phoenix_09_a_detailed_and_expressive_rough_pencil_sketch_with_3.jpeg
phoenix_09_a_masterpiece_interpretative_rough_pencil_sketch_wi_0 copia.jpeg
phoenix_09_a_masterpiece_interpretative_rough_pencil_sketch_wi_1 copia.jpeg
the rules coin logo 222222

The rules coin is a community project only for entertainment, since 2025

The rules coin

Products

Rule's generator

Template developed with our editor and without C++,Rust or Python code

Programming the RVM engine for a new rule

Architecture Overview

The rules.cpp validator employs a sophisticated multi-layered architecture projected for maximum performance and security transactions.

Template 1 #Rules on Engine V.09

 

1️⃣ Transparency → No KYC,    everything public
😂 *"Your wallet is your ID"*
🖼️ *Meme: Ghost with sunglasses*

2️⃣ Meme → Post 1 meme per day
😂 *"No meme = ban (joke)"*
🖼️ *Meme: "When no meme" → 😭*

3️⃣ Zero spam → No links, only value
😂 *"Spam = karma rug pull"*
🖼️ *Meme: "Spam detected" → Trash*

👉 Vote: Add "1 airdrop per month"? 

 

#Rules 

// rule.rs

 

use serde::{Deserialize, Serialize};

 

/// The type of rule (trading, payment, community …)
#[derive(Debug, Clone, Serialize, Deserialize, PartialEq)]
pub enum RuleKind {
   Trading,
   Payment,
   Community,
}

 

/// A single rule
#[derive(Debug, Clone, Serialize, Deserialize)]
pub struct Rule {
   pub id: u32,
   pub name: String,
   pub kind: RuleKind,
   pub condition: String, // e.g. "price < 0.00002"
   pub action: String, // e.g. "buy(200 USDC)"
   pub enabled: bool,
}

 

// Helper: create a rule
pub fn new_buy_low_rule() -> Rule {
   Rule {
       id: 1,
       name: "Buy RULES when price is low".to_string(),
       kind: RuleKind::Trading,
       condition: "price <0.00002"  .to_string(),
       action: "buy(200 USDC)" .to_string(),
       enabled: true,
   }
}

RVM Engine

The Rules Virtual Machine (RVM) is the heart of the Rules.cpp validator. This execution environment processes smart contracts and transactions with maximum efficiency using iterative rules.
The RVM engine implements the unique Solana-specific rules, enabling a multi-thread approach.

Customization

Rules.cpp provides the best customization capabilities for our development and the community. 
The architecture enables selective rules modification without compromising system integrity by selected API.

Consensus

Solana's Proof of History consensus mechanism has been implemented, allowing PoH + Tower BFT to be run for ultra-fast consensus (50k TPS) and prevents double-spend and fraud.

API integration

Ai Agent

// Example AI Agent API pay


import { x402 } from 'x402-sdk';

const agent = new x402.Agent({
 wallet: '0xYourWallet',
 network: 'base'
});

 

const response = await agent.fetch(
 'https://api.example.com/data', {
 pay: '0.01 USDC'
});

 

console.log(response.data);

 

// Data

We have introduced a revolutionary approach to AI agent programming, using an innovative environment based on quantum physics rules, combining unparalleled computing power and talent, achieving advanced response in real-time.

x402 Integration

The final implementation is scalable and permissionless with SDKs for JS/Python/Rust. Moreover enables automated M2M transactions, AI agents and web services using stablecoins like USDC/USDT with gasless or low-cost transactions on L2. 

Documents and products will be available after our validation.

 

In the meantime the real products are the rules expressed by the community itself and they will be our success.