YOD4COINS – Offline-first transaction protocol with adaptive consensus

Offline-first settlement protocol with adaptive Byzantine consensus

YOD4COINS is an offline-first transaction and state protocol designed for partitioned, constrained, and high-latency environments. It enables local finality when central networks fail and performs deterministic reconciliation when connectivity returns.

It processes pre-existing digital value (tokenized assets / digital fiat representations) and includes a transparent protocol-level utility fee.

Most digital value systems assume permanent global connectivity. When that assumption breaks (power outages, network partitions, sparse coverage, or disruption), economic activity freezes.

YOD4COINS is built from the opposite assumption: the network will fail. The protocol is designed to keep operating under progressive degradation.

Mode Threshold Description

Normal 3f+1 Standard local quorum

Partitioned 2f+1 Network split or high latency

Extreme 1f+1 One local hardware node + human cryptographic key

Local finality with hard offline spending limits

Sequential nonces + explicit state locks for double-spend protection

Deterministic reconciliation on rejoin

Transparent 0.1% protocol utility fee with automatic split

Edge Risk Controls

Most payment systems only run fraud and compliance checks when they can reach central servers. When the network drops, they either freeze or allow transactions with almost no checks.

YOD4COINS moves a first layer of risk control to the edge:

These controls continue to function during network failure.

YODPAY — First practical application (offline payments)

Slide 10 — Shared edge coordination engine

YOD4COINS — Value and incentive layer built on the same foundation

One coherent architecture. Multiple applications.

yod4coins-core/ ├── Cargo.toml ├── src/ │ ├── lib.rs │ └── fees.rs ├── cpp/ # C++ reference (optional) ├── docs/ │ └── TOKENOMICS.md ├── LICENSE └── README.md

Every settlement incurs a fixed 0.1% (10 basis points) protocol utility fee.

The fee is calculated deterministically and can be automatically split between:

This logic is designed to be enforced at the protocol level.

Founder allocation with multi-year vesting

A 120% gold over-collateralisation target is designed as a long-term monetary stability layer. The goal is to give the settlement system a hard purchasing-power floor and reduce vulnerability to hyperinflation and pure speculative collapse, while preserving the offline-first and partition-tolerant properties of the core protocol.

Core offline state machine and adaptive consensus logic implemented (Rust)

Fee calculation and split logic included

Working prototypes available under the broader Gideon Mesh project

Not production-audited — formal security review required before real-value deployment

Live prototype:https://codepen.io/editor/Sibongakonke-Masondo/pen/01a164da-6a8a-77a0-a7e4-7e2c3b2d5257

This is foundational architecture, not production-ready software.

Real deployment requires cryptographic audits, proper key management, and legal review.

Human authority remains a hard requirement in extreme isolation mode.

Monetary Anchor (Long-term Stability Layer)

A 120% gold over-collateralisation target is designed as a future monetary stability layer for the system.

The goal is to back circulating digital value with 20% more physical gold than the outstanding supply, creating a hard purchasing-power floor. This helps protect against hyperinflation and pure speculative collapse while preserving the offline-first and partition-tolerant nature of the protocol.

This layer is planned for later implementation once the core settlement protocol has real usage.