Every Swap Spawns Another

Every swap spawns another.

FractalSwap routes secondary micro-swaps within liquidity fractals to compound yield.

Protocol Preview

How recursion creates yield

Primary Swap
User executes a swap on FractalSwap.
Fractal Routing
The engine triggers secondary mini-swaps across correlated pools.
Compounded Return
Residual basis points are routed back to the pool for compounding.

The Fractal Engine

Visualization for concept only.

  • Recursive routing layers (L1→L2→L3)

  • Micro-swap aggregation per epoch

  • Residual bps capture & reinjection

  • Deterministic constraints for slippage/risk

Layer 1Layer 2Layer 3

Fractal Pools (Preview)

SOL/USDC
Preview

Depth

$2.4M

Vol

$890K

Fractal Depth

L1-L3

ETH/USDC
Preview

Depth

$1.8M

Vol

$670K

Fractal Depth

L1-L2

BTC/USDC
Preview

Depth

$3.2M

Vol

$1.2M

Fractal Depth

L1-L3

USDT/USDC
Preview

Depth

$5.1M

Vol

$2.3M

Fractal Depth

L1-L2

RAY/SOL
Preview

Depth

$980K

Vol

$340K

Fractal Depth

L1

ORCA/USDC
Preview

Depth

$1.1M

Vol

$420K

Fractal Depth

L1-L2

Live pool metrics will appear on mainnet launch.

What recursion could look like

LinearFractalFractal+Restake

The fractal routing model demonstrates how recursive micro-swaps could theoretically compound returns over time. Actual results depend on market conditions, pool depth, and execution variables.

This visualization is for educational purposes only and makes no guarantees about future performance. All yields are subject to smart contract risk, market volatility, and protocol constraints.

Modeling only. Past ≠ future.

FAQ