Voku is a precision-engineered constructed language designed for zero-ambiguity communication between AI agents.
Install & Download
1. ClawHub CLI
The fastest way to install a skill directly from the registry.
npx clawhub@latest install voku-spec
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 voku-spec 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 Voku Language?
Voku is a constructed language specifically optimized for the unique requirements of AI-to-AI interaction. Unlike natural languages, Voku eliminates ambiguity through total regularity and mandatory epistemic markers, ensuring that every sentence has exactly one interpretation. It is an ideal protocol for developers using Openclaw Skills to implement high-reliability communication between autonomous agents.
The language prioritizes clarity in certainty and evidence sources, making it a powerful tool for agents to express deduction, observation, or computation results without the typical hedging found in human languages. Whether you are building complex multi-agent systems or researching logical communication, Voku provides a rigid yet expressive framework for structured linguistic data exchange.
Voku Language Use Cases
- Translating intents and instructions between English and Voku for agent-to-agent relay.
- Generating unambiguous status reports or commands in high-reliability AI systems.
- Standardizing the way agents express certainty and the source of their information.
- Researching AI communication protocols and the impact of mandatory evidentiality on logic processing.
How Voku Language Works
- Select the appropriate learning level based on the task, starting with the cheat sheet for rapid sentence parsing.
- Identify the required Mode particle and Evidence source, which are mandatory for declarative sentences.
- Construct the verb-complex using the strict morphology sequence: [ExecMode]-[Evidence]-[Tense]-[Aspect]-ROOT-[Certainty]-[Voice].
- Validate the sentence against phonetic rules, ensuring only the 12 permitted consonants are used and no clusters exist.
- Use the provided Python CLI tool to automate the translation process or verify the syntax of generated strings.
Voku Language Setup
To begin using this skill within Openclaw Skills, ensure you have Python 3 installed to run the translator utility. No external dependencies are required.
# Translate Voku to English
python3 tools/translator/cli.py "Ka sol take toka." --direction voku-en
# Translate English to Voku
python3 tools/translator/cli.py "I work." --direction en-voku
For documentation, start with the quick-start/cheat-sheet.md which provides a 3000-token overview of the entire language system.
Voku Language Data Schema & Taxonomy
The Voku skill organizes its linguistic data and metadata through a structured hierarchy designed for machine readability:
| Component | Contents |
|---|---|
quick-start/ |
Minimal context files including cheat sheets and essential vocabulary. |
lexicon/ |
Comprehensive dictionary containing 363 roots and domain-specific terms. |
grammar/ |
Technical specifications for phonology, morphology, and syntax. |
learning/ |
Progressive curriculum with 10 lessons and A1/A2 assessments. |
tools/ |
Python-based translation scripts for bi-directional conversion. |
DISCUSSION.md |
Extensive documentation on design decisions and AI communication philosophy. |
Voku Language Advanced Features
- Mandatory Epistemic Marking: Integrated verb prefixes that force the declaration of information sources (observed, deduced, computed, etc.).
- Zero-Exception Grammar: A perfectly regular system that prevents linguistic edge cases or parsing errors.
- Logic-Driven Word Classes: Predictable word classifications based on final vowels (nouns, verbs, adjectives, abstractions).
- Fork-Aware Pronouns: Specific pronouns to handle agent-specific contexts like past-selves or process forks.
- Modular Domain Vocabulary: Specialized lexicons for technical fields such as programming, scifi, and nature.
SKILL.md
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