uniswap-autopilot 0.1.1

Automated swap execution, LP management, and analytics for Uniswap v2/v3/v4

⚡ Uniswap Autopilot

The execution layer uniswap-ai forgot to build.

Plan swaps with AI → Execute them on-chain. Automatically.

Pure Python · Zero Dependencies · Uniswap v2 / v3 / v4 · 6 Chains · 13K Lines

Installation · Features · Quick Start · Architecture · Comparison

---

The Problem

uniswap-ai is Uniswap Labs' official project. It teaches AI agents to plan trades and generate deep links. But when the agent actually needs to execute? It says:

"Open this link in your browser."

That's not autonomous. That's a bookmark.

uniswap-autopilot closes the loop. It takes the plan and does the work — quote, approve, sign, broadcast, receipt — all in Python, no browser needed.

  You: "Swap 0.1 ETH for USDC on Base"

  uniswap-ai:         "Here's a deep link. Open it in your browser."
  uniswap-autopilot:  ✅ Quoted → Approved → Signed → Broadcast → 0xabc123...

---

Features

🔄 LP Auto-Management

The largest module at 4,500 lines. Nothing like this exists in any open-source Uniswap Python library.

• Auto-Rebalance — v3 position goes out of range? Automatically withdraw and redeploy to a new range
• Compound — harvest uncollected fees and reinvest into the same position
• v4 PoolManager — full LP lifecycle for Uniswap v4's new architecture
• v2 Classic LP — add/remove liquidity for traditional AMM pools
• Pool Comparison — compare fee tiers, TVL, and volume to pick the best pool

⚡ Complete Swap Pipeline

Not just quotes. The full chain from "I want to trade" to "tx confirmed on-chain":

Quote → Permit/Approval → Sign → Preflight Check → Broadcast → Receipt

• Uniswap Trading API — direct integration with quote, swap, and permit2 endpoints
• Preflight checks — verifies you have the balance, allowance, and gas before signing
• Policy engine — define auto-trading rules in JSON (chain, pair, amount, slippage limits)
• Paper trading — dry-run mode: records everything, executes nothing
• Dynamic slippage — auto-adjusts tolerance based on real-time volatility

📊 Analytics Suite

Quantitative tools that help LPs make real decisions:

Tool	What it does
IL Calculator	Exact impermanent loss at any price ratio
Range Suggest	Recommends concentrated liquidity ranges from volatility
Position Analysis	Tracks uncollected fees, PnL, and position health
Portfolio Valuation	Aggregate value across multiple positions

🔍 Token Search & Risk Scoring

• Multi-source — DexScreener + GeckoTerminal, deduplicated
• Risk assessment — composite score from liquidity, volume, market cap, and price volatility
• Token cache — local cache with auto-refresh, works offline

🌉 Extensions

• Cross-chain Bridge — detect and route cross-chain swaps automatically
• Limit Orders — on-chain limit order logic
• Telegram Confirmation — human-in-the-loop approval via inline buttons

---

How Does This Compare to uniswap-ai?

	uniswap-ai (official)	uniswap-autopilot
What is it?	11 markdown docs	13K lines of Python
Swap quotes	📄 Documentation	✅ Executable API
Swap execution	🔗 Generates a deep link	✅ Quote → Sign → Broadcast
LP management	📄 Planning docs	✅ Auto-rebalance + compound
LP analytics	❌	✅ IL / ranges / portfolio
Token risk scoring	❌	✅ Multi-factor scoring
Cross-chain bridge	❌	✅
Limit orders	❌	✅
Human confirmation	❌	✅ Telegram buttons
Dependencies	npm / bun / Foundry	Zero
Tests	0	99
Install	Complex setup	pip install uniswap-autopilot

They're complementary. Use uniswap-ai for planning, use this for execution.

---

Installation

# Analysis + quotes + LP planning — zero dependencies
pip install uniswap-autopilot

# Add on-chain signing & broadcasting (eth-account)
pip install uniswap-autopilot[signer]

# Development
pip install -e ".[dev]"

That's it. No Foundry. No npm. No web3.py. Pure Python.

---

Quick Start

📊 Analyze Impermanent Loss

from uniswap_autopilot.analytics.il_calculator import calculate_il

# ETH-USDC pool, 1% fee tier, entry at $3000
il = calculate_il(
    price_entry=3000.0,
    price_current=3300.0,  # 10% up
    tick_lower=-887220, tick_upper=887220,
    decimals0=18, decimals1=6,
    liquidity=1000000000000,
)
print(f"  IL: {il['ilPct']:.2f}%")

  Price 1.1x → IL: 0.04%
  Price 1.5x → IL: 0.56%
  Price 2.0x → IL: 2.02%
  Price 3.0x → IL: 5.36%

🎯 Get LP Range Suggestions

from uniswap_autopilot.analytics.range_suggest import suggest_ranges

ranges = suggest_ranges(
    chain_name="ethereum",
    token_a="ETH", token_b="USDC",
    fee_tier=3000,
)
for r in ranges:
    print(f"  ${r['lower']:,.0f} — ${r['upper']:,.0f}  ({r['profile']})")

  $2,400 — $3,600  (conservative)
  $2,100 — $4,200  (balanced)
  $1,800 — $4,800  (aggressive)

💱 Get a Swap Quote

from uniswap_autopilot.swap.trading_api.quote import build_quote_payload, summarize_quote

quote = build_quote_payload(
    wallet="0x...",
    chain_id=8453,
    api_token_in="ETH",
    api_token_out="0x833589fCD6eDb6E08f4c7C32D4f71b54bdA02913",  # USDC on Base
    base_amount="0.1",
    swap_type="EXACT_INPUT",
    slippage="0.5",
    routing_preference="CLASSIC",
)
print(summarize_quote(quote))

  Swap 0.1 ETH → ~175.42 USDC on Base
  Route: ETH → USDC (0.05% fee)
  Estimated gas: ~$0.02

🔍 Search & Score Tokens

from uniswap_autopilot.search.search import search_tokens
from uniswap_autopilot.search.risk import risk_assess

results = search_tokens(query="PEPE", chain="ethereum", limit=3)
for token in results:
    risk = risk_assess(token["address"], "ethereum")
    print(f"  {token['symbol']:8s} risk={risk['level']}  ${token['price']:.8f}")

  PEPE      risk= 72/100  $0.00001234
  PEPECOIN  risk= 35/100  $0.4521
  PEPECEO   risk= 12/100  $0.00000001

⚡ Execute a Trade (with signing)

export EXECUTOR_PRIVATE_KEY=0x...   # Never written to disk
export WALLET_ADDRESS=0x...
export RPC_URL_BASE=https://mainnet.base.org

from uniswap_autopilot.swap.flow import run_trade_flow

result = run_trade_flow(
    chain="base",
    input_token="ETH",
    output_token="USDC",
    amount="0.01",
    auto_confirm=True,      # skip human confirmation
)
print(result["swap"]["transactionHash"])

  ✅ Quoted: 0.01 ETH → 17.54 USDC
  ✅ Approved: USDC spender set
  ✅ Signed: via eth-account
  ✅ Broadcast: 0xabc123...def456
  ✅ Confirmed in block 19,847,231

🔄 Auto-Rebalance an LP Position

from uniswap_autopilot.lp.v3.auto_rebalance import check_and_rebalance

result = check_and_rebalance(
    position={"token_id": 123456, "chain": "ethereum"},
    strategy="balanced",
    volatility_pct=30,
)
if result["rebalanced"]:
    print(f"  Old range: {result['old_range']}")
    print(f"  New range: {result['new_range']}")
    print(f"  TX: {result['transactionHash']}")

🧪 Paper Trade (Safe Mode)

# Everything runs, nothing executes on-chain
result = run_trade_flow(
    chain="base",
    input_token="ETH",
    output_token="USDC",
    amount="0.1",
    paper_trade=True,       # <--- dry run
)
print(result["journal"])    # full trade journal without spending gas

---

Architecture

System Overview

                        ┌─────────────────────────────────────────┐
                        │            AI Agent / User              │
                        └──────┬──────────┬──────────┬───────────┘
                               │          │          │
                    ┌──────────▼──┐  ┌────▼─────┐  ┌─▼──────────┐
                    │   🔍 Search  │  │  📊 Ana  │  │  🔄 LP     │
                    │   & Risk     │  │ lytics   │  │ Management │
                    │   750 lines  │  │ 1500 ln  │  │ 4500 lines │
                    └──────┬───────┘  └────┬─────┘  └─┬──────────┘
                           │               │           │
                           └───────┬───────┘           │
                                   │                   │
                          ┌────────▼─────────┐         │
                          │    ⚡ Swap Flow    │◄────────┘
                          │    2,500 lines    │  (rebalance uses
                          │                   │   swap internally)
                          │  ┌─────────────┐  │
                          │  │  flow_core   │  │
                          │  │  • Policy    │  │
                          │  │  • Paper     │  │
                          │  │  • Diag      │  │
                          │  └──────┬──────┘  │
                          └─────────┼─────────┘
                                    │
                          ┌─────────▼──────────┐
                          │   🔐 Execute Layer  │
                          │     1,900 lines     │
                          │                     │
                          │  preflight → sign   │
                          │  → broadcast →      │
                          │    receipt          │
                          └─────────┬──────────┘
                                    │
                    ┌───────────────┼────────────────┐
                    │               │                │
              ┌─────▼─────┐  ┌────▼─────┐  ┌──────▼──────┐
              │  JSON-RPC  │  │  eth-acct │  │  Telegram   │
              │  (urllib)  │  │  signing  │  │  confirm    │
              └─────┬──────┘  └────┬─────┘  └─────────────┘
                    │              │
                    └──────┬───────┘
                           │
                    ┌──────▼──────┐
                    │   EVM Chain │
                    │  ETH·BASE·  │
                    │  ARB·OP·    │
                    │  POLY·UNI   │
                    └─────────────┘

Data Flow: Swap Execution

 User Input          Uniswap API           Local Processing         On-Chain
───────────        ────────────          ─────────────────        ─────────

 "Swap 0.1          quote endpoint           Policy check            ┌──────┐
  ETH→USDC"   ──→  (GET /quote)     ──→    Slippage adjust    ──→   │      │
  on Base"                                                       │      │
                                                                  │ EVM  │
                     swap endpoint          Preflight check         │ Chain│
               ──→  (GET /swap)      ──→   balance / allowance  ──→  │      │
                                                                  │      │
                                            Sign TX               │      │
                                      ──→   (eth-account)     ──→   │      │
                                                                  │      │
                                            Broadcast             │      │
                                      ──→   (eth_sendRawTx)   ──→   └──────┘
                                                                  ↓
                                                            ✅ Receipt

Package Structure

uniswap_autopilot/                    13,000 lines total
│
├── swap/                   2,500     Full swap pipeline
│   ├── trading_api/                  Uniswap Trading API — quote / swap / permit2
│   ├── flow_core/                    Policy engine, diagnostics, paper trading
│   ├── extensions/                   Bridge, limit orders, dynamic slippage
│   └── links/                        Deep link generation
│
├── lp/                     4,500     Liquidity provision (largest module)
│   ├── v2/                           Classic AMM — add / remove / positions
│   ├── v3/                           Concentrated liquidity — auto-rebalance, compound
│   ├── v4/                           PoolManager — v4 LP flows
│   └── compare_pools                 Fee tier & TVL comparison
│
├── analytics/              1,500     Quantitative tools
│   ├── il_calculator                 Impermanent loss at any price ratio
│   ├── range_suggest                 Concentrated liquidity range optimization
│   ├── position                      Fee tracking, PnL, health monitoring
│   └── portfolio                     Multi-position aggregation
│
├── search/                   750     Token intelligence
│   ├── search                        DexScreener + GeckoTerminal
│   └── risk                          Multi-factor risk scoring
│
├── execute/                1,900     Transaction engine
│   ├── _internal/rpc                 Pure JSON-RPC over urllib
│   ├── _internal/pure_signer         eth-account signing (optional dep)
│   ├── _internal/signer              Backend detection & wallet resolution
│   ├── _internal/submit              eth_sendRawTransaction broadcast
│   ├── _internal/preflight           Balance / allowance / gas pre-checks
│   ├── broadcast                     Main broadcast orchestrator
│   ├── detect                        Backend capability detection
│   └── telegram_confirm              Human-in-the-loop via Telegram
│
├── common/                 1,400     Shared utilities
│   └── ...                           Chain config, token resolution, gas, balances
│

Supported Chains

Chain	Chain ID	Native Token	LP Versions
Ethereum	1	ETH	v2 · v3 · v4
Base	8453	ETH	v2 · v3 · v4
Arbitrum	42161	ETH	v2 · v3 · v4
Optimism	10	ETH	v2 · v3 · v4
Polygon	137	MATIC	v2 · v3
Unichain	130	ETH	v3 · v4

Plus 13 additional chains configurable via data/chains.json.

Security Model

Concern	How we handle it
Private keys	Environment variables only — never written to disk, never logged
Transaction signing	In-process via eth-account — no external CLI, no IPC, no file I/O
Large trades	Telegram inline buttons for human confirmation before broadcast
Preflight checks	Balance, allowance, and gas verified before signing
Supply chain	Zero npm, zero Foundry, zero web3.py — pure Python stdlib
RPC calls	Direct JSON-RPC over urllib — no middleware, no proxy

🔐 Private Key Security

Your private key is the only thing standing between your funds and an attacker. This library takes a strict approach:

How this library handles your key:

• Read from environment variable EXECUTOR_PRIVATE_KEY — never stored in a file, config, or database
• Used in-process via eth-account for signing — no shell command, no IPC, no temp file
• Never logged — the key appears nowhere in stdout, debug output, or trade journals

Author's setup (production-grade isolation):

┌─────────────────┐       HTTPS        ┌──────────────────┐
│   Agent Process  │ ──────────────────→ │  Signing Service  │
│   (no private    │   sign request      │  (holds key in    │
│    key access)   │ ←────────────────── │   HSM / enclave)  │
└─────────────────┘   signed payload     └──────────────────┘

• Private key lives in a separate signing microservice on an isolated machine
• Agent process never sees the key — only sends transaction payloads to be signed
• Communication over HTTPS with Bearer token auth
• This is the most secure architecture but requires infrastructure setup

Recommended approaches (pick your level):

Level	Approach	Security	Complexity
⭐ Basic	Environment variable + pip install uniswap-autopilot[signer]	Good for dev/testing	Zero
⭐⭐ Standard	.env file (gitignored) + env var	Good for personal bots	Low
⭐⭐⭐ Advanced	Dedicated signing service (separate machine / Docker)	Production-grade	Medium
⭐⭐⭐⭐ Maximum	HSM or AWS KMS backed signing service	Institutional-grade	High

Rules that apply to every level:

1. Never commit a private key to git — not in code, not in config, not in .env (unless .env is in .gitignore)
2. Never paste your key in an AI chat — LLM providers may log and train on your input
3. Use a dedicated trading wallet — fund it with only what you're willing to lose
4. Test on testnet first — every chain has a faucet, use it before mainnet
5. Set spending limits — use auto_trade_policy.json to cap per-trade amounts

# Basic setup (Level ⭐)
# Step 1: Create a dedicated wallet
# Step 2: Export the private key
export EXECUTOR_PRIVATE_KEY=0x...
export WALLET_ADDRESS=0x...
export RPC_URL_BASE=https://mainnet.base.org

# Step 3: Add to your shell profile (never to git)
echo 'export EXECUTOR_PRIVATE_KEY=0x...' >> ~/.bashrc  # or ~/.zshrc

For AI Agent Developers

This library is designed as the execution backend for coding agents:

# 1. Research   →  search tokens, assess risk
# 2. Plan       →  get quote, calculate optimal slippage
# 3. Verify     →  preflight balance/allowance/gas check
# 4. Execute    →  sign + broadcast (with optional human confirmation)
# 5. Report     →  receipt, PnL journal, position health

Compatible with:

• uniswap-ai — use for planning, use this for execution
• Claude Code / Cursor — import directly in agent scripts
• Codex — pip install in sandbox, execute trades
• Any MCP-compatible agent — wrap the API in an MCP tool server

Development

# Install with dev dependencies
pip install -e ".[dev]"

# Run tests
pytest                              # 99 tests
pytest --cov=uniswap_autopilot      # with coverage
pytest -x                           # stop at first failure

# Lint
ruff check src/ tests/

Roadmap

• MCP server wrapper for plug-and-play agent integration
• PyPI package publishing
• Async support (async/await)
• More DEX aggregators (1inch, Paraswap)
• Position monitoring & alerting
• Backtesting framework

Contributing

Contributions welcome! Areas of particular interest:

• More chains — add config to data/chains.json
• More analytics — fee income forecasting, Monte Carlo IL simulation
• More extensions — DCA, TWAP, MEV protection
• Tests — the more the merrier
• Docs — tutorials, API reference, integration guides

Please open an issue first to discuss what you'd like to change.

License

MIT — use it however you want.