zero-Knowledge Client-Side WebCrypto

Provably Fair Hash-Commitment Audits

[CRYPTOGRAPHIC ARCHITECTURE // DETERMINISTIC PIPELINE]

RFC 2104 COMPLIANT

STAGE 01 // SEED BINDING

Server Seed (SHA-256)

Inputs and order are game-specific. Aviator calculation: server plus three client seeds, without nonce.

STAGE 02 // DIGEST GENERATION

SHA-512 or labelled HMAC example

The primitive and text encoding must match the documented protocol. A digest size does not establish seed entropy.

STAGE 03 // SLICE & NORMALIZE

52-Bit Modulo Float

First 13 hex characters parsed to 52-bit integer divided by 2^52.

STAGE 04 // CRASH FORMULA

M = (100 * 0.97) / (100 * (1 - r))

Mapping and rounding are model-specific. Check the exact rules before comparing a recorded result.

Core Research & Verification Standards

[1. Client-Side Cryptography]: All verification algorithms execute 100% locally via the native browser Web Crypto API (window.crypto.subtle). We never log or transmit user seeds to external servers.

[2. Anti-Fraud Advocacy]: We do not sell predictors or signals. We explain independent-round assumptions and how to evaluate claims using prospective records.

[3. Full Reproducibility]: Transparency over authority. Every mathematical formula is published with full discrete derivations so researchers, journalists, and players can independently reproduce our findings.