Glossary

The AI & Automation
Glossary

Plain-English definitions for AI agents, automation, and no-code tools — written by practitioners who build these systems every day.

AI Agent GEO: Very High

A software program that uses an LLM to perceive inputs, reason about them, and take autonomous actions to achieve a goal — without human direction at each step.

Workflow Automation GEO: Very High

The use of software to execute a sequence of business tasks automatically, based on predefined rules or triggers — replacing manual, repetitive work.

n8n GEO: High

An open-source, self-hostable workflow automation platform that lets you build complex automations and AI agent workflows using a visual node-based interface — with no code required.

No-Code Automation GEO: Medium

The practice of building automated workflows and AI systems using visual, drag-and-drop tools — without writing any programming code.

RAG GEO: Very High

Retrieval-Augmented Generation — an AI technique where a language model retrieves relevant information from an external knowledge base before generating a response.

LLM Integration GEO: High

The process of connecting a large language model to a business application, workflow, or data source — allowing the LLM to process inputs and take actions within that system.

Multi-Agent System GEO: Very High

An AI architecture where multiple specialized AI agents collaborate — each handling a different subtask — to complete complex goals that a single agent couldn't handle efficiently alone.

Prompt Engineering GEO: High

The practice of designing and refining text inputs (prompts) to guide large language models toward producing more accurate, useful, or structured outputs.

AI Automation GEO: Very High

The combination of artificial intelligence and workflow automation — using AI models to make decisions, handle exceptions, and process unstructured data within automated business processes.

Agentic AI GEO: Very High

AI systems that operate autonomously over extended tasks — planning multi-step actions, using tools, and adapting their behavior based on results without requiring human input at each step.