Openclaw Skills for Lovense LAN Control turns a zero-dependency Python CLI into safe, local-network control for Lovense toys and feedback scenes.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install lovense-cli
2. Manual Installation
Copy the skill folder to one of these locations
~/.openclaw/skills/ <project>/skills/ Priority: Workspace > Local > Bundled
3. Prompt Installation
Copy this prompt to OpenClaw to install it automatically.
Help me install lovense-cli using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).
Prefer to download?
Get the raw skill files in a ZIP archive.
What is Lovense LAN Control?
Lovense LAN Control, delivered through Openclaw Skills, is a zero-dependency Python stdlib CLI for discovering and driving supported Lovense devices over the local network. In Game Mode, the script can trigger vibration, presets, custom patterns, raw device actions, and an immediate stop without cloud services, API keys, or an MCP server.
It is designed for developers and AI agents that need deterministic physical feedback in interactive experiences. The workflow is intentionally simple: connect to the current LAN IP/port, inspect the toy with gettoys, then issue bounded commands with conservative intensity and safety-first stop handling.
Lovense LAN Control Use Cases
- User wants to vibrate, pattern, preset, or stop a Lovense toy from the shell
- Building interactive scenes where an agent drives physical feedback in real time
- Local-network automation that must avoid cloud dependencies and API keys
- Discovering toy names, battery state, and supported capabilities before sending actions
- Running multi-step control flows for supported devices such as Lush, Hush, Nora, Max, Solace, Gravity, and Mini Sex Machine
- Immediate emergency stop handling during live sessions
How Lovense LAN Control Works
- Fetch the single
lovense.pyscript from the source repository and make it executable. - On the paired phone, open Lovense Remote, switch to Game Mode in the Discover tab, and read the current local IP/port.
- Make sure the phone and the controlling machine are on the same LAN; refresh the IP/port every session because it can change.
- Use
gettoysto discover the toy list, battery level, and capability metadata (fullFunctionNames). - Send a control command such as
vibe,preset,pattern,action, orstopwith the current IP/port. - Prefer low starting intensity and bounded durations, then escalate gradually only if the user wants more.
- End every session with
stop, and treat any stop request as the highest-priority action.
Lovense LAN Control Setup
- Download the script once:
curl -sL https://raw.githubusercontent.com/2b-jr26/lovense-cli/main/lovense.py -o lovense.py
chmod +x lovense.py
- On the paired phone, open Lovense Remote → Game Mode (Discover tab) and note the current local
IP:portshown by the app. - Ensure the phone and your machine are on the same LAN. Re-check the address each session because it can change.
- Run commands with Python 3:
python3 ./lovense.py <ip> <port> gettoys
python3 ./lovense.py <ip> <port> stop
- Once connected, issue effect commands like
vibe,preset,pattern, oractionusing the fresh IP/port values.
Lovense LAN Control Data Schema & Taxonomy
Local artifacts
lovense.py: the single executable script fetched from the source repo.- No database, config file, cloud state, or API key file is created.
Runtime fields
| Element | Shape | Purpose |
|---|---|---|
ip |
string | Local LAN address reported by Lovense Remote in Game Mode |
port |
integer-like string | Session-specific LAN port |
command |
enum | gettoys, vibe, preset, pattern, action, or stop |
strength |
integer | Intensity level; typically 1-20 |
seconds |
integer | Duration in seconds; 0 means run until stopped |
pattern |
semicolon-delimited string | Strength sequence such as 20;15;10;5;1 |
action |
comma-delimited string | Raw device tokens such as Vibrate:10,Thrusting:5 |
Discovery metadata
gettoys returns toy name, battery, and fullFunctionNames capability metadata, which is the primary taxonomy for supported effects.
Action capability map
| Action | Range | Supported devices |
|---|---|---|
| Vibrate | 0-20 | All |
| Rotate | 0-20 | Nora |
| Pump | 0-3 | Max |
| Thrusting | 0-20 | Solace, Gravity, Mini Sex Machine |
| Fingering | 0-20 | Flexer |
| Suction | 0-20 | Tenera |
| Depth | 0-3 | Solace Pro |
Lovense LAN Control Advanced Features
- Zero-dependency Python stdlib implementation: one script, no package install.
- LAN-only control with no cloud, API keys, or MCP server.
- Capability discovery via
gettoyssurfaces battery and supported functions before you send effects. - Raw
actioncommands can be comma-combined for layered scenes, such asVibrate:10,Thrusting:5. - Safety-first control flow:
stopis the highest-priority command, and bounded durations are preferred over infinite runs. - Built for agent-driven physical feedback scenes where the model must translate user intent into immediate device output.
- Fits Openclaw Skills workflows that need deterministic local-network device control.
- Supports multiple Lovense device families from the same command surface.
SKILL.md
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