Workflow Templates

Use Case: This n8n workflow automates the process of extracting information from emails. It uses OpenAI to summarize sales emails and adds this information in Odoo. How it works: When an email is received with a certain label, it sends the email to OpenAI for summarization A sales opportunity is created in Odoo with the email subject as title and the email summary as internal note Set up steps: Configure Google Cloud credentials with Gmail access In the Gmail node, choose an email label in the filter section Configure OpenAI credentials Configure Odoo credentials

This n8n workflow integrates Shopify order management with Telegram, allowing you to query open orders and order details directly through Telegram chat commands. It provides an interactive way to monitor your Shopify store orders using Telegram as an interface. Key Features Telegram Trigger: Listens for messages and callback queries from your Telegram bot. Switch Node: Routes incoming Telegram messages to different flows based on message content: /orders command to fetch all open orders Callback queries starting with /order_ to fetch details of a specific order Shopify Get Orders: Retrieves all open orders from your Shopify store using your Shopify API credentials. Conditional Check (If Node): Determines if there are any open orders; branches accordingly: If orders exist, prepare an interactive Telegram message with a list of orders.1 If no orders exist, send a “No Order” message. Orders Code Node: Formats the list of open orders into a Telegram message with inline buttons. Each button corresponds to an order and sends a callback data containing the order ID. Get Order Details: When a user selects an order button, the workflow extracts the order ID from the callback data, fetches detailed order information from Shopify, and formats the order items into a readable message. Send Messages to Telegram: Sends formatted messages back to Telegram: The list of open orders with clickable buttons. Detailed information about a selected order. “No Order” notification if there are no open orders. How It Works A Telegram user sends /orders to the bot. The workflow fetches open orders from Shopify and sends a message with buttons listing each order. When a user clicks an order button, the workflow fetches and displays detailed information about that specific order in Telegram. If there are no open orders, the bot replies accordingly. Setup Instructions Create a Telegram Bot: Use @BotFather on Telegram to create a bot and get the bot token. Obtain Shopify API Credentials: Create a private app in your Shopify admin dashboard with permission to read orders. Obtain the API key and access token. Configure n8n Credentials: Add your Telegram bot token as Telegram API credentials in n8n. Add your Shopify API credentials in n8n Shopify credentials. Import the Workflow: Import this workflow into your n8n instance. Update the Telegram and Shopify credential nodes to use your credentials. Set Webhook URLs: Ensure your Telegram bot webhook is set correctly to receive messages. n8n webhook URLs should be publicly accessible. Test the Workflow: Send /orders to your Telegram bot to verify it retrieves and lists open orders. Customization Guidance Modify Commands: Update the Switch node to add more Telegram commands or change existing ones. Change Message Formats: Edit the Code nodes to customize how order lists and details appear. Expand Shopify Integration: Add nodes to handle other Shopify operations like updating orders, managing products, etc. Multi-User Support: Adapt the workflow to handle multiple Telegram chat IDs dynamically. Security and Implementation Notes The native Telegram node in n8n has limitations: it does not support sending dynamic inline keyboard arrays in JSON format, which is essential for displaying a variable number of buttons depending on how many orders are retrieved from Shopify. To overcome this, this workflow uses the HTTP Request node to call Telegram’s API directly, allowing full flexibility to send dynamic inline keyboards as JSON objects. (I will make an update once Telegram Node support dynamic inline keyboards). Security Considerations:** Always store your Telegram bot token securely in n8n credentials and never expose it in the HTTP Request node’s URL or body directly. Use environment variables or n8n credentials to inject tokens safely. Be mindful of Telegram API rate limits and add error handling in your workflow. While using HTTP Request nodes increases flexibility, it also requires careful management of request payloads and authentication, as opposed to the built-in Telegram node which abstracts much of this complexity. Benefits Quickly access Shopify order data without leaving Telegram. Interactive inline buttons improve user experience. Automated, real-time integration between Shopify and Telegram.

This automated n8n workflow checks daily class schedules, syncs upcoming classes to Google Calendar, and sends reminder notifications to students via email or SMS. Perfect for educational institutions to keep students informed about their daily classes and schedule changes. What This Workflow Does: Automatically checks class schedules every day Identifies today's classes and upcoming sessions Syncs class information to Google Calendar Sends personalized reminders to enrolled students Tracks reminder delivery status and logs activities Handles both email and SMS notification preferences Main Components Daily Schedule Check** - Triggers daily to check class schedules Read Class Schedule** - Retrieves today's class schedule from database/Excel Filter Today's Classes** - Identifies classes happening today Has Classes Today?** - Checks if there are any classes scheduled Read Student Contacts** - Gets student contact information for enrolled classes Sync to Google Calendar** - Creates/updates events in Google Calendar Create Student Reminders** - Generates personalized reminder messages Split Into Batches** - Processes reminders in manageable batches Email or SMS?** - Routes based on student communication preferences Prepare Email Reminders** - Creates email reminder content Prepare SMS Reminders** - Creates SMS reminder content Read Reminder Log** - Checks previous reminder history Update Reminder Log** - Records sent reminders Save Reminder Log** - Saves updated log data Essential Prerequisites Class schedule database/Excel file with student enrollments Student contact database with email and phone numbers Google Calendar API access and credentials SMTP server for email notifications SMS service provider (Twilio, etc.) for text reminders Reminder log file for tracking sent notifications Required Data Files: class_schedule.xlsx: Class ID | Class Name | Date | Time | Duration Instructor | Room | Students Enrolled | Status student_contacts.xlsx: Student ID | Name | Email | Phone | Preferred Contact Program | Class IDs | Active Status reminder_log.xlsx: Log ID | Date | Student ID | Class ID | Contact Method Status | Sent Time | Response Key Features ⏰ Daily Automation:** Runs automatically every day 📅 Calendar Sync:** Syncs classes to Google Calendar 📧 Smart Reminders:** Sends email or SMS based on preference 👥 Batch Processing:** Handles multiple students efficiently 📊 Activity Logging:** Tracks all reminder activities 🔄 Duplicate Prevention:** Avoids sending multiple reminders 📱 Multi-Channel:** Supports both email and SMS notifications Quick Setup Import workflow JSON into n8n Configure daily trigger schedule Set up class schedule and student contact files Connect Google Calendar API credentials Configure SMTP server for emails Set up SMS service provider (Twilio) Test with sample class data Activate workflow Parameters to Configure schedule_file_path: Path to class schedule file contacts_file_path: Path to student contacts file google_calendar_id: Google Calendar ID for syncing google_api_credentials: Google Calendar API credentials smtp_host: Email server settings smtp_user: Email username smtp_password: Email password sms_api_key: SMS service API key sms_phone_number: SMS sender phone number Sample Reminder Messages Email:** "Hi [Name], reminder: [Class Name] starts at [Time] in [Room]. See you there!" SMS:** "[Name], your [Class Name] class starts at [Time] in [Room]. Don't miss it!" Use Cases Daily class reminders for students Schedule change notifications Exam and assignment deadline alerts Teacher absence notifications Room change announcements

GBP Exchange Rate Email Workflow Sends email with table that have GBP exchange rate for few money value every day, if user clicks the button to run it. How it works: Data come from API Changed into HTML table Before is send inside email

Notice Community nodes can only be installed on self-hosted instances of n8n. Who this is for? The Search Engine Intelligence Extractor is a powerful n8n automation that leverages Bright Data’s MCP based AI Agents to simulate human-like searches across Google, Bing, and Yandex, and then distills clean, structured insights using Google Gemini. This workflow is tailored for: SEO analysts researching competitors or market trends Market researchers needing real-time search visibility Journalists & content writers gathering contextual insights AI developers creating intelligent assistants Digital marketers tracking brand mentions or news What problem is this workflow solving? Traditional scraping of search engines is often blocked, cluttered, or filled with irrelevant information. Manually analyzing and cleaning this data for insight is time-consuming. This workflow solves the problem by: Simulating real user search behavior via Bright Data MCP based AI Agent Performing multi-platform search (Google, Bing, Yandex) in one unified flow Extracting clean, human-readable results (stripping ads, navigation, etc.) Structuring the content using Google Gemini LLM Automating delivery via Webhook or saving to disk What this workflow does Input Fields Node: Accepts the search query Accepts action for example - Perform a google search. Replace the action with bing, yandex etc. for other search providers Accepts Webhook notification URL Bright Data MCP Agent Execution: Triggers Bright Data’s intelligent search agent Handles search navigation, result loading, pagination Human Readable Data Extractor: Cleanses HTML, removes ads, footers, irrelevant links Produces a readable narrative of results Final Output Handling: Saves the processed response to disk Sends the structured data to a Webhook for real-time use Pre-conditions Knowledge of Model Context Protocol (MCP) is highly essential. Please read this blog post - model-context-protocol You need to have the Bright Data account and do the necessary setup as mentioned in the Setup section below. You need to have the Google Gemini API Key. Visit Google AI Studio You need to install the Bright Data MCP Server @brightdata/mcp You need to install the n8n-nodes-mcp Setup Please make sure to setup n8n locally with MCP Servers by navigating to n8n-nodes-mcp Please make sure to install the Bright Data MCP Server @brightdata/mcp on your local machine. Sign up at Bright Data. Create a Web Unlocker proxy zone called mcp_unlocker on Bright Data control panel. Navigate to Proxies & Scraping and create a new Web Unlocker zone by selecting Web Unlocker API under Scraping Solutions. In n8n, configure the Google Gemini(PaLM) Api account with the Google Gemini API key (or access through Vertex AI or proxy). In n8n, configure the credentials to connect with MCP Client (STDIO) account with the Bright Data MCP Server as shown below. Make sure to copy the Bright Data API_TOKEN within the Environments textbox above as API_TOKEN=<your-token> How to customize this workflow to your needs Add Scheduled Execution Add a Cron trigger to run this workflow on a set schedule (e.g., daily/weekly keyword tracking). Push Results to Custom Destinations Connect output to: Google Sheets (for analytics or dashboards) PostgreSQL or MySQL DBs (for structured storage) Notion or Airtable (for content pipelines) Slack or Email (for alerting teams) Customize Webhook Notifications Update the Webhook URL in the notification node to push processed results to external APIs, CRMs, or real-time dashboards.

What this template does This workflow will collect order data as it is produced, then send a summary email of all orders at the end of every day, formatted in a table. It receives new orders via webhook and stores in Airtable. At 7PM every day, it sends a summary email with the day's orders in a HTML table Setup: Instructions Video Create a new table in Airtable and give it a field time with type date, orderID with type number, and orderPrice also with type number. Create a new access token if you haven't already at https://airtable.com/create/tokens/new. Make sure to give the token the scopes data.records:read, data.records:write, schema.bases:read and access to whichever table you choose to store the orders. A pop-up window appears with the token. Use this token to make Create New Credential > Access Token for Airtable in the Store Order and Airtable Get Today's Orders nodes. Create access credentials for your Gmail as described here: https://developers.google.com/workspace/guides/create-credentials. Use the credentials from your client_secret.json in the Send to Gmail node. In the Store Order node, change Base and Table to the database and table in your Airtable account you wish to use to store orders. Make sure to use these same values in the Airtable Get Today's Orders node. Every time an order is created in your system, send a POST request to Webhook from your order software. Each request must contain a single order containing fields 'orderID' and 'orderPrice' (or, edit Set Order Fields to select which incoming fields you wish to save) Change the schedule time for sending email from Everyday at 7PM to whichever time you choose. Test: Activate the workflow. From the node Webhook, copy Production URL Send the following CURL request to the URL given to you: curl -X POST -H "Content-Type: application/json" -d '{"orderID": 12345, "orderPrice": 99.99}' YOUR_URL_HERE It should say Node executed successfully. Now check your Airtable and confirm the order was stored in the right place.

A smart personal assistant that can reason, search, calculate, and remember — powered by Google Gemini and ready in one click. Most AI agents only respond — this one thinks before replying, pulls in real-time facts, does the math, and even remembers the last 5 things you said. 🔧 How it works This template builds a conversational agent using the Google Gemini API. It uses multiple tools like: 🧠 Think – to reason step-by-step 🔍 SerpAPI – to search live data on Google ➗ Calculator – to solve math problems 💾 Memory – to remember short-term chat history You can embed this agent into a chatbot, web app, or automate any customer support, research, or productivity workflow. 🧠 Your agent will: Understand what you're asking Think logically using the Think tool Search facts in real-time using SerpAPI Calculate numbers using a math engine Recall past context using a memory buffer And respond clearly — just like a real assistant. 🧑‍💼 Who is this template for? This template is ideal for: Creators & developers building AI agents Teams needing a Gemini-powered assistant Beginners exploring LangChain + n8n Anyone curious about combining LLMs + tools + memory 🚀 How to set up Plug in your Google Gemini API key Add your SerpAPI key Run the workflow and start chatting! Everything is pre-wired for you — just import and go. 📬 Use cases You can connect this agent to: Telegram bots 🤖 WhatsApp via Twilio 📱 Slack, Discord, or Gmail 💬 Or just trigger it inside n8n manually 🔁 👉 Check out my other templates https://n8n.io/creators/digimetalab

Automated GitHub Scanner for Exposed AWS IAM Keys Overview This n8n workflow automatically scans GitHub for exposed AWS IAM access keys associated with your AWS account, helping security teams quickly identify and respond to potential security breaches. When compromised keys are found, the workflow generates detailed security reports and sends Slack notifications with actionable remediation steps. 🔑 Key Features Automated AWS IAM Key Scanning**: Regularly checks for exposed AWS access keys on GitHub Real-time Security Alerts**: Sends immediate Slack notifications when compromised keys are detected Comprehensive Security Reports**: Generates detailed reports with exposure information and risk assessment Actionable Remediation Steps**: Provides clear instructions for securing compromised credentials Continuous Monitoring**: Maintains ongoing surveillance of your AWS environment 📋 Workflow Steps List AWS Users: Retrieves all users from your AWS account Split Users for Processing: Processes each user individually Get User Access Keys: Retrieves access keys for each user Filter Active Keys Only: Focuses only on currently active access keys Search GitHub for Exposed Keys: Scans GitHub repositories for exposed access keys Aggregate Search Results: Consolidates and deduplicates search findings Check For Compromised Keys: Determines if any keys have been exposed Generate Security Report: Creates detailed security reports for compromised keys Extract AWS Usernames: Extracts usernames from AWS response for notification Format Slack Alert: Prepares comprehensive Slack notifications Send Slack Notification: Delivers alerts with actionable information Continue Scanning: Maintains continuous monitoring cycle 🛠️ Setup Requirements Prerequisites Active n8n instance AWS account with IAM permissions GitHub account/token for searching repositories Slack workspace for notifications Required Credentials AWS Credentials: IAM user with permissions to list users and access keys Access Key ID and Secret Access Key GitHub Credentials: Personal Access Token with search permissions Slack Credentials: Webhook URL for your notification channel ⚙️ Configuration AWS Configuration: Configure the "List AWS Users" node with your AWS credentials Ensure proper IAM permissions for listing users and access keys GitHub Configuration: Set up the "Search GitHub for Exposed Keys" node with your GitHub token Adjust search parameters if needed Slack Configuration: Configure the Slack node with your webhook URL Customize notification format if desired 🚀 Usage Running the Workflow Manual Execution: Click "Execute Workflow" to run an immediate scan Scheduled Execution: Set up a schedule to run periodic scans (recommended daily or weekly) Repository Compatibility This workflow is compatible with both public and private GitHub repositories to which you have access. It will scan all repositories you have permission to view based on your GitHub credentials. Handling Alerts When a compromised key is detected: Review the Slack notification for details about the exposure Follow the recommended remediation steps: Deactivate the compromised key immediately Create a new key if needed Investigate the exposure source Update any services using the compromised key ⚠️ Disclaimer This workflow template is provided for reference purposes only to demonstrate how to automate AWS IAM key exposure scanning. Please note: The scanning process may produce false positives as it only matches potential AWS access key patterns Always verify any reported exposures manually before taking action Disabling or deleting access keys without proper verification could have significant negative impacts on your environment Understand which systems and applications rely on identified access keys before deactivating them This template should be customized to fit your specific environment and security policies IMPORTANT: Use this workflow with caution and only after thoroughly understanding your AWS environment. The authors of this template are not responsible for any disruptions or damages resulting from its use. 🔒 Security Considerations This workflow requires access to sensitive AWS credentials Store all credentials securely within n8n Review and rotate access keys regularly 📝 Customization Options Adjust GitHub search parameters for more targeted scanning Customize Slack notification format and content Modify security report generation for your specific needs Integrate with additional notification channels (email, MS Teams, etc.) Optional: Enabling Interactive Slack Buttons The Slack Block Kit notification format supports interactive buttons that can be implemented if you want to perform actions directly from Slack: Disable Key: This button can be configured to automatically disable the compromised AWS IAM access key View Details: This button can be set up to show additional information about the exposure Acknowledge: This button can be used to mark the alert as acknowledged To make these buttons functional: Set up a Slack Socket Mode App: Create a Slack app in the Slack API Console Enable Socket Mode and Interactive Components Subscribe to the block_actions event to capture button clicks Create an n8n Webhook Endpoint: Add a new webhook node to receive Slack button click events Create separate workflows for each button action Implement AWS Key Disabling: For the "Disable Key" button, create a workflow that uses the n8n HTTP Request node to call the AWS IAM UpdateAccessKey API Example HTTP request that can be implemented in n8n: Method: POST URL: https://iam.amazonaws.com/ Query Parameters: Action: UpdateAccessKey AccessKeyId: AKIAIOSFODNN7EXAMPLE Status: Inactive UserName: {{$json.username}} Version: 2010-05-08 Update the Slack Message Format: Modify the Format Slack Alert node to include your webhook URL in the button action values Add callback_id and action_id values to identify which button was clicked This implementation allows for immediate response to security incidents directly from the Slack interface, reducing response time and improving security posture.

Overview The n8n Telegram Gmail Assistant is an intelligent workflow that lets you search and retrieve specific Gmail emails simply by messaging a Telegram bot. Powered by advanced language models, it turns plain-language requests into precise Gmail searches, delivering results directly to your Telegram chat. This no-code automation is perfect for users who want instant, conversational access to their inbox—no Gmail tab required. Key Features Conversational Email Search: Just message the Telegram bot with requests like “Get me all emails from Amazon” or “Show unread emails after 6 June 2025.” The assistant understands sender names, keywords, and date filters—even if you only provide part of the information. AI-Powered Query Parsing: Uses a language model (LLM) to intelligently extract sender, keywords, and date range from your message, then builds an accurate Gmail search query. Flexible Filtering: Supports sender, keywords, ‘after’ and ‘before’ dates, or any combination. Handles both specific and broad queries. Instant Telegram Delivery: Each matching email is formatted with date, sender, subject, and a snippet, and sent as a separate Telegram message for easy reading. Customizable & Extendable: Swap the AI model (Google Gemini or OpenAI), adjust output formatting, and set email limits or read status as needed. How It Works User Sends a Telegram Message: For example, “Get unread emails from Amazon about invoices after 1 June 2025.” AI Interprets the Request: The workflow’s LLM agent extracts sender, keywords, and date filters, converting them into a Gmail search query using Gmail’s syntax (e.g., from:amazon AND (invoice OR invoices) AND after:2025/06/01). Gmail Search: The workflow fetches all matching emails from your connected Gmail account. Message Formatting: Each email is summarized into a concise, emoji-rich Telegram message (date, sender, subject, snippet). Telegram Delivery: Results are sent to your Telegram chat, one message per email. Setup Instructions Create a Telegram Bot: Use @BotFather on Telegram to create a bot and obtain the API token. Connect Telegram to n8n: Add your bot’s API token as a credential in n8n. Connect Gmail Account: Authorize your Gmail account in n8n, set email limits, and choose read/unread status preferences. Configure AI Model: Use your own Google Gemini or OpenAI API key, or select a preferred LLM node in the workflow. Deploy the Workflow: Activate the workflow and start messaging your Telegram bot to retrieve emails instantly. Value Proposition Save Time:** No need to open Gmail or remember search operators—just ask in plain language. Stay Organized:** Instantly filter and retrieve important emails, even on the go. User-Friendly:** No coding required, with clear setup steps and customizable options. Cost-Effective:** Available simply with an n8n subscription—no extra costs or hidden fees of anything. Enjoy the workflow Free Forever within your n8n plan.

🧠 Analyze and Diagnose n8n Workflow Errors Automatically via OpenAI and Email > ⚠️ This template is available on ☁️ Cloud & 🖥️ self-hosted n8n instances with the OpenAI node enabled. 👤 Who is this for? This workflow is designed for n8n developers, automation engineers, and DevOps teams who want to automatically capture and analyze workflow errors, and receive professional HTML-styled diagnostics directly in their inbox. 💥 What problem does this solve? Manually troubleshooting failed workflows in n8n can be time-consuming. This template streamlines error detection by: Capturing workflow failures using the Error Trigger node Diagnosing root causes with the help of OpenAI Sending a fully-formatted, human-readable HTML error report via email Including practical resolutions and next-step suggestions This helps you or your team resolve issues faster and avoid repeated manual debugging. ⚙️ What this workflow does ⚡ Triggers on any n8n workflow error 📦 Extracts relevant error metadata including node, execution ID, and timestamps 🧠 Sends error content to OpenAI for analysis and recommendations 💌 Generates an HTML email report with inline styles and clear formatting 📥 Emails the result to a system administrator or support email 🛠️ Setup Install the OpenAI node in your self-hosted n8n instance. Add your OpenAI API Key securely in credentials. Configure the SMTP Email node with your email credentials. Adjust the Error Trigger to monitor specific workflows or all workflows. Set your preferred admin or dev email address in the final node. 🔧 How to customize this workflow to your needs 🧩 Use a [Set node] to define your variables, such as: Default admin email Workflow filter (optional) ✍️ Customize the prompt sent to OpenAI if you want deeper or more specific analysis 🎨 Modify the email HTML styles to match your brand or internal format 💾 Add additional logging (e.g., to Airtable, Google Sheets, or Notion) for long-term error tracking 📌 Sticky Note Title: Automated Error Reporter with AI-Powered Diagnosis Description: Captures any n8n error, sends it to OpenAI, and emails a beautiful HTML report to the administrator with steps to resolve the issue. Requires OpenAI credentials and SMTP configured.

Who is this for? This workflow is for small business owners, personal assistants, or project managers who rely on multiple platforms for communication and scheduling. Ideal for users managing customer support, personal scheduling, or group event coordination via LINE, Google Calendar, and Gmail. What problem is this workflow solving? Reduces the manual effort needed to manage conversations, schedule events, and handle email communications. Provides an intelligent system for replying to user messages and fetching relevant calendar or email information in real time. Bridges the gap between messaging platforms and productivity tools, improving efficiency. What this workflow does LINE Chatbot Automation**: Automatically processes and responds to messages received via LINE. Google Calendar Management**: Retrieves upcoming events or schedules new events dynamically based on user queries. Email Retrieval**: Fetches recent emails using Gmail and filters them based on user instructions. AI-Powered Replies**: Uses OpenAI GPT to interpret user queries and provide tailored responses. Setup Prerequisites: LINE Developer account and API access. Google Calendar and Gmail accounts with OAuth credentials. An n8n instance with access to environment variables. Steps: Set up environment variables (LINE_API_TOKEN and DYNAMIC_EMAIL). Configure API credentials for Google Calendar and Gmail in n8n. Test the workflow by sending a sample message via LINE. Enhancements: Use sticky notes to provide inline instructions for each node. Include a video walkthrough or a step-by-step document for first-time users. How to customize this workflow to your needs Localization**: Modify responses in the AI Agent node to match the language and tone of your audience. Integration**: Add more integrations like Slack or Microsoft Teams for additional notifications. Advanced Filters**: Add specific conditions to Gmail or Google Calendar nodes to fetch only relevant data, such as events with specific keywords or emails from certain senders. Advanced Use Cases Customer Support**: Automatically schedule meetings with clients based on their messages in LINE. Event Management**: Handle RSVP confirmations, event reminders, and email follow-ups for planned events. Personalized Assistant**: Use the workflow to act as a personal virtual assistant that syncs your schedule, replies to messages, and summarizes emails. Tips for Optimization Edit Fields Node**: Add a centralized node to configure dynamic inputs (e.g., tokens, emails, or thresholds) for easy updates. Fallback Responses**: Use a switch node to handle unrecognized input gracefully and provide clear feedback to users. Logs and Monitoring**: Add nodes to log interactions and track message flows for debugging or analytics. Let me know if you'd like me to expand on any specific section or add more customization ideas!

This workflow integrates iOS Shortcuts with n8n to create a simple, automatic location-based reminder system. When the user arrives at a specified location, an automation in the Shortcuts app sends a webhook trigger to n8n. If the trigger matches predefined date and time conditions, n8n sends a Telegram message reminder to the user. This is perfect for repetitive weekly tasks like taking out the bins, customized with conditions for day and time. Key Features Location-Based Trigger: Uses iOS Shortcuts automation to start the workflow upon arrival at a specific location. Time and Day Validation: Logic in n8n checks current weekday and time to ensure reminders are sent only when appropriate. Telegram Integration: Sends reminders directly to your Telegram account using your bot. Minimal Setup: Uses native iOS and simple webhook setup in n8n. How It Works iOS Shortcut Trigger: When the user arrives at a designated location, the iOS shortcut sends a GET request to the n8n webhook. n8n Webhook Node: Receives the request and triggers the workflow. Conditional Check: An IF node checks if the current time is after 4:00 PM and it's a Wednesday (or any other configured condition). Telegram Node: If the condition passes, n8n sends a message like "Don't forget to take the bins out." to your Telegram bot. Setup Instructions Create a Telegram Bot: Use @BotFather to create a bot and obtain your bot token. Add Telegram API credentials in n8n with your bot token. Setup iOS Shortcut: Open the Shortcuts app on your iPhone. Go to the Automation tab → Tap + → Create Personal Automation. Choose Arrive → Select a location. Add action: Get Contents of URL. Method: GET, URL: your n8n Webhook URL (e.g. https://n8n.yourdomain.com/webhook/your-path). Save the automation. (You can also test the automation by pressing the Play button) Import Workflow into n8n: Load the provided workflow JSON. Set your webhook path and Telegram credentials. Adjust the logic in the IF node to your usecase. In my case, I check if today is Wednesday and after 4 PM until Midnight. Expose n8n Publicly: Ensure your n8n instance is publicly accessible via HTTPS so the shortcut can reach it. Customization Guidance Change Reminder Message: Modify the text inside the Telegram node to suit different reminders. Add More Conditions: Extend the logic to support more days, hours, or different trigger messages. Add Multi-Channel Output: Send reminders via email, SMS, or Slack in addition to Telegram. Use More Triggers: Expand to other types of shortcut triggers (e.g. NFC tag, leaving location, time of day). Security and Implementation Webhook Protection: Avoid using easily guessable webhook URLs. Secure Telegram Token: Store your bot token securely in n8n credentials, not in plain workflow text. Limit Shortcut Scope: Only trigger the shortcut at trusted locations or with secure iCloud sync. Automation Permissions: Ensure your iPhone allows shortcut automations to run without confirmation. Benefits Automates repetitive location-based reminders without user interaction. Provides a lightweight, native solution using iOS and n8n with no extra apps. Keeps you on track for routine tasks like garbage days, medicine reminders, or arrival-based tasks. Easily extendable for multiple locations or trigger conditions.