Documentation

Technical architecture, tokenomics, and protocol specifications.

Overview Architecture Tokenomics Security

1. Protocol Overview

Cryptorex.space is a non-custodial, EVM-compatible DeFi protocol enabling users to securely manage digital assets, swap stablecoins at 1:1 ratio, and earn yield through flexible staking pools. The protocol is built on a secure smart contract architecture with a clear focus on the Ethereum ecosystem.

Our mission is to democratize access to decentralized finance by providing an intuitive interface that abstracts away the technical complexity of Web3, while maintaining full user sovereignty over private keys.

2. Protocol Architecture

2.1 Smart Contract Layer

Smart contracts are under development. Mainnet deployment is scheduled alongside our Token Generation Event (TGE) in Q2 2026. All contract addresses will be:

⚠️ No official contract addresses are currently live. Be cautious of any addresses claiming to be "Cryptorex contracts" until they are published here.

2.2 Cross-Chain Expansion

Our current production deployment operates on the Ethereum network. Cross-chain functionality is in active development, leveraging Chainlink CCIP for secure message passing, with a threshold signature scheme (TSS) for validator consensus. Planned expansions include BNB Chain, Polygon, Arbitrum, Optimism, Avalanche, Base, and Solana — each will be announced as it goes live.

2.3 Oracle Network

Price feeds are sourced from aggregated Chainlink oracles, with a fallback to Pyth Network for redundancy. All critical state changes are validated against multiple independent data providers.

3. Tokenomics

The CRX governance token (CRX) will have a total supply of 1,000,000,000 tokens distributed as follows:

Community Rewards
40%
Team & Advisors
15%
Liquidity
20%
Treasury
15%
Private Sale
10%

3.1 Emission Schedule

CRX tokens will be emitted over a 60-month period with a deflationary curve. Team tokens vest linearly over 24 months with a 6-month cliff. Community rewards are released based on protocol usage metrics.

3.2 Utility

4. Security Model

Security is enforced at multiple layers: