SEO Article Headline Optimizer

Automatically optimize your article’s headlines and title for a specific keyword or keyword cluster to improve SEO performance. This workflow analyzes your article, gathers related keywords, extracts existing headlines, and uses AI to rewrite and enhance them for better ranking potential.

How the AI Flow works - SEO Article Headline Optimizer

Flows

How the AI Flow works

Receive Article URL and Target Keyword.
Collect the article URL and the desired keyword from the user.
Fetch and Analyze Related Keywords.
Retrieve keyword cluster and related search terms for the target keyword using Google data.
Extract and Analyze Article Headlines.
Scrape the article to extract existing H1, H2, and H3 headlines.
Rewrite Headlines for SEO.
Use AI to rewrite the article's title and headlines to better target the selected keyword cluster while keeping the article's content intact.
Display Optimized Headlines.
Present the improved headlines and title to the user for review.

Prompts used in this flow

Below is a complete list of all prompts used in this flow to achieve its functionality. Prompts are the instructions given to the AI model to generate responses or perform actions. They guide the AI in understanding user intent and generating relevant outputs.

Headline Repurposing Instruction

Prompt instructing the LLM to rewrite article headlines and title to target given keywords, keeping paragraphs unchanged, and to show before/after headlines.

                You are given an article Headline Structure, and a keyword. try to repurpose the article to focus on the given keyword. generate Title, and change the headlines as needed to focus on keywords in the same cluster. KEEP THE PARAGRAPHS OF THE ARTICLE AS THE SAME AS IT WAS. ONLY CHANGE THE HEADLINES (H1, H2, H3) AND TITLE

Also mention the previous headline and the new headline that you changed.

--- Keywords to repurpose the article---
{input}
---

---ARTICLE---
{context}
---
            

Components used in this flow

Below is a complete list of all components used in this flow to achieve its functionality. Components are the building blocks of every AI Flow. They allow you to create complex interactions and automate tasks by connecting various functionalities. Each component serves a specific purpose, such as handling user input, processing data, or integrating with external services.

ChatInput

The Chat Input component in FlowHunt initiates user interactions by capturing messages from the Playground. It serves as the starting point for flows, enabling the workflow to process both text and file-based inputs.

Structured Output Generator

The Structured Output Generator component lets you create precise, structured data from any input prompt using your chosen LLM model. Define the exact data fields and output format you want, ensuring consistent and reliable responses for advanced AI workflows.

Parse Data

The Parse Data component transforms structured data into plain text using customizable templates. It enables flexible formatting and conversion of data inputs for further use in your workflow, helping to standardize or prepare information for downstream components.

Google Keywords Finder

Unlock valuable keyword insights with the Google Keywords Finder component—automate the discovery of related keywords, search volume trends, competition, and cost-per-click data. Perfect for building flows that need real-time keyword research and SEO optimization capabilities.

Prompt Component in FlowHunt

Learn how FlowHunt's Prompt component lets you define your AI bot’s role and behavior, ensuring relevant, personalized responses. Customize prompts and templates for effective, context-aware chatbot flows.

AI Agent

The AI Agent component in FlowHunt empowers your workflows with autonomous decision-making and tool-using capabilities. It leverages large language models and connects to various tools to solve tasks, follow goals, and provide intelligent responses. Ideal for building advanced automations and interactive AI solutions.

URL Retriever

Unlock web content in your workflows with the URL Retriever component. Effortlessly extract and process the text and metadata from any list of URLs—including web articles, documents, and more. Supports advanced options like OCR for images, selective metadata extraction, and customizable caching, making it ideal for building knowledge-rich AI flows and automations.

Sequential Task

The Sequential Task component organizes workflow steps by defining a clear task description, expected output, and assigning an agent to execute the task. Ideal for structured, multi-step processes, it ensures each step is well-documented and assigned, supporting complex automations in FlowHunt.

Sequential Crew

Experience organized workflow automation with the Sequential Crew component in FlowHunt. This component allows you to group multiple agent tasks and execute them one after another, making it ideal for processes that require clear, step-by-step task processing.

Chat Output

Discover the Chat Output component in FlowHunt—finalize chatbot responses with flexible, multi-part outputs. Essential for seamless flow completion and creating advanced, interactive AI chatbots.

Message Widget

The Message Widget component displays custom messages within your workflow. Ideal for welcoming users, providing instructions, or showing any important information, it supports Markdown formatting and can be set to appear only once per session.

LLM Anthropic AI

FlowHunt supports dozens of AI models, including Claude models by Anthropic. Learn how to use Claude in your AI tools and chatbots with customizable settings for tailored responses.

Flow description

Purpose and benefits

Overview

This workflow automates the process of optimizing blog/article titles and headings (H1, H2, H3) to focus on a specific target keyword or keyword cluster. By leveraging AI agents, keyword research tools, and content extraction utilities, it helps content creators and SEO professionals update existing articles to better align with desired search terms—improving their relevancy and ranking potential.

Step-by-Step Process

1. Onboarding and User Input

  • Welcome and Instructions: When the workflow is initiated, the user is greeted with a welcome message that explains the tool’s purpose and instructs them to provide:

    • The URL of the article they want to optimize.
    • The primary keyword to focus on.
  • User Input: The user submits the article URL and chosen keyword.

2. Extracting and Structuring Input Data

  • Structured Output Generation: The workflow parses the user input, organizing it into structured data:
    • article_url: The URL of the blog/article.
    • focusing_keyword: The target keyword.

3. Keyword Research and Expansion

  • Keyword Extraction:
    • The focusing keyword is passed to a Google Keyword research tool to fetch related keywords (from the same cluster), along with useful SEO metrics.
  • Formatting: These related keywords are formatted for seamless input into subsequent AI prompts.

4. Article Headline Extraction

  • URL Content Retrieval:
    • The system uses a content retriever to fetch and parse the article from the provided URL.
  • Headline Extraction Agent:
    • An AI agent, specialized in identifying heading structures (H1, H2, H3) within an article, extracts all relevant headlines.

5. Repurposing Headlines for SEO

  • Prompt Construction:

    • The workflow builds a detailed prompt for an expert copywriter agent, including:
      • The original extracted headlines.
      • The target keyword and its cluster.
      • Explicit instructions to only alter the title and headlines, not the article body.
      • A requirement to list both the previous and new versions of any changed headlines.
  • AI-Driven Optimization:

    • Using Anthropic Claude 3.5 Sonnet (or similar), the copywriter agent generates optimized versions of the title and headings, focusing on the keyword cluster.

6. Execution and Output

  • Sequential Task Handling:
    • All steps are orchestrated in a sequential “crew” to ensure each part runs in order and dependencies are respected.
  • Result Presentation:
    • The workflow outputs the optimized headlines, showing before-and-after versions for transparency, and displays the results to the user for review.

Summary Table

StepInput(s)ProcessOutput(s)
Welcome/User InputNoneGreet user, collect URL & keywordUser input
Structuring InputUser inputStructure as article_url & keywordStructured data
Keyword ResearchKeywordFetch related keywords via Google toolKeyword cluster
Headline ExtractionURLRetrieve and parse article headingsExtracted headlines
RepurposingHeadlines, keywordsAI rewrites headlines for SEOOptimized headlines
OutputOptimized dataPresent before/after resultsFinal output to user

Why This Workflow Is Useful

  • Scalability: Automates a traditionally manual process, enabling quick optimization of many articles.
  • Consistency: Uses AI to apply standardized, best-practice SEO principles to all headlines.
  • Transparency: Shows the original and revised headlines, making editorial review easy.
  • SEO Impact: By focusing on keyword clusters, not just single terms, the workflow can help articles capture a broader range of relevant search traffic.
  • Time Efficiency: Reduces the time and expertise required to update content for new keyword strategies.

Ideal Use Cases

  • Bulk updating legacy content for new SEO goals.
  • Agencies or publishers managing large content portfolios.
  • Rapid A/B testing of headline strategies.
  • Non-technical content teams who want to leverage AI for SEO optimization.

This workflow provides a robust, automated pipeline for repurposing article headlines for keyword optimization, making it a powerful tool for scaling content updates and improving organic search performance.

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