A decentralized finance platform with JANI, UMOJA, and CHAT ecosystems. Swap tokens, provide liquidity, calculate rewards, analyze arbitrage, and simulate price impact.
Reserve amount
Reserve amount
HISA Reserve × USDC Reserve = k (Constant)
| Metric | Value |
|---|---|
| Liquidity Value | $0 |
| Daily Volume | $0 |
| Daily Fees | $0 |
| User Daily Share | $0 |
| Period Rewards | $0 |
| Estimated APY | 0% |
| ROI | 0% |
| Metric | Value |
|---|---|
| Pool Price | 0 |
| External Price | 0 |
| Price Difference | 0 |
| Price Diff % | 0% |
| Arbitrage Opportunity | No |
| Optimal Amount | 0 |
| Estimated Profit | $0 |
| Metric | Value |
|---|---|
| Amount Out | 0 |
| Fee | 0 |
| Price Impact | 0% |
| New Price A/B | 0 |
| New Price B/A | 0 |
| Token | Price (USDC) |
|---|
Automated Market Makers (AMMs) use mathematical formulas to provide liquidity automatically. The constant product formula (x * y = k) ensures that the product of the quantities of two tokens in a pool remains constant.
When you swap one token for another, the pool adjusts the price based on the ratio of the remaining tokens, ensuring there's always liquidity available.
The price of tokens in an AMM changes with each trade. Larger trades have greater price impact because they significantly change the ratio of tokens in the pool.
Price = (Reserve of token you're selling) / (Reserve of token you're buying)
Each swap includes a fee (typically 0.3%) that goes to liquidity providers. This fee is added to the pool, increasing the value of liquidity provider tokens.
In this simulation, fees are automatically calculated and added to the reserves after each swap.