Voice-to-Protocol Transcriber for Openclaw

A hands-free voice recognition tool designed to help researchers record experimental procedures and observations into structured documentation in real-time.

aipoch-ai
v1.0.0
Apr 2, 2026
0
602
0

Install & Download

1. ClawHub CLI

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

npx clawhub@latest install voice-to-protocol-transcriber-1

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 voice-to-protocol-transcriber-1 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 Voice-to-Protocol Transcriber?

The Voice-to-Protocol Transcriber is a specialized utility within the Openclaw Skills ecosystem tailored for researchers working in laboratory environments. It enables users to document chemistry, biology, or physics experiments without ever needing to touch a keyboard, ensuring that focus remains entirely on the scientific procedure.

By leveraging real-time speech-to-text technology, the skill converts voice commands into organized logs, complete with timestamps and categorized entries. This tool is essential for maintaining high-fidelity records in wet lab settings where manual note-taking is difficult or impractical.

Voice-to-Protocol Transcriber Use Cases

  • Chemistry experiment operation recording for hands-free documentation.
  • Biology experiment step tracking to ensure procedural consistency.
  • Physics experiment data recording during active measurement phases.
  • Clinical experiment operation logging for immediate and accurate record-keeping.
  • Any scenario requiring real-time step recording while hands are occupied with equipment.

How Voice-to-Protocol Transcriber Works

  1. The user initiates the session via the Openclaw CLI or a Python script, specifying the experiment name and language.
  2. The skill activates the microphone and listens for specific voice triggers like Start Recording.
  3. As the user speaks, the engine performs real-time transcription and uses keyword detection to classify input into Steps, Observations, or Notes.
  4. Every entry is automatically tagged with a high-precision timestamp for accurate chronological sequencing.
  5. The system periodically auto-saves the transcribed data to prevent information loss.
  6. Upon completion, the user issues a save command to generate a structured report in Markdown or Word format.

Voice-to-Protocol Transcriber Setup

To begin using this skill, install the required Python dependencies:

pip install speechrecognition pyaudio pydub python-docx

Configure your language preferences and save directories in the configuration file located at ~/.openclaw/config/voice-to-protocol-transcriber.json. To start a recording session for a specific experiment, run:

openclaw skill voice-to-protocol-transcriber --experiment "Lab-Session-001"

Voice-to-Protocol Transcriber Data Schema & Taxonomy

The skill generates structured experiment records based on the following data taxonomy:

Attribute Description
Experiment Metadata Includes name, date, and recorder identification.
Steps Operational procedures categorized by the Step voice trigger.
Observations Real-time findings categorized by the Observed trigger.
Notes Supplemental details or reminders captured during the session.
Timestamps Automated ISO-formatted time markers for every individual entry.

Voice-to-Protocol Transcriber Advanced Features

  • Intelligent classification that automatically sorts speech into structured protocol headers.
  • Multi-language support to accommodate global research environments, including English and Chinese.
  • Support for multiple export formats such as Markdown, Microsoft Word (.docx), and Plain Text.
  • Voice-activated command control for starting, stopping, and saving records entirely hands-free.
  • Integration-ready Python API for embedding transcription capabilities into custom lab automation software.
  • Automated timestamping for every recorded action to ensure precise experimental audit trails.

SKILL.md


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