Automate Blog Creation in Brand Voice with AI
Generate blog posts in your brand's unique voice and style directly within WordPress using this powerful AI-driven workflow. It begins by fetching existing articles from your blog via an HTTP request, then intelligently extracts their content and structure using an HTML node and an AI chain LLM to understand your established writing patterns. Concurrently, an AI information extractor analyzes these articles to pinpoint and define your brand's distinct voice characteristics. This extracted style and voice, along with the structural insights, are then fed into an AI content generation agent which crafts new blog post drafts. Finally, these AI-generated articles are automatically saved as drafts in your WordPress instance, ready for review and publication. This workflow is ideal for marketing teams, content creators, and agencies looking to scale their content production while maintaining consistent brand messaging and reducing the manual effort involved in drafting new posts, ultimately saving significant time and resources.
Workflow JSON
{"nodes": [{"id": "d3159589-dbb7-4cca-91f5-09e8b2e4cba8", "name": "When clicking \u2018Test workflow\u2019", "type": "n8n-nodes-base.manualTrigger", "position": [240, 500], "parameters": {}, "typeVersion": 1}, {"id": "b4b42b3f-ef30-4fc8-829d-59f8974c4168", "name": "OpenAI Chat Model", "type": "@n8n/n8n-nodes-langchain.lmChatOpenAi", "position": [2180, 700], "parameters": {"options": {}}, "credentials": {"openAiApi": {"id": "", "name": "[Your openAiApi]"}}, "typeVersion": 1}, {"id": "032c3012-ed8d-44eb-94f0-35790f4b616f", "name": "OpenAI Chat Model1", "type": "@n8n/n8n-nodes-langchain.lmChatOpenAi", "position": [2980, 460], "parameters": {"options": {}}, "credentials": {"openAiApi": {"id": "", "name": "[Your openAiApi]"}}, "typeVersion": 1}, {"id": "bf922785-7e8f-4f93-bfff-813c16d93278", "name": "OpenAI Chat Model2", "type": "@n8n/n8n-nodes-langchain.lmChatOpenAi", "position": [2020, 520], "parameters": {"options": {}}, "credentials": {"openAiApi": {"id": "", "name": "[Your openAiApi]"}}, "typeVersion": 1}, {"id": "d8d4b26f-270f-4b39-a4cd-a6e4361da591", "name": "Extract Voice Characteristics", "type": "@n8n/n8n-nodes-langchain.informationExtractor", "position": [2160, 540], "parameters": {"text": "=### Analyse the given content\n\n{{ $json.data.map(item => item.replace(/\\n/g, '')).join('\\n---\\n') }}", "options": {"systemPromptTemplate": "You help identify and define a company or individual's \"brand voice\". Using the given content belonging to the company or individual, extract all voice characteristics from it along with description and examples demonstrating it."}, "schemaType": "manual", "inputSchema": "{\n\t\"type\": \"array\",\n \"items\": {\n \"type\": \"object\",\n \t\"properties\": {\n \"characteristic\": { \"type\": \"string\" },\n \"description\": { \"type\": \"string\" },\n \"examples\": { \"type\": \"array\", \"items\": { \"type\": \"string\" } }\n }\n\t}\n}"}, "typeVersion": 1}, {"id": "8cca272c-b912-40f1-ba08-aa7c5ff7599c", "name": "Get Blog", "type": "n8n-nodes-base.httpRequest", "position": [480, 500], "parameters": {"url": "https://blog.n8n.io", "options": {}}, "typeVersion": 4.2}, {"id": "aa1e2a02-2e2b-4e8d-aef8-f5f7a54d9562", "name": "Get Article", "type": "n8n-nodes-base.httpRequest", "position": [1120, 500], "parameters": {"url": "=https://blog.n8n.io{{ $json.article }}", "options": {}}, "typeVersion": 4.2}, {"id": "78ae3dfc-5afd-452f-a2b6-bdb9dbd728bd", "name": "Extract Article URLs", "type": "n8n-nodes-base.html", "position": [640, 500], "parameters": {"options": {}, "operation": "extractHtmlContent", "extractionValues": {"values": [{"key": "article", "attribute": "href", "cssSelector": ".item.post a.global-link", "returnArray": true, "returnValue": "attribute"}]}}, "typeVersion": 1.2}, {"id": "3b2b6fea-ed2f-43ba-b6d1-e0666b88c65b", "name": "Split Out URLs", "type": "n8n-nodes-base.splitOut", "position": [800, 500], "parameters": {"options": {}, "fieldToSplitOut": "article"}, "typeVersion": 1}, {"id": "68bb20b1-2177-4c0f-9ada-d1de69bdc2a0", "name": "Latest Articles", "type": "n8n-nodes-base.limit", "position": [960, 500], "parameters": {"maxItems": 5}, "typeVersion": 1}, {"id": "f20d7393-24c9-4a51-872e-0dce391f661c", "name": "Extract Article Content", "type": "n8n-nodes-base.html", "position": [1280, 500], "parameters": {"options": {}, "operation": "extractHtmlContent", "extractionValues": {"values": [{"key": "data", "cssSelector": ".post-section", "returnValue": "html"}]}}, "typeVersion": 1.2}, {"id": "299a04be-fe9b-47d9-b2c6-e2e4628f77e0", "name": "Combine Articles", "type": "n8n-nodes-base.aggregate", "position": [1780, 540], "parameters": {"options": {"mergeLists": true}, "fieldsToAggregate": {"fieldToAggregate": [{"fieldToAggregate": "data"}]}}, "typeVersion": 1}, {"id": "8480ece7-0dc1-4682-ba9e-ded2c138d8b8", "name": "Article Style & Brand Voice", "type": "n8n-nodes-base.merge", "position": [2560, 320], "parameters": {"mode": "combine", "options": {}, "combineBy": "combineByPosition"}, "typeVersion": 3}, {"id": "024efee2-5a2f-455c-a150-4b9bdce650b2", "name": "Save as Draft", "type": "n8n-nodes-base.wordpress", "position": [3460, 320], "parameters": {"title": "={{ $json.output.title }}", "additionalFields": {"slug": "={{ $json.output.title.toSnakeCase() }}", "format": "standard", "status": "draft", "content": "={{ $json.output.body }}"}}, "credentials": {"wordpressApi": {"id": "", "name": "[Your wordpressApi]"}}, "typeVersion": 1}, {"id": "71f4ab1e-ef61-48f3-92e8-70691f7d0750", "name": "Sticky Note", "type": "n8n-nodes-base.stickyNote", "position": [480, 180], "parameters": {"color": 7, "width": 606, "height": 264, "content": "## 1. Import Existing Content\n[Read more about the HTML node](https://docs.n8n.io/integrations/builtin/core-nodes/n8n-nodes-base.html/)\n\nFirst, we'll need to gather existing content for the brand voice we want to replicate. This content can be blogs, social media posts or internal documents - the idea is to use this content to \"train\" our AI to produce content from the provided examples. One call out is that the quality and consistency of the content is important to get the desired results.\n\nIn this demonstration, we'll grab the latest blog posts off a corporate blog to use as an example. Since, the blog articles are likely consistent because of the source and narrower focus of the medium, it'll serve well to showcase this workflow."}, "typeVersion": 1}, {"id": "3d3a55a5-4b4a-4ea2-a39c-82b366fb81e6", "name": "Sticky Note1", "type": "n8n-nodes-base.stickyNote", "position": [1440, 240], "parameters": {"color": 7, "width": 434, "height": 230, "content": "## 2. Convert HTML to Markdown\n[Learn more about the Markdown node](https://docs.n8n.io/integrations/builtin/core-nodes/n8n-nodes-base.markdown)\n\nMarkdown is a great way to optimise the article data we're sending to the LLM because it reduces the amount of tokens required but keeps all relevant writing structure information.\n\nAlso useful to get Markdown output as a response because typically it's the format authors will write in."}, "typeVersion": 1}, {"id": "08c0b683-ec06-47ce-871c-66265195ca29", "name": "Sticky Note2", "type": "n8n-nodes-base.stickyNote", "position": [1980, 80], "parameters": {"color": 7, "width": 446, "height": 233, "content": "## 3. Using AI to Analyse Article Structure and Writing Styles\n[Read more about the Basic LLM Chain node](https://docs.n8n.io/integrations/builtin/cluster-nodes/root-nodes/n8n-nodes-langchain.chainllm)\n\nOur approach is to first perform a high-level analysis of all available articles in order to replicate their content layout and writing styles. This will act as a guideline to help the AI to structure our future articles."}, "typeVersion": 1}, {"id": "515fe69f-061e-4dfc-94ed-4cf2fbe10b7b", "name": "Capture Existing Article Structure", "type": "@n8n/n8n-nodes-langchain.chainLlm", "position": [2020, 380], "parameters": {"text": "={{ $json.data.join('\\n---\\n') }}", "messages": {"messageValues": [{"message": "=Given the following one or more articles (which are separated by ---), describe how best one could replicate the common structure, layout, language and writing styles of all as aggregate."}]}, "promptType": "define"}, "typeVersion": 1.4}, {"id": "ba4e68fb-eccc-4efa-84be-c42a695dccdb", "name": "Markdown", "type": "n8n-nodes-base.markdown", "position": [1600, 540], "parameters": {"html": "={{ $json.data }}", "options": {}}, "typeVersion": 1}, {"id": "d459ff5b-0375-4458-a49f-59700bb57e12", "name": "Sticky Note3", "type": "n8n-nodes-base.stickyNote", "position": [2340, 740], "parameters": {"color": 7, "width": 446, "height": 253, "content": "## 4. Using AI to Extract Voice Characteristics and Traits\n[Read more about the Information Extractor node](https://docs.n8n.io/integrations/builtin/cluster-nodes/root-nodes/n8n-nodes-langchain.information-extractor/)\n\nSecond, we'll use AI to analysis the brand voice characteristics of the previous articles. This picks out the tone, style and choice of language used and identifies them into categories. These categories will be used as guidelines for the AI to keep the future article consistent in tone and voice. "}, "typeVersion": 1}, {"id": "71fe32a9-1b8a-446c-a4ff-fb98c6a68e1b", "name": "Sticky Note4", "type": "n8n-nodes-base.stickyNote", "position": [2720, 0], "parameters": {"color": 7, "width": 626, "height": 633, "content": "## 5. Automate On-Brand Articles Using AI\n[Read more about the Information Extractor node](https://docs.n8n.io/integrations/builtin/cluster-nodes/root-nodes/n8n-nodes-langchain.information-extractor)\n\nFinally with this approach, we can feed both content and voice guidelines into our final LLM - our content generation agent - to produce any number of on-brand articles, social media posts etc.\n\nWhen it comes to assessing the output, note the AI does a pretty good job at simulating format and reusing common phrases and wording for the target article. However, this could become repetitive very quickly! Whilst AI can help speed up the process, a human touch may still be required to add a some variety."}, "typeVersion": 1}, {"id": "4e6fbe4e-869e-4bef-99ba-7b18740caecf", "name": "Content Generation Agent", "type": "@n8n/n8n-nodes-langchain.informationExtractor", "position": [3000, 320], "parameters": {"text": "={{ $json.instruction }}", "options": {"systemPromptTemplate": "=You are a blog content writer who writes using the following article guidelines. Write a content piece as requested by the user. Output the body as Markdown. Do not include the date of the article because the publishing date is not determined yet.\n\n## Brand Article Style\n{{ $('Article Style & Brand Voice').item.json.text }}\n\n##n Brand Voice Characteristics\n\nHere are the brand voice characteristic and examples you must adopt in your piece. Pick only the characteristic which make sense for the user's request. Try to keep it as similar as possible but don't copy word for word.\n\n|characteristic|description|examples|\n|-|-|-|\n{{\n$('Article Style & Brand Voice').item.json.output.map(item => (\n`|${item.characteristic}|${item.description}|${item.examples.map(ex => `\"${ex}\"`).join(', ')}|`\n)).join('\\n')\n}}"}, "attributes": {"attributes": [{"name": "title", "required": true, "description": "title of article"}, {"name": "summary", "required": true, "description": "summary of article"}, {"name": "body", "required": true, "description": "body of article"}, {"name": "characteristics", "required": true, "description": "comma delimited string of characteristics chosen"}]}}, "typeVersion": 1}, {"id": "022de44c-c06c-41ac-bd50-38173dae9b37", "name": "Sticky Note6", "type": "n8n-nodes-base.stickyNote", "position": [3460, 480], "parameters": {"color": 7, "width": 406, "height": 173, "content": "## 6. Save Draft to Wordpress\n[Learn more about the Wordpress node](https://docs.n8n.io/integrations/builtin/app-nodes/n8n-nodes-base.wordpress/)\n\nTo close out the template, we'll simple save our generated article as a draft which could allow human team members to review and validate the article before publishing."}, "typeVersion": 1}, {"id": "fe54c40e-6ddd-45d6-a938-f467e4af3f57", "name": "Sticky Note5", "type": "n8n-nodes-base.stickyNote", "position": [2900, 660], "parameters": {"color": 5, "width": 440, "height": 120, "content": "### Q. Do I need to analyse Brand Voice for every article?\nA. No! I would recommend storing the results of the AI's analysis and re-use for a list of planned articles rather than generate anew every time."}, "typeVersion": 1}, {"id": "1832131e-21e8-44fc-9370-907f7b5a6eda", "name": "Sticky Note7", "type": "n8n-nodes-base.stickyNote", "position": [1000, 680], "parameters": {"color": 5, "width": 380, "height": 120, "content": "### Q. Can I use other media than blog articles?\nA. Yes! This approach can use other source materials such as PDFs, as long as they can be produces in a text format to give to the LLM."}, "typeVersion": 1}, {"id": "8e8706a3-122d-436b-9206-de7a6b2f3c39", "name": "Sticky Note8", "type": "n8n-nodes-base.stickyNote", "position": [-220, -120], "parameters": {"width": 400, "height": 800, "content": "## Try It Out!\n### This n8n template demonstrates how to use AI to generate new on-brand written content by analysing previously published content.\n\nWith such an approach, it's possible to generate a steady stream of blog article drafts quickly with high consistency with your brand and existing content.\n\n### How it works\n* In this demonstration, the n8n.io blog is used as the source of existing published content and 5 of the latest articles are imported via the HTTP node.\n* The HTML node is extract the article bodies which are then converted to markdown for our LLMs.\n* We use LLM nodes to (1) understand the article structure and writing style and (2) identify the brand voice characteristics used in the posts.\n* These are then used as guidelines in our final LLM node when generating new articles.\n* Finally, a draft is saved to Wordpress for human editors to review or use as starting point for their own articles.\n\n### How to use\n* Update Step 1 to fetch data from your desired blog or change to fetch existing content in a different way.\n* Update Step 5 to provide your new article instruction. For optimal output, theme topics relevant to your brand.\n\n\n### Need Help?\nJoin the [Discord](https://discord.com/invite/XPKeKXeB7d) or ask in the [Forum](https://community.n8n.io/)!\n\nHappy Hacking!"}, "typeVersion": 1}, {"id": "1510782d-0f88-40ca-99a8-44f984022c8e", "name": "New Article Instruction", "type": "n8n-nodes-base.set", "position": [2820, 320], "parameters": {"options": {}, "assignments": {"assignments": [{"id": "2c7e2a28-30f9-4533-a394-a5e967ebf4ec", "name": "instruction", "type": "string", "value": "=Write a comprehensive guide on using AI for document classification and document extraction. Explain the benefits of using vision models over traditional OCR. Close out with a recommendation of using n8n as the preferred way to get started with this AI use-case."}]}}, "typeVersion": 3.4}], "pinData": {}, "connections": {"Get Blog": {"main": [[{"node": "Extract Article URLs", "type": "main", "index": 0}]]}, "Markdown": {"main": [[{"node": "Combine Articles", "type": "main", "index": 0}]]}, "Get Article": {"main": [[{"node": "Extract Article Content", "type": "main", "index": 0}]]}, "Split Out URLs": {"main": [[{"node": "Latest Articles", "type": "main", "index": 0}]]}, "Latest Articles": {"main": [[{"node": "Get Article", "type": "main", "index": 0}]]}, "Combine Articles": {"main": [[{"node": "Capture Existing Article Structure", "type": "main", "index": 0}, {"node": "Extract Voice Characteristics", "type": "main", "index": 0}]]}, "OpenAI Chat Model": {"ai_languageModel": [[{"node": "Extract Voice Characteristics", "type": "ai_languageModel", "index": 0}]]}, "OpenAI Chat Model1": {"ai_languageModel": [[{"node": "Content Generation Agent", "type": "ai_languageModel", "index": 0}]]}, "OpenAI Chat Model2": {"ai_languageModel": [[{"node": "Capture Existing Article Structure", "type": "ai_languageModel", "index": 0}]]}, "Extract Article URLs": {"main": [[{"node": "Split Out URLs", "type": "main", "index": 0}]]}, "Extract Article Content": {"main": [[{"node": "Markdown", "type": "main", "index": 0}]]}, "New Article Instruction": {"main": [[{"node": "Content Generation Agent", "type": "main", "index": 0}]]}, "Content Generation Agent": {"main": [[{"node": "Save as Draft", "type": "main", "index": 0}]]}, "Article Style & Brand Voice": {"main": [[{"node": "New Article Instruction", "type": "main", "index": 0}]]}, "Extract Voice Characteristics": {"main": [[{"node": "Article Style & Brand Voice", "type": "main", "index": 1}]]}, "When clicking \u2018Test workflow\u2019": {"main": [[{"node": "Get Blog", "type": "main", "index": 0}]]}, "Capture Existing Article Structure": {"main": [[{"node": "Article Style & Brand Voice", "type": "main", "index": 0}]]}}}How to Import This Workflow
- 1Copy the workflow JSON above using the Copy Workflow JSON button.
- 2Open your n8n instance and go to Workflows.
- 3Click Import from JSON and paste the copied workflow.
Don't have an n8n instance? Start your free trial at n8nautomation.cloud
Related Templates
Send specific PDF attachments from Gmail to Google Drive using OpenAI
Automatically extract and categorize specific PDF attachments from incoming Gmail emails and upload them to designated Google Drive folders based on their content, leveraging OpenAI's advanced text analysis capabilities. This marketing workflow begins with the Gmail trigger "On email received," which then checks if the email "Has attachments?" If attachments are present, the workflow iterates through them, identifying if each is a PDF. For each identified PDF, the "Read PDF" node extracts its textual content. This content is then evaluated by the "Is text within token limit?" node to ensure it's suitable for OpenAI processing. If within limits, the "OpenAI matches PDF textual content" node analyzes the text against predefined criteria. Based on whether the PDF is "matched" by OpenAI, the "Upload file to folder" node in Google Drive stores the relevant PDFs, while unmatched or non-PDF attachments are handled accordingly. This workflow is ideal for marketing teams needing to automatically sort client contracts, campaign reports, or specific vendor invoices received via email, ensuring critical documents are filed correctly without manual intervention. It significantly reduces the time spent on document organization and improves data accessibility, allowing teams to focus on strategic marketing initiatives rather than administrative tasks.
Auto categorize wordpress template
Automatically categorize your WordPress posts with the power of AI. This workflow connects your WordPress site with OpenAI's advanced language models to intelligently analyze your content and assign appropriate categories. When you manually trigger this workflow, it first retrieves all your WordPress posts using the "Get All Wordpress Posts" node. This data then flows into an AI Agent, which leverages the "OpenAI Chat Model" to understand the context and content of each post. Based on this analysis, the AI Agent then interacts with your WordPress site to update the categories of your posts, streamlining your content management. This is incredibly useful for bloggers, content marketers, and website administrators who manage large volumes of content and want to ensure their posts are consistently and accurately categorized without manual effort. It saves significant time and reduces the potential for human error in content organization, making your website more navigable and improving SEO.
Effortless Email Management with AI
Automate your email management by intelligently processing incoming messages, summarizing their content, and drafting personalized replies with AI. This powerful workflow connects your Gmail inbox via an IMAP trigger to a Text Classifier that categorizes emails, then uses OpenAI for summarization and drafting responses, and Qdrant for vector storage of relevant documents from Google Drive. It’s ideal for marketing teams, customer support, or busy professionals who need to efficiently handle high volumes of correspondence, saving significant time on reading, understanding, and responding to emails by leveraging AI to streamline communication and ensure timely, relevant replies. The system also allows for reviewing AI-generated drafts before sending, ensuring quality control while drastically reducing manual effort.