lp-agent

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Manage concentrated liquidity (CLMM) positions on DEXs like Meteora and Raydium. Create, monitor, and rebalance LP positions automatically.

8installs

Sourcehummingbot/skills

Added on2026-02-07

NPX Install

npx skill4agent add hummingbot/skills lp-agent

SKILL.md Content

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lp-agent

This skill manages concentrated liquidity (CLMM) positions on decentralized exchanges like Meteora (Solana) and Raydium. It provides automated LP position management with rebalancing capabilities similar to the LP Manager controller.

Prerequisites

Before using this skill, ensure hummingbot-api and MCP are running:

bash

bash <(curl -s https://raw.githubusercontent.com/hummingbot/skills/main/skills/lp-agent/scripts/check_prerequisites.sh)

If not installed, use the

hummingbot-deploy

skill first.

Quick Start

1. Find a Pool

Use the

manage_gateway_clmm

MCP tool:

# List popular pools on Meteora
manage_gateway_clmm(action="list_pools", connector="meteora")

# Search for specific pools
manage_gateway_clmm(action="list_pools", connector="meteora", search_term="SOL")

# Get detailed pool info
manage_gateway_clmm(action="get_pool_info", connector="meteora", network="solana-mainnet-beta", pool_address="<address>")

2. Create LP Position

# First, see the LP executor config schema
manage_executors(executor_type="lp_executor")

# Create position with quote only (buy base as price drops)
manage_executors(
    action="create",
    executor_config={
        "type": "lp_executor",
        "connector_name": "meteora/clmm",
        "pool_address": "<pool_address>",
        "trading_pair": "SOL-USDC",
        "base_token": "SOL",
        "quote_token": "USDC",
        "base_amount": 0,
        "quote_amount": 100,
        "lower_price": 180,
        "upper_price": 200,
        "side": 1
    }
)

Side values:

```
0
```
= Both-sided (base + quote)
```
1
```
= Buy (quote-only, range below current price)
```
2
```
= Sell (base-only, range above current price)

IMPORTANT - Verify Position Creation:

After creating an executor, you MUST verify the position was actually created on-chain. Follow these steps:

Step 1: Get the executor ID from the creation response The

manage_executors(action="create")

call returns the executor_id. Use this ID for verification.

Step 2: Poll executor state until it changes from OPENING

manage_executors(action="get", executor_id="<executor_id>")

Check

custom_info.state

```
OPENING
```
→ Transaction in progress, wait 5-10 seconds and check again
```
IN_RANGE
```
or
```
OUT_OF_RANGE
```
→ Position created successfully ✓
```
FAILED
```
or
```
RETRIES_EXCEEDED
```
→ Transaction failed ✗

Step 3: Confirm position exists on-chain Even if state shows success, verify the position actually exists:

manage_gateway_clmm(
    action="get_positions",
    connector="meteora",
    network="solana-mainnet-beta",
    pool_address="<pool_address>"
)

The response should contain a position with matching

lower_price

and

upper_price

If verification fails:

Stop the failed executor:

manage_executors(action="stop", executor_id="<id>", keep_position=false)

Check the error in
```
custom_info.error
```
if available
Common issues: range too wide (reduce width), insufficient balance, network congestion

IMPORTANT - Range Width Limits (check BEFORE opening position):

Meteora DLMM pools have bin limits. Each bin represents a small price increment based on

bin_step

```
bin_step=1
```
→ Each bin is 0.01% apart
```
bin_step=10
```
→ Each bin is 0.1% apart
```
bin_step=100
```
→ Each bin is 1% apart

Maximum bins per position is ~69 due to Solana account size limits.

Calculate maximum range width:

max_width_pct = bin_step * 69 / 100
user_width_pct = (upper_price - lower_price) / lower_price * 100

Before creating any position, the agent MUST:

Get pool info:

manage_gateway_clmm(action="get_pool_info", connector="meteora", network="solana-mainnet-beta", pool_address="<address>")

Extract
```
bin_step
```
from response
Calculate
```
max_width_pct = bin_step * 69 / 100
```
If user's range exceeds max, warn user and suggest narrower range
Check wallet balance: user needs token amounts + at least 0.06 SOL for position rent
- Use
```
get_portfolio_overview
```
  to check balances
- Warn if insufficient SOL or token balance

Examples:

```
bin_step=1
```
: max ~0.69% width
```
bin_step=10
```
: max ~6.9% width
```
bin_step=100
```
: max ~69% width

3. Set Default Preferences (Optional)

Save commonly-used settings to avoid repeating them. Ask user which values they want to default:

# View current preferences
manage_executors(action="get_preferences")

# Save connector/pair defaults when creating
manage_executors(
    action="create",
    executor_config={
        "type": "lp_executor",
        "connector_name": "meteora/clmm",
        "trading_pair": "SOL-USDC",
        ...
    },
    save_as_default=true
)

What can be defaulted:

```
connector_name
```
- e.g.,
```
meteora/clmm
```
(must include
```
/clmm
```
suffix)
```
trading_pair
```
- e.g.,
```
SOL-USDC
```
```
extra_params.strategyType
```
- Meteora only: 0=Spot, 1=Curve, 2=Bid-Ask

What should NOT be defaulted:

```
side
```
- Determined by amounts at creation time
```
base_token
```
/
```
quote_token
```
- Inferred from trading_pair
```
lower_price
```
/
```
upper_price
```
- Market-dependent

Defaults stored at

~/.hummingbot_mcp/executor_preferences.md

4. Monitor Positions

# List all LP positions
manage_executors(action="search", executor_types=["lp_executor"])

# Get specific position details
manage_executors(action="get", executor_id="<executor_id>")

# Get positions summary
manage_executors(action="get_summary")

5. Manage Positions

# Collect fees (via Gateway CLMM)
manage_gateway_clmm(
    action="collect_fees",
    connector="meteora",
    network="solana-mainnet-beta",
    position_address="<position_nft_address>"
)

# Close position
manage_executors(action="stop", executor_id="<executor_id>", keep_position=false)

Position Types

Double-Sided (Both Tokens)

Provide liquidity with both base and quote tokens. Best when you expect price to stay within range.

     Lower          Current         Upper
       |---------------|---------------|
       |<-- Quote zone | Base zone -->|

Price goes UP: You sell base, accumulate quote
Price goes DOWN: You buy base with quote

Single-Sided: Quote Only (side=1)

Position entire range BELOW current price. You're buying base as price drops.

     Lower          Upper    Current
       |---------------|--------|
       |<---- Buy zone ---->|

Single-Sided: Base Only (side=2)

Position entire range ABOVE current price. You're selling base as price rises.

                   Current    Lower          Upper
                      |--------|---------------|
                               |<-- Sell zone -->|

Rebalancing Strategy (Agent-Driven)

When price moves out of your position range, the agent handles rebalancing automatically.

Step 1: Monitor Position State

manage_executors(action="get", executor_id="<id>")

Check

custom_info.state

```
IN_RANGE
```
→ No action needed
```
OUT_OF_RANGE
```
→ Wait for rebalance delay, then rebalance

Rebalance delay: Wait for position to be out of range for a set time (default: 60 seconds). Ask user to confirm delay before starting.

Step 2: Determine Rebalance Direction

Compare

custom_info.current_price

with

custom_info.lower_price

and

custom_info.upper_price

If current_price < lower_price (price dropped below range):

You're now holding mostly BASE tokens
Strategy: Create BASE-ONLY position ABOVE current price
This lets you sell base as price recovers

If current_price > upper_price (price rose above range):

You're now holding mostly QUOTE tokens
Strategy: Create QUOTE-ONLY position BELOW current price
This lets you buy base if price drops

Step 3: Close Old Position

manage_executors(action="stop", executor_id="<old_id>", keep_position=false)

This returns tokens to wallet. Use the returned amounts for the new position.

Step 4: Create New Single-Sided Position

Use tokens received from close. For position width W% (ask user, check bin_step limits):

Price below range → base-only position ABOVE current price (side=2):

new_lower_price = current_price
new_upper_price = current_price * (1 + W/100)
base_amount = <amount received from close>
quote_amount = 0
side = 2

Price above range → quote-only position BELOW current price (side=1):

new_lower_price = current_price * (1 - W/100)
new_upper_price = current_price
base_amount = 0
quote_amount = <amount received from close>
side = 1

manage_executors(action="create", executor_config={
    "type": "lp_executor",
    "connector_name": "<same_connector>",
    "pool_address": "<same_pool>",
    "trading_pair": "<same_pair>",
    "base_amount": <base_amount>,
    "quote_amount": <quote_amount>,
    "lower_price": <new_lower_price>,
    "upper_price": <new_upper_price>,
    "side": <side>
})

Step 5: Verify New Position

manage_executors(action="get", executor_id="<new_id>")

Confirm

custom_info.state

IN_RANGE

OUT_OF_RANGE

(not

OPENING

FAILED

MCP Tools Reference

manage_gateway_clmm

Action	Parameters	Description
`list_pools`	connector, search_term, sort_key, limit	Browse available pools
`get_pool_info`	connector, network, pool_address	Get pool details
`get_positions`	connector, network, pool_address	Get positions in a pool
`open_position`	connector, network, pool_address, lower_price, upper_price, base_token_amount, quote_token_amount	Open position directly
`close_position`	connector, network, position_address	Close position
`collect_fees`	connector, network, position_address	Collect accumulated fees

manage_executors

Action	Parameters	Description
(none)	executor_type="lp_executor"	Show config schema with your defaults
`create`	executor_config, save_as_default	Create LP executor (optionally save as default)
`search`	executor_types=["lp_executor"]	List LP executors
`get`	executor_id	Get executor details
`stop`	executor_id, keep_position	Stop executor
`get_summary`	-	Get overall summary
`get_preferences`	-	View preferences file
`save_preferences`	preferences_content	Save edited preferences
`reset_preferences`	-	Reset to default template

Scripts

Script	Purpose
`check_prerequisites.sh`	Verify API, Gateway, wallet setup

LP Executor Config Schema

json

{
    "type": "lp_executor",
    "connector_name": "meteora/clmm",
    "pool_address": "2sfXxxxx...",
    "trading_pair": "SOL-USDC",
    "base_token": "SOL",
    "quote_token": "USDC",
    "base_amount": 0,
    "quote_amount": 100,
    "lower_price": 70,
    "upper_price": 90,
    "side": 1,
    "extra_params": {
        "strategyType": 0
    }
}

Fields:

```
connector_name
```
: CLMM connector - append
```
/clmm
```
to connector name (e.g.,
```
meteora/clmm
```
)
```
pool_address
```
: Pool contract address
```
trading_pair
```
: Format "BASE-QUOTE"
```
base_amount
```
/
```
quote_amount
```
: Token amounts (set one to 0 for single-sided)
```
lower_price
```
/
```
upper_price
```
: Position price bounds
```
side
```
: 0=both, 1=buy (quote-only), 2=sell (base-only)
```
extra_params
```
: Connector-specific (Meteora strategyType: 0=Spot, 1=Curve, 2=Bid-Ask)

Supported Connectors:

```
meteora/clmm
```
- Tested and fully supported
Other Gateway CLMM connectors - Should work but not yet tested

To list available CLMM connectors:

manage_gateway_config(resource_type="connectors", action="list")

Append

/clmm

to any CLMM connector name when creating executors.

Example: Full LP Management Flow

# 1. Check prerequisites
bash <(curl -s https://raw.githubusercontent.com/hummingbot/skills/main/skills/lp-agent/scripts/check_prerequisites.sh)

# 2. Find a pool
manage_gateway_clmm(action="list_pools", connector="meteora", search_term="SOL", sort_key="volume")

# 3. Get pool details (note the bin_step for range calculation)
manage_gateway_clmm(action="get_pool_info", connector="meteora", network="solana-mainnet-beta", pool_address="2sfXxxxx")
# Example response shows: bin_step=10, current_price=190
# Max range width = 10 * 69 / 100 = 6.9%
# Use conservative 5% width: lower=185.5, upper=194.5

# 4. Create position
manage_executors(action="create", executor_config={
    "type": "lp_executor",
    "connector_name": "meteora/clmm",
    "pool_address": "2sfXxxxx",
    "trading_pair": "SOL-USDC",
    "base_token": "SOL",
    "quote_token": "USDC",
    "base_amount": 0,
    "quote_amount": 100,
    "lower_price": 185.5,
    "upper_price": 194.5,
    "side": 1
})

# 5. VERIFY position was created (critical step!)
manage_executors(action="get", executor_id="<id>")
# Check custom_info.state:
# - "OPENING" → wait and check again
# - "IN_RANGE" or "OUT_OF_RANGE" → success!
# - "FAILED" → check error, possibly reduce range width

# 6. Monitor position
manage_executors(action="get", executor_id="<id>")

# 7. If out of range for 60+ seconds, rebalance (see Rebalancing Strategy)
# - Close: manage_executors(action="stop", executor_id="<id>", keep_position=false)
# - Reopen with tokens received as single-sided position

# 8. When done, close
manage_executors(action="stop", executor_id="<id>", keep_position=false)

Error Handling

Error	Cause	Solution
"Prerequisites not met"	API or MCP not running	Run `hummingbot-deploy` skill
"Pool not found"	Invalid pool address	Use list_pools to find valid pools
"Insufficient balance"	Not enough tokens	Check wallet balance, reduce amounts
"Position not in range"	Price outside bounds	Wait or rebalance
"InvalidRealloc"	Position range spans too many bins	Reduce range width (see bin_step limits above)
State stuck at "OPENING"	Transaction failed silently	Stop executor and retry with narrower range

lp-agent

NPX Install

Tags

SKILL.md Content

lp-agent

Prerequisites

Quick Start

1. Find a Pool

2. Create LP Position

3. Set Default Preferences (Optional)

4. Monitor Positions

5. Manage Positions

Position Types

Double-Sided (Both Tokens)

Single-Sided: Quote Only (side=1)

Single-Sided: Base Only (side=2)

Rebalancing Strategy (Agent-Driven)

Step 1: Monitor Position State

Step 2: Determine Rebalance Direction

Step 3: Close Old Position

Step 4: Create New Single-Sided Position

Step 5: Verify New Position

MCP Tools Reference

manage_gateway_clmm

manage_executors

Scripts

LP Executor Config Schema

Example: Full LP Management Flow

Error Handling