PawSwap Network — Layer 3 Liquidity & Routing

PawSwap Network Overview: Architecture & Execution Model

PawSwap Network is a non-custodial aggregator. The route planner scans AMM pools (stable/volatile), requests RFQ quotes from market makers, and selects the path with the best expected net output. Settlement is recorded on-chain via PawSwap Chain contracts — your keys and funds remain under your control.

Core Components

• Route Planner: Single-hop, multi-hop, and split-route; penalizes gas-heavy paths.
• RFQ Layer: Firm quotes for a target size and time window — useful for thin markets or large orders.
• Execution Kernel: Packs approve + swap, enforces strict min-out, and fails fast on adverse re-quotes.
• Risk Controls: Token allow/deny lists, target contract validation, and a minimal-allowance policy.

Best Execution — What We Actually Optimize

• Price impact: Order splitting and stable pivots smooth the curve.
• Explicit fees: Pool fee tiers plus any partner/interface fees (always disclosed).
• Gas: More hops → more gas; the optimum is chosen by net, not by the raw quote.
• Fill risk: Firm RFQ vs. indicative AMM pricing during turbulence.

MEV-Aware on PawSwap Chain

Realistic slippage, private/builder RPC (where available), chunking large orders, and higher priority fees reduce mempool time and the surface for sandwich attacks.

PawSwap Security & Operational Safety

PawSwap Exchange settles directly to your wallet. Treat the process like production: verify contracts, minimize allowances, and review the route preview carefully.

Wallet & Allowance Hygiene

• Use a hardware wallet for significant balances; confirm the contract/recipient on-device.
• Approve only the minimum required; revoke stale approvals regularly.
• Bookmark the official PawSwap Network domain; ignore “support” DMs.

Threat Model & Mitigations

• Sandwich/front-run: Tight slippage, private relays, splitting orders, and higher tips if needed.
• Impostor tokens: Verify addresses in the PawSwap Chain explorer and official docs.
• Fee-on-transfer tokens: Affect min-out and economics; always test with a small size first.

PawSwap Network Power Features for Traders & Integrators

Smart Order Routing (AMM + RFQ)

Direct A→B, hub pivots (e.g., A→WETH→B), and split-routes are compared. If RFQ wins after gas, PawSwap Exchange takes RFQ; otherwise, the best AMM composite is selected.

Limit Orders & DCA (if enabled in your UI)

• Limit: Triggers at your target price; partial fills/expiry are possible.
• DCA: Time-stagger entries/exits; keep enough gas for each leg.

Developer Notes

• Deterministic calldata; explicit revert reasons (slippage/allowance/route invalidation).
• Events: hops, min-out, gas used, realized output — ready for BI/analytics.
• UX: pool type, fee tier, and token verification status visible at a glance.

Execution KPIs

• Quoted ↔ Realized Output (delta after settlement).
• Effective price = received/spent with gas and fees included.
• TVL/Volume of involved pools as a proxy for slippage risk.
• Fail/Cancel rate — a signal to retune slippage and RPC.

Runbook: Consistent Results on PawSwap Network

Before You Swap

• Hold native gas (approve + swap + potential retry).
• Verify token addresses/decimals; be careful with “taxed” tokens.
• Make a micro-swap to validate the route and min-out.

Slippage & Gas

• Majors / deep: 0.10–0.50%.
• Mid-caps: 0.50–1.50% depending on depth.
• Illiquid: 1.50%+; split the order or use RFQ.

Troubleshooting

• INSUFFICIENT_OUTPUT_AMOUNT → refresh the quote, widen slippage slightly, split the size.
• TRANSFER_FROM_FAILED → re-approve the minimum; check for non-standard token behavior.
• Pending → switch RPC or raise priority fee; use private relays if available.

PawSwap Frequently Asked Questions