Working with Lockdownd (The Orchard) for Openclaw

A powerful toolkit for interacting with iOS devices over WiFi via the Apple Lockdown Protocol for diagnostics, log streaming, and cryptographic research.

worflor
v1.0.1
Jan 31, 2026
0
0
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install working-with-lockdownd

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install working-with-lockdownd 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 Working with Lockdownd (The Orchard)?

This skill enables seamless communication with iOS devices over WiFi using the Apple Lockdown Protocol (port 62078), leveraging research from "The Orchard" project. It allows developers and researchers to bypass the need for a physical USB connection after an initial pairing, providing deep access to device properties, real-time system logs, and sensitive cryptographic secrets.

By utilizing Openclaw Skills, users can automate device discovery and monitoring without the overhead of full iTunes installations. The skill is designed to handle the complexities of the post-iOS 17 security landscape, mapping out exactly what is possible over WiFi connections while maintaining a robust interface for advanced device research.

Working with Lockdownd (The Orchard) Use Cases

  • Monitoring real-time iOS system logs and binary traces over a local network.
  • Querying hardware specifications, battery health, and device identities remotely.
  • Extracting activation keys and Find My network secrets for security research.
  • Automating device status checks and notifications for internal lab environments.

How Working with Lockdownd (The Orchard) Works

  1. Initialize the environment by ensuring the Apple Mobile Device Driver is installed on the host machine.
  2. Perform a one-time physical pairing via USB to establish a trusted connection and generate a pairing record.
  3. Transition to WiFi-based communication using the stored pairing records in the lockdown folder.
  4. Execute CLI commands via the lockdownd_cli.py script to query properties or stream data.
  5. Handle sensitive data extraction or device management tasks through specialized scripts like extract_secrets.py.

Working with Lockdownd (The Orchard) Setup

To use this within the Openclaw Skills ecosystem, follow these steps:

  1. Drivers: Ensure the Apple Mobile Device Driver is installed (typically found via 3uTools or standalone Apple installers).
  2. Pairing: Connect the iOS device via USB and select "Trust" on the screen.
  3. Network: Ensure the device and host are on the same WiFi network.
# Scan for paired devices on your network
python skills/working-with-lockdownd/scripts/lockdownd_cli.py discover --prefix 10.0.0.

# Check device status
python skills/working-with-lockdownd/scripts/lockdownd_cli.py status --host <IP_ADDRESS>

Working with Lockdownd (The Orchard) Data Schema & Taxonomy

The skill organizes interaction data and credentials as follows:

Component Details
Pairing Records Plist files containing HostCertificate and HostPrivateKey located in C:\ProgramData\Apple\Lockdown.
Property Domains Data categorized by domains such as com.apple.mobile.battery or com.apple.disk_usage.
Log Streams Supports syslog_relay for text and os_trace_relay for binary process information.
Secret Outputs JSON files containing extracted Activation Identities and Find My Network keys.

Working with Lockdownd (The Orchard) Advanced Features

  • Real-time OS Tracing: Stream high-frequency binary trace data with rich process information using os_trace_relay.
  • Cryptographic Secret Extraction: Access Activation Identity, Find My Network keys, and escrow bags using the --yes safety flag.
  • Automated Discovery: Scan local network subnets to identify and connect to previously paired devices automatically.
  • System Event Subscription: Use the notification_proxy to listen for and react to specific iOS system triggers.

SKILL.md


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