LEP100 — Lithosphere Enhancement Proposals (Asset & AI Protocol Stack)

Author: J. King Kasr
Organization: KaJ Labs
Language Target: Lithic (.lithic)
VM Target: LithoVM

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Overview

LEP100 defines the modular smart-contract standards stack for Lithosphere, combining:

• AI-native execution (typed services, async fulfillments, receipts, optional zk verification)
• Assets & NFTs (NFT, composable NFTs, shared ownership, multi-token)
• Royalties, metadata, and marketplace hooks
• Cross-chain bridge interfaces (mint/burn + replay protection)
• Privacy-preserving account linking (PPAL)

All specifications prioritize deterministic execution, capability-based security, composable interfaces, and conformance testing.

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LEP100 Stack

LEP	Title
LEP100-1	Lithic Core Specification
LEP100-2	AI Service Provider Standard
LEP100-3	Budget & Cost Accounting Model
LEP100-4	Provenance Receipt Cryptographic Standard
LEP100-5	zk-Verifiable AI Execution Extension
LEP100-6	Non-Fungible Token (NFT) Standard
LEP100-7	Composable NFT Standard
LEP100-8	Shared NFT Ownership Standard
LEP100-9	Multi-Token Standard
LEP100-10	Royalty Standard
LEP100-11	Metadata Standard
LEP100-12	Marketplace Hooks Standard
LEP100-13	Bridge Mint/Burn Interface
LEP100-14	Privacy-Preserving Account Linking (PPAL)

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Repository Layout

lep100/
├─ docs/                 # MkDocs-ready documentation
├─ specs/                # RFC-style specs (Markdown)
├─ lscl/                 # Reference modules (Lithic)
├─ tests/                # Conformance tests (Lithic)
└─ rust/                 # Optional Rust workspace (CLI + helpers)

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Conformance

An implementation is LEP100-compliant if it:

1. Implements required ABIs
2. Emits required events
3. Enforces required error codes
4. Passes the official conformance suite (LEP100-1 → LEP100-14)
5. Preserves deterministic state transitions under LithoVM

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🪙 LEP100 Token Deployment

Deploy LEP100 Token

Deploying LEP100 tokens on Lithosphere is conceptually similar to ERC-20 deployment, but with Lithosphere-specific tooling (Lithic + dual Cosmos/EVM support).

Deploy LEP100 tokens on the Lithosphere Network (Makalu Testnet & Mainnet)

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🌐 Overview

LEP100 is the native fungible token standard on Lithosphere, built for:

• ⚡ High-performance execution (~1s blocks)
• 🔗 Cross-chain compatibility (Cosmos + EVM)
• 🤖 Agent-native programmability
• 🧩 Token lifecycle management (minting, vesting, governance)

This repository demonstrates how to deploy LEP100 tokens using:

• Lithic (native) — recommended
• Solidity (EVM-compatible)
• Litho Finance (no-code UI)

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⚙️ Network Configuration

🧪 Makalu Testnet

Parameter	Value
RPC Endpoint	https://rpc.litho.ai
Cosmos Chain ID	lithosphere_777777-1
EVM Chain ID	700777
Explorer	https://makalu.litho.ai

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1️⃣ Lithic Deployment (Recommended)

📦 Install Lithic CLI

git clone https://github.com/KaJLabs/Lithic
cd Lithic
cargo build --release

###3 🏗 Initialize Project

lithic new token
cd token

🧾 Example LEP100 Contract

contract LEP100Token {

   name: string = "MyToken";
   symbol: string = "MTK";
   decimals: u8 = 18;

   total_supply: u256;
   balances: mapping(address => u256);

   init(initial_supply: u256) {
       total_supply = initial_supply;
       balances[msg.sender] = initial_supply;
   }

   fn transfer(to: address, amount: u256) {
       assert(balances[msg.sender] >= amount);

       balances[msg.sender] -= amount;
       balances[to] += amount;
   }

   fn balance_of(owner: address) -> u256 {
       return balances[owner];
   }
}

🔨 Build

lithic build

🚀 Deploy

lithic deploy \
 --network makalu \
 --private-key YOUR_PRIVATE_KEY \
 --args 1000000000000000000000000

🔍 Verify

👉 https://makalu.litho.ai

2️⃣ Solidity Deployment (EVM)

📦 Install Dependencies

npm install --save-dev hardhat @openzeppelin/contracts

🧾 Contract

// SPDX-License-Identifier: MIT
pragma solidity ^0.8.20;

import "@openzeppelin/contracts/token/ERC20/ERC20.sol";

contract LEP100Token is ERC20 {
   constructor(uint256 initialSupply) ERC20("MyToken", "MTK") {
       _mint(msg.sender, initialSupply);
   }
}

⚙️ Hardhat Config

module.exports = {
 networks: {
   litho: {
     url: "https://rpc.litho.ai",
     chainId: 700777,
     accounts: [process.env.PRIVATE_KEY]
   }
 },
 solidity: "0.8.20"
};

🚀 Deploy

npx hardhat run scripts/deploy.js --network litho

3️⃣ Litho Finance (No-Code)

Deploy via UI: Connect wallet Select Create Token Choose LEP100 Configure supply + vesting Click Deploy

🤖 Agent Integration

LEP100 tokens are designed for AI agent interaction. 🧠 AgentCraft Create and Deploy Powerful AI Agents Onchain Visual workflow builder Connect LLMs, APIs, databases Build agents that reason, remember, and act No-code creation Automated onchain deployment

🧱 Ecosystem

Litho Finance — Token lifecycle platform Lithic — Smart contract language LEP100 — Token standard AgentCraft — AI agent builder

🔐 Best Practices

✅ Use multisig wallets ✅ Add vesting contracts ✅ Audit contracts before mainnet ✅ Test on Makalu testnet ✅ Monitor token activity

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Credits

Designed and proposed by J. King Kasr • Maintained by KaJ Labs.

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License

Apache-2.0