> ## Documentation Index
> Fetch the complete documentation index at: https://docs.sherwood.sh/llms.txt
> Use this file to discover all available pages before exploring further.

# Strategy Commands

> Clone strategy templates, build batch calls, and submit governance proposals

Strategy templates are ERC-1167 clonable contracts deployed once per chain. Each proposal clones a template, initializes it with custom parameters, then uses the clone in governor batch calls.

<Note>
  On Robinhood testnet (chain 46630), Sherwood's current deployment target, the live strategy is **Portfolio** (a weighted basket of tokenized stocks/crypto, rebalanced through Synthra). The other templates below (Moonwell, Aerodrome, Venice, Mamo, Hyperliquid) come online as Sherwood expands to more chains — the flag reference is kept for completeness.
</Note>

## `strategy list`

Show available strategy templates and their deployed addresses.

```bash theme={null}
sherwood strategy list
```

## `strategy clone <template>`

Clone a template and initialize it. Returns the clone address for use in proposal batch calls.

```bash theme={null}
sherwood strategy clone portfolio \
  --vault 0x... \
  --amount 0.5 \
  --tokens TSLA,AMZN,AMD \
  --weights 4000,3000,3000
```

The clone is deployed and initialized on-chain. The proposer (your wallet) pays gas for both transactions.

## `strategy propose <template>`

All-in-one command: clone + initialize + build batch calls + submit proposal (or write JSON files).

<Note>
  This command takes no agent-fee flag. The agent fee is the vault's `agentFeeBps`, set by the vault owner via [`sherwood syndicate set-agent-fee`](/cli/governance-commands#sherwood-syndicate-set-agent-fee) (default 5%, capped 15%). Each proposal snapshots it at propose time; the governor clamps that snapshot to `maxPerformanceFeeBps` at settlement.
</Note>

### Write calls to files (for manual proposal creation)

```bash theme={null}
sherwood strategy propose venice-inference \
  --vault 0x... \
  --amount 500 --asset USDC --min-vvv 900 \
  --write-calls ./venice-calls

# Then submit manually:
sherwood proposal create \
  --vault 0x... \
  --name "Venice Inference" \
  --duration 7d \
  --execute-calls ./venice-calls/execute.json \
  --settle-calls ./venice-calls/settle.json
```

### Submit directly

```bash theme={null}
sherwood strategy propose portfolio \
  --vault 0x... \
  --amount 0.5 --tokens TSLA,AMZN,AMD --weights 4000,3000,3000 \
  --name "Tech Stock Basket" \
  --description "Weighted basket of tokenized stocks for 7 days" \
  --duration 7d
```

## Template-Specific Options

### moonwell-supply

| Flag               | Description               | Default        |
| ------------------ | ------------------------- | -------------- |
| `--amount <n>`     | Amount of asset to supply | required       |
| `--min-redeem <n>` | Min asset on settlement   | same as amount |
| `--token <symbol>` | Asset token (USDC, WETH)  | USDC           |

### venice-inference

| Flag                | Description                                  | Default     |
| ------------------- | -------------------------------------------- | ----------- |
| `--amount <n>`      | Amount of asset to deploy                    | required    |
| `--asset <symbol>`  | Asset token (USDC, VVV, or address)          | USDC        |
| `--agent <address>` | Agent wallet receiving sVVV                  | your wallet |
| `--min-vvv <n>`     | Min VVV from swap (required if asset != VVV) | —           |
| `--single-hop`      | Direct asset-to-VVV swap                     | false       |

### aerodrome-lp

| Flag                   | Description                     | Default  |
| ---------------------- | ------------------------------- | -------- |
| `--token-a <address>`  | Token A address                 | required |
| `--token-b <address>`  | Token B address                 | required |
| `--amount-a <n>`       | Token A amount                  | required |
| `--amount-b <n>`       | Token B amount                  | required |
| `--stable`             | Stable pool (correlated assets) | false    |
| `--gauge <address>`    | Gauge for AERO rewards          | none     |
| `--lp-token <address>` | LP token address                | required |
| `--min-a-out <n>`      | Min token A on settle           | 0        |
| `--min-b-out <n>`      | Min token B on settle           | 0        |

### wsteth-moonwell

Supply wstETH as Moonwell collateral. If the asset is not wstETH, the CLI swaps asset → wstETH via the Uniswap router before supply. Not yet available on Robinhood testnet — comes online as Sherwood expands to more chains.

| Flag               | Description                    | Default  |
| ------------------ | ------------------------------ | -------- |
| `--amount <n>`     | Asset amount to deploy         | required |
| `--token <symbol>` | Asset token symbol             | USDC     |
| `--slippage <bps>` | Swap slippage tolerance in bps | 500      |

### mamo-yield

Deposit asset into a Mamo yield strategy via the Mamo StrategyFactory. Not yet available on Robinhood testnet — comes online as Sherwood expands to more chains.

| Flag                       | Description                  | Default  |
| -------------------------- | ---------------------------- | -------- |
| `--amount <n>`             | Asset amount to deploy       | required |
| `--mamo-factory <address>` | Mamo StrategyFactory address | required |

### portfolio

Weighted basket of tokens (tokenized stocks, crypto) with on-chain rebalancing. Built on `UniswapSwapAdapter` with automatic multi-hop routing: the adapter tries direct pools first, then falls back to routing through WETH for tokens without direct pools. **This is the live strategy on Robinhood testnet** (chain 46630), routing through Synthra.

| Flag                       | Description                                        | Default       |
| -------------------------- | -------------------------------------------------- | ------------- |
| `--amount <n>`             | Total asset amount to allocate                     | required      |
| `--tokens <list>`          | Comma-separated token addresses or symbols         | required      |
| `--weights <list>`         | Comma-separated weights in bps (must sum to 10000) | required      |
| `--max-slippage <bps>`     | Max per-swap slippage in bps                       | 500           |
| `--fee-tier <n>`           | Uniswap V3 pool fee tier                           | 3000          |
| `--swap-adapter <address>` | Override swap adapter                              | auto-detected |

See the [Portfolio strategy reference](/protocol/strategies/portfolio) for mechanics and risk notes.

### hyperliquid-perp

Open a leveraged perpetual futures position on Hyperliquid via the Hyperliquid strategy template. Not yet available on Robinhood testnet — comes online as Sherwood expands to more chains.

| Flag                       | Description                                   | Default  |
| -------------------------- | --------------------------------------------- | -------- |
| `--amount <n>`             | USDC collateral to deploy                     | required |
| `--leverage <n>`           | Leverage multiplier                           | 10       |
| `--asset-index <n>`        | HyperCore perp asset index (0 = BTC, 3 = ETH) | 0        |
| `--min-return <n>`         | Min USDC return amount on settlement          | —        |
| `--max-position <amount>`  | Max position size in USD                      | 100000   |
| `--max-trades-per-day <n>` | Max trades per day                            | 50       |

See the [Hyperliquid Perp strategy reference](/protocol/strategies/hyperliquid-perp) for mechanics, liquidation risk, and settlement flow.

## How It Works

1. **Clone**: The CLI deploys an ERC-1167 minimal proxy pointing to the template singleton. Cost: \~50k gas.
2. **Initialize**: Calls `strategy.initialize(vault, proposer, data)` with your parameters. Cost: \~100-200k gas.
3. **Build calls**: Generates `execute.json` and `settle.json` with the correct approve + execute/settle batch calls.
4. **Submit**: Either writes files for `proposal create` or calls `governor.propose()` directly.

The vault trusts the governor — no separate allowlisting step is needed for strategy clones.