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The aggregation engine that finds optimal swap paths by querying multiple DEXs in parallel TED Protocol queries multiple decentralized exchanges simultaneously to find the best swap rates. Rather than relying on a single liquidity source, the aggregator fetches quotes from all available DEXs in parallel and routes your swap through the most efficient path.

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Supported DEXs

DEXChainsFeaturesBest For
Curve FinanceEthereum, Arbitrum, Base, OptimismStableSwap AMM, 0.01-0.04% slippage$1,000+ stablecoin swaps
Uniswap V3Ethereum, most L2sConcentrated liquidity, 0.01-1.00% fee tiersGeneral swaps, Permit2 support
Uniswap V4Ethereum, most L2sSingleton architecture, hooks, lower gasNext-gen swaps
PancakeSwap V3BNB ChainStrong USDT liquidityAsian markets, BSC swaps
DragonSwapKaiaKaia native DEXKaia ecosystem routing

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How Aggregation Works

Traditional aggregators query DEXs sequentially—one after another—which can take 2,000ms or more when checking five exchanges. TED Protocol queries all DEXs simultaneously:
  • Total quote time = slowest individual response time
  • 60-70% faster quote discovery
  • Typical response time under 2 seconds
For each swap request, the aggregator:
1

Fetch quotes

Fetches quotes from all available DEXs for your token pair
2

Calculate output

Calculates net output after accounting for fees and slippage
3

Compare gas costs

Considers gas costs for each possible route
4

Select optimal path

Selects the path that maximizes your output
A 10-second caching layer with approximately 30% hit rate further improves performance while ensuring quotes remain fresh.

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Routing Intelligence

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Simple Stable Swaps

Routes through the DEX offering the best rate. Example: 10,000 USDT → USDC on Ethereum
  • Curve: 0.015% slippage ✓
  • Uniswap 0.01% tier: 0.028% slippage
  • Uniswap 0.05% tier: 0.050% slippage
Curve selected, saving roughly $1.30 vs next best option.

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Multi-Hop Routes

Engages when direct pools don’t exist or have poor liquidity. Example: 1,000 USDT → JPYC
  • Direct conversion: 2.5% slippage (thin liquidity)
  • Multi-hop: USDT → USDC (Curve 0.02%) → JPYC (Uniswap 0.15%) = 0.17% total slippage
16x improvement

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Split Routing

Optimizes large swaps by distributing volume across multiple DEXs. Example: 100,000 USDT swap
  • Single DEX: 0.08% slippage
  • Split (60% Curve + 40% Uniswap): 0.038% slippage
Saves approximately $42

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Performance

MetricValue
Quote response timeUnder 2 seconds
Cache hit rate~30%
Price improvement vs single DEX0.05% average
Query success rate99.9%

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Future Integrations

Additional DEXs are planned for integration based on liquidity depth and user demand:
  • Aerodrome — Base
  • Velodrome — Optimism
  • Camelot — Arbitrum
*Future roadmap—timing subject to development priorities.