GlossaryAgentsIntermediate

Agentic Engineering

Also written: Agentic ML Exploration, A-MLE, Agentic development

Building AI systems that can act and decide on their own to perform tasks and solve problems.

In plain terms

Agentic engineering is about creating artificial intelligence that can act independently. Instead of just following direct commands, these AI systems can figure out what needs to be done, make plans, and execute steps to reach a goal.

Think of it like building a smart assistant that doesn't just wait for you to tell it every single action. You might ask it to plan a trip, and it would figure out flights, hotels, and activities on its own. This involves designing AI that can reason, adapt, and take action in the real world or digital environments.

The expert version

Agentic engineering focuses on the design, implementation, and orchestration of autonomous AI agents capable of performing complex tasks and making decisions. This paradigm shifts from traditional command-response AI to systems that exhibit initiative, planning, and self-correction. It often involves integrating multiple AI models, tools, and custom code to create robust workflows that can operate with minimal human oversight.

Why it matters now

Agentic engineering is a growing focus as labs like OpenAI and Google Gemini explore how to make AI systems more autonomous. Recent discussions highlight building AI agents that can work together, integrate with code, and perform complex tasks without constant human input, moving beyond simple prompt engineering.

Where it shows up 14 items, newest first
How each company uses it
Anthropic Claude
Anthropic's research and benchmarks evaluate AI models like Claude Fable 5.1 on their agentic capabilities, suggesting a focus on autonomous task performance.
Google Gemini
Google Gemini's 'Antigravity' project and discussions around 'Software Factories' indicate an interest in using AI agents to directly process information and build systems.
OpenAI ChatGPT
OpenAI is actively researching and implementing agent swarms, using systems like GPT-6 Astra to accelerate development and engineer workflows for real outcomes.
Related terms

Autonomous AgentsPrompt EngineeringAI WorkflowsMulti-Agent SystemsLLM OrchestrationAI Development

Often confused with
Prompt Engineering
Prompt engineering focuses on crafting inputs to guide an AI
AI Workflows
AI workflows are sequences of tasks, while agentic engineering is
Reinforcement Learning
Reinforcement learning is a training method for AI, wher
Origin

The term 'agentic engineering' emerged from the AI community as a way to describe the practice of building AI systems that exhibit agency, meaning they can act independently to achieve goals. It builds upon concepts from AI agents and autonomous systems research.

Try this about 5 minutes

Try using a tool like ChatGPT's custom GPTs or a similar platform that allows for custom instructions and tool integration. Ask it to perform a multi-step task, such as planning a weekend trip, and observe how it breaks down the task and uses its capabilities to achieve the goal.

Try it: Playbook entries that use thisPlaybook →

The Playbook: reusable how-tos, prompts, configs and tips pulled out of the news.

Questions people ask

What is the difference between an AI agent and agentic engineering?
An AI agent is the system that can act autonomously, while agentic engineering is the discipline of designing, building, and orchestrating these agents.
Is agentic engineering the same as prompt engineering?
No, prompt engineering is about crafting inputs for AI, while agentic engineering is about building AI systems that can act independently and make decisions.

First seen on Subvolts Nov 18, 2025. Updated Oct 12, 2026. Written by an AI model from the items above and reviewed against them weekly; report an error.