aetherlang

Model, deploy, and monitor AI workflows as code via a public API.

5|1|Updated Feb 9, 2026
One-click install
npx skills add https://github.com/contrario/aetherlang --skill aetherlang
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: aetherlang
Source: https://github.com/contrario/aetherlang/tree/main
Command: npx skills add https://github.com/contrario/aetherlang --skill aetherlang

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

AetherLang Ω provides a production-grade DSL to orchestrate multi-model AI workflows. It enables teams to define, validate, and execute complex AI pipelines as code, reducing integration friction and speeding up deployment across domains like recipes, market analysis, research, and education.

Core Features & Use Cases

  • 39 node types enabling rich orchestration across AI tasks (planning, LLM prompts, data processing, and safety guards)
  • V3/V2 engines such as Chef, APEX, Oracle, GAIA, and NEXUS-7 for domain-specific flows
  • OpenClaw integration to run flows via chat platforms and API endpoints
  • Security-first design with input validation, prompt sanitization, rate limiting, and Gandalf safety review
  • Examples include building production-grade recipe flows, business strategy analyses, and market intelligence pipelines

Quick Start

Install via pip and run a sample flow to validate end-to-end execution and visualization.

Frequently Asked Questions about aetherlang

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I orchestrate multi-model AI workflows as code?

You can orchestrate multi-model AI workflows as code using a domain-specific language that defines, validates, and executes complex pipelines. The system supports 39 node types across culinary, business, and research domains, reducing integration friction for production deployment.

What is a DSL for AI workflow orchestration?

A DSL for AI workflow orchestration is a specialized language to model, deploy, and monitor multi-model pipelines. It enables teams to define flows as code, validate inputs, enforce safety guards, and execute tasks across domains like recipe optimization and market analytics.

How do I add safety guards and input validation to AI pipelines?

To add safety guards and input validation to AI pipelines, define your flows using a security-first DSL that enforces prompt sanitization, rate limiting, and automated safety reviews. This ensures all pipeline inputs are validated before execution.

Can I execute AI workflows via an API endpoint?

Yes, you can execute AI workflows via a public API endpoint. Once you define your multi-model pipeline as code, the system exposes an execution API, allowing you to trigger flows and integrate orchestration directly into your applications.

Does OpenClaw integration work for running AI pipelines on chat platforms?

Yes, OpenClaw integration works for running AI pipelines on chat platforms. By connecting your code-defined AI workflows to OpenClaw, you can execute orchestration flows directly through chat interfaces and API endpoints.

What are the limitations of using a DSL for AI workflow orchestration?

A limitation of using a DSL for AI workflow orchestration is the need to learn its specific syntax and 39 node types. While it provides structured validation and safety guards, teams must map complex logic into its supported culinary, business, and research domains.