DeFi Suite
Overview
The GX DeFi Suite is a comprehensive set of decentralized finance products purpose-built for GX Exchange, deployed on Arbitrum. Users interact with a unified GX interface covering lending, swapping, yield aggregation, and stablecoin minting.
Product Suite
| Product | Function |
|---|---|
| GX Lend | Lending and borrowing |
| GX Swap | Token swapping with concentrated liquidity |
| GX Yield | Automated yield aggregation |
| gxUSD | Yield-bearing stablecoin (CDP) |
Revenue Model
Every DeFi product generates protocol revenue that flows to the GX Treasury and GX stakers.
| Product | Revenue Mechanism | Estimated Rate |
|---|---|---|
| GX Lend | Reserve factor (spread on interest) | 10-20% of interest paid |
| GX Swap | Protocol fee on swaps | 0.05-1% per trade |
| GX Yield | Performance fee on yield | 10-20% of yield generated |
| gxUSD | Stability fee on minted stablecoins | 3-8% annually |
Architecture
All DeFi Suite products follow a consistent layered architecture:
- User Layer — User visits
gx.exchange/<product>, connects wallet, interacts with GX-branded UI - GX Frontend — React UI purpose-built for GX Exchange
- GX Contracts — Smart contracts deployed on Arbitrum with GX Treasury as fee recipient
- Oracle Layer — Chainlink price feeds on Arbitrum for all asset pricing
- Revenue Layer — Reserve factors and protocol fees flow to the GX Treasury
Supported Assets
| Asset | GX Lend | GX Swap | GX Yield | gxUSD Collateral |
|---|---|---|---|---|
| USDC | Supply / Borrow | Swap | Vault | — |
| USDT | Supply / Borrow | Swap | Vault | — |
| ETH | Supply / Borrow | Swap | Vault | Yes (150% ratio) |
| BTC | Supply / Borrow | Swap | Vault | Yes (150% ratio) |
| GX | Supply | Primary pair | — | — |
Deployment
All contracts are deployed on Arbitrum One for low gas costs and fast confirmations.
Security
- All contracts are audited and battle-tested
- Chainlink oracles provide manipulation-resistant price feeds
- Liquidation engines protect against undercollateralized positions
- GX Treasury collects revenue through built-in reserve factor mechanisms