HTTP Request workflow'ları
28 sonuç — tümü kaynağa bağlı n8n referansı
Switch Gainium DCA bot risk mode with the fear and greed index and Telegram
Quick overview This workflow runs daily, fetches the Crypto Fear & Greed Index from alternative.me, and uses it to start or stop a Gainium Crypto Trading DCA bot as a simple risk-on/risk-off switch, sending the current regime and any errors to Telegram. How it works Runs every day at 08:00 on a schedule. Loads your bot settings, Fear/Greed thresholds, and Telegram chat ID from a single configuration step. Fetches the latest Crypto Fear & Greed Index value from the public alternative.me API. Classifies the 0–100 index value into risk-off, risk-on, or neutral based on your thresholds. Stops the Gainium bot when the value is at or below the fear threshold, starts the Gainium bot when it is at or above the greed threshold, and makes no change in the neutral band. Sends a Telegram message describing the index value, regime, and action taken, and posts Telegram alerts if the index fetch, bot action, or any workflow step fails. Setup Install the n8n-nodes-gainium community node and add a Gainium API credential with permission to start/stop the target bot. Add Telegram credentials (bot token) and set your Telegram chat ID in the Config step, and also update the chat ID in the three alert s
Detect LLM prompt regressions with Data Tables, OpenAI APIs, and Telegram
Quick overview Continuous quality checks for your production LLM prompts. Keeps a golden test set in n8n Data Tables, runs it on a schedule against any OpenAI-compatible API, compares each run to a blessed baseline, and pings Telegram only when quality actually changes. How it works A Schedule Trigger starts each run. The Execute workflow button runs it on demand. Prompt profiles (system prompt, model, temperature) and test cases (input, expected output, check type) load from two Data Tables. When both tables are empty the workflow seeds demo rows, so the first run works immediately. Every case calls its own model through a generic OpenAI-compatible HTTP request with retries. Failed calls are recorded and reported, never silently dropped. Deterministic checks (exact, contains, regex, numeric) grade most answers for free. An LLM judge scores only the free-form cases marked llm-judge on a 1-5 scale. The run is aggregated, snapshotted to an eval history table, and compared to the blessed baseline: a flipped case must fail two runs in a row to count, while a broad pass-rate or judge-score drop alerts at once. A Telegram digest goes out on baseline capture, regression, recovery, or an o
Repost watermark-free TikTok videos to YouTube via Telegram and Blotato
Quick overview This workflow listens for a TikTok URL sent to a Telegram bot, downloads the source video file without a watermark, uploads it to Blotato, publishes it to YouTube (and optionally TikTok), and then sends a confirmation message back on Telegram. How it works Triggers when a Telegram bot receives a message containing a TikTok video URL. Fetches the TikTok video page over HTTP using a custom User-Agent header. Extracts the raw video playback URL and any required cookies from the page’s embedded JSON data. Downloads the video file directly from TikTok using the extracted URL and cookies. Uploads the downloaded video to Blotato as a media asset. Publishes the uploaded media to YouTube via Blotato with the configured caption, title, and privacy settings (and can also publish to TikTok if enabled). Sends a Telegram message to the original chat confirming the repost is complete. Setup Connect your Telegram bot credentials and start the workflow so the Telegram trigger can receive messages. Install and configure the Blotato community node, then add your Blotato API credentials. In Blotato, connect your YouTube account (and TikTok if you plan to enable it) and select the correc
Generate AI selfie photos from Telegram with AtlasCloud and Blotato
Quick overview This workflow listens for a two-photo Telegram album, uploads both images to Blotato for public hosting, sends them with a caption prompt to AtlasCloud (Nano Banana 2 Lite) to generate an edited “AI selfie,” then posts the result to Instagram and Facebook and replies with the image on Telegram. How it works Triggers when a Telegram bot receives a message and buffers album uploads until it has two photos plus the caption text. Stores the caption as the edit prompt and sets generation options such as model, aspect ratio, output format, and poll interval. Downloads each photo from Telegram and uploads both to Blotato to obtain stable public image URLs. Sends the two hosted image URLs and the prompt to the AtlasCloud generateImage API using the Nano Banana 2 Lite edit model. Waits and polls the AtlasCloud prediction status until it is marked completed or succeeded. Extracts the generated image URL, publishes it to Instagram and Facebook via Blotato, and sends the generated photo back to the originating Telegram chat. Setup Create a Telegram bot and add your Telegram API credentials to the Telegram Trigger and Telegram nodes. Add an AtlasCloud API key as an HTTP Header Au
Notify new Jumia orders with Telegram and WhatsApp Cloud API alerts
Quick Overview This workflow polls the Jumia Vendor API for recent orders, formats each new order into a readable alert, and sends notifications to both Telegram and WhatsApp, while tracking processed order IDs in an n8n Data Table to prevent duplicate messages. How it works Runs manually or on a 5-minute schedule to start the order-check process. Requests an access token from the Jumia Vendor API using a refresh token. Fetches recent orders from the Jumia Vendor API and normalizes the order data into a consistent structure. Checks an n8n Data Table to skip any orders that have already been processed. Formats a detailed notification message containing order, customer, totals, and shipping information. Sends the notification to a Telegram chat and then sends the same message via the WhatsApp Cloud API. Inserts the order ID and metadata into the n8n Data Table to mark the order as processed. Setup Provide your Jumia Vendor API values (client_id, refresh_token, and seller ID) in the HTTP request and normalization steps. Create an n8n Data Table named jumia_processed_orders with columns seller_id, marketplace, order_id, status, first_seen, notified_at, and raw_payload. Add Telegram cre
Generate Telegram image-to-video clips with AtlasCloud WAN 2.7 and post via Blotato to TikTok, Instagram, Facebook
Quick overview This workflow listens for a Telegram message containing a photo and caption, generates an image-to-video clip via AtlasCloud (WAN 2.7), then publishes the resulting video to TikTok, Instagram, and Facebook using Blotato and sends a confirmation back on Telegram. How it works Triggers when a Telegram bot receives a message with a photo and caption. Extracts the caption as the video prompt/caption, sets duration and resolution, and downloads the attached photo from Telegram. Uploads the photo to AtlasCloud and starts an image-to-video generation job using the WAN 2.7 model. Waits briefly, then polls AtlasCloud for the generation status until it returns completed/succeeded. Uses the returned video URL and caption to publish the video to TikTok, Instagram, and a Facebook page via Blotato. Sends a Telegram message back to the original chat confirming publishing and includes the generated video link. Setup Create/select Telegram bot credentials and use the bot to receive photo messages and send confirmations. Add an AtlasCloud API key as an HTTP Header Auth credential (Bearer token) and select it on the two AtlasCloud HTTP Request steps. Install and enable the Blotato comm
Dub Telegram video links with ElevenLabs and publish to YouTube and TikTok
Quick overview This workflow accepts a video URL from Telegram, sends it to the ElevenLabs Dubbing API to generate a dubbed version in a target language, then uploads the result to Blotato to publish it on YouTube and TikTok and confirms completion back in Telegram. How it works Triggers when a Telegram bot receives a message containing a video link. Reads configuration values such as source/target language, speaker count, watermark/background-audio options, and default YouTube title and caption. Creates an ElevenLabs dubbing job for the provided source URL and periodically checks the job status until it is complete or failed. Stops with an error if ElevenLabs reports the dubbing job as failed. Downloads the dubbed video/audio file from ElevenLabs and uploads the binary file to Blotato to get a public media URL. Publishes the dubbed media to YouTube and TikTok via Blotato (marked as AI/synthetic media) and sends a success message back to the originating Telegram chat. Setup Create a Telegram bot with BotFather, add a Telegram API credential in n8n, and select it for both the Telegram trigger and the Telegram notification step. Create an ElevenLabs API key and configure an HTTP Head
Send a weekly Plausible analytics digest to Telegram chat
Quick Overview This workflow runs every Monday (or manually) to query Plausible Analytics for top pages, new referrers, and potential content decay, then formats a weekly digest and sends it to a Telegram chat. How it works Runs every Monday at 8:00 AM or starts on demand via a manual trigger. Sets the Plausible site ID, Plausible base URL, and the target Telegram chat ID. Queries the Plausible API for the last 7 days’ top pages and prepares a top-5 list by visitors. Queries Plausible for referrers for the last 7 days and the previous week, then identifies referrers that appear this week but not last week. Queries Plausible for per-page visitors for the last 7 days and for a week 4 weeks ago, then flags pages with significant traffic drops. Combines the insights into a Markdown message and sends the digest to Telegram. Setup Add a Plausible API key as an HTTP Bearer Auth credential and ensure the workflow points to your Plausible instance URL. Update the workflow variables with your Plausible site_id, plausible_url, and the destination telegram_chat_id. Add Telegram credentials and ensure the bot can post to the target chat (start a chat with the bot or add it to the group). Adjust
Send daily Brent crude oil futures prices to Telegram with 0 API cost
Who is this for? Oil traders, energy analysts, commodity research desks, shipping operations teams, refinery planners, equity investors in oil stocks, macro researchers, and anyone whose day starts with "where is Brent trading?" If you track the international oil benchmark and want hands-free price updates delivered to Telegram multiple times a day without paying for a Bloomberg terminal or a commodity data API, this workflow is built for you. What problem does this solve? Most professional oil price data sources charge steep monthly fees. Bloomberg terminals run into thousands per month. Refinitiv, CQG, and similar platforms are priced for institutions. Free alternatives exist but require manually checking websites throughout the day, which breaks focus and wastes time. This workflow silently scrapes the public Brent Crude futures page on oilprice.com, extracts the 10-month forward curve, formats the data into a clean tabular Telegram message, and delivers it on a configurable schedule. You get institutional-grade visibility into the Brent forward curve without spending a rupee on data feeds. Zero ongoing cost to run This workflow has no API keys, no subscriptions, and no metered
Automated TikTok Video Downloader Bot (No Watermark) Using n8n and Telegram
Description This workflow is an n8n-based automation that allows users to download TikTok/Reels videos without watermarks simply by sending the video link through a Telegram Bot. It uses a Telegram Trigger to receive the link from the user, then makes an HTTP request to a third-party API (tiktokio.com) to process and retrieve the download link. The workflow filters the results to find the Download without watermark link, downloads the video in MP4 format, and sends it back to the user directly in their Telegram chat. Key features: Supports the best available video quality (bestvideo+bestaudio). Automatically removes watermarks. Instant response directly in Telegram chat. Fully automated — no manual downloads required. How It Works Telegram Trigger The user sends a TikTok or Reels link to the Telegram bot. The workflow captures and stores the link for processing. HTTP Request – MediaDL API The link is sent via POST method to https://mediadl.app/api/download. The API processes the link and returns video file data. Wait Delay The workflow waits a few seconds to ensure the API response is fully ready. Edit Fields Extracts the video file URL from the API response. Additional Wait Delay
Scheduled Currency Exchange Rate Updates to Telegram with Exchange Rate API
Stop guessing currency rates! Get a quick and clean exchange rate summary sent right to your phone. 📲 This workflow automatically checks the latest rates and builds a simple report for you. What it does: 🤑 Fetches the very latest exchange rates from an API. 🌍 Shows you what major currencies (like USD & EUR) are worth in your chosen local currency. ✍️ Creates a simple, easy-to-read report. 🚀 Delivers it straight to your Telegram! Setup is easy: All you need to do is set your base currency (e.g., 'EGP') and your Telegram Chat ID. Done! ✅
Extract Text from Images with Telegram Bot & Gemini 2.0 Flash OCR
Description Turn your Telegram bot into a powerful OCR (Optical Character Recognition) tool. This workflow allows you to send any image (like a screenshot, a photo of a document, or a picture of a sign) to your bot, and it will instantly extract and send back the text from that image. Powered by Google's advanced Gemini AI, this automation is perfect for quickly digitizing notes, saving important snippets, or avoiding manual typing. How it works This workflow performs a few high-level steps: It triggers when a new image is sent to your Telegram bot. It sends the image to the Google Gemini Vision API to be analyzed. It extracts the text found in the image. It sends the extracted text back to you as a message in Telegram. Set up steps Estimated set up time: Less than 5 minutes. The setup is straightforward. You only need to configure two credentials: Telegram Bot Credentials: To connect your bot. Google Gemini API Credentials: To use the OCR feature. You can get a free API key from Google AI Studio.
Check Tron Wallet USDT Blacklist Status via Telegram
Description This n8n workflow template allows users to check if a Tron wallet address is blacklisted on the USDT contract via a Telegram bot. When a user sends the command {walletAddress} through the Telegram bot, the workflow queries the Tronscan API to determine if the provided wallet address is blacklisted. The result is then sent back to the user via the Telegram bot. Detailed Description Workflow Overview This workflow is designed to interact with users through a Telegram bot and check if a given Tron wallet address is blacklisted on the USDT contract. The workflow consists of four main nodes: Telegram Trigger Node: Listens for messages from the Telegram bot. HTTP Request Node: Sends a GET request to the Tronscan API to check the blacklist status of the provided wallet address. Function Node: Processes the API response and formats the message to be sent back to the user. Telegram Send Message Node: Sends the formatted message back to the user via the Telegram bot. Nodes Configuration 1.Telegram Trigger Node Event: Message Update Types: Message Command: /sorgu Description: This node listens for the {walletAddress} command followed by a wallet address from the user. 2.HTTP Reque
Send Hourly Crypto Market Analysis from Binance to Telegram
📈 Daily Crypto Market Summary Bot (Binance to Telegram) This workflow fetches 24h price change data from Binance for selected crypto pairs (BTC/USDC, ETH/USDC, SOL/USDC) every hour using a cron schedule. It performs in-depth analysis—including volatility, volume, bid-ask spread, momentum, and market comparison—then formats a detailed market summary. The final report is sent to a Telegram chat using HTML formatting, highlighting top gainers, losers, and key metrics in a clean, readable layout. 🔑 Key Features ⏱ Runs every hour (cron: 5 * * * *) 🔍 Filters and analyzes major coins: BTC, ETH, SOL 📊 Calculates market metrics: Volatility Bid-ask spread Momentum Estimated market cap Market average comparison 📈 Highlights gainers, losers, and top coins by volume ✂️ Splits messages to fit Telegram’s 4096 character limit 💬 Sends output in rich HTML format to a Telegram group or chat 🎯 Use Cases ✅ Crypto traders wanting hourly performance insights ✅ Telegram groups needing automated market updates ✅ Analysts monitoring key coin metrics in real-time ✅ Bot developers creating crypto dashboards or alerts 🛠 Technical Details Data Source:** Binance 24hr ticker API (/api/v3/ticker/24hr) Coin
Automate Docker Container Updates with Telegram Approval System
Who is this for? This workflow is for DevOps engineers, system administrators, and Docker users who want to automate the process of checking for updates, verifying them, and applying updates to their Docker-based deployment in a controlled manner. For example, this workflow is used to update the n8n Docker image. What does this workflow do? Fetches the latest Docker image version from GitHub. Compares it with the currently running version on the server. Sends a Telegram message requesting confirmation if an update is available. If confirmed, pulls the latest n8n Docker image, updates the container, and restarts it. Sends a Telegram message confirming the update is completed. Schedules automatic checks, Uses a cron trigger in n8n to check for updates at regular intervals. Setup Ensure n8n is installed and running in a Docker container. Create a Telegram bot using BotFather. Set up Telegram credentials. Set up SSH credentials (ensure the SSH user has sudo access). Obtain the bot token and chat ID. Set the Default variable node telegram-id (You can find it by messaging @get_id_bot). n8n-container-name (Specify the name of the n8n container.) working-directory (The directory where your
Monitor USDT ERC-20 Wallet Balance with Etherscan and Telegram Notifications
Overview This n8n workflow is specifically designed to monitor the USDT ERC-20 balance within a specific wallet. It uses Etherscan's public blockchain database, which does not require API authentication, to periodically check and process transaction data. This workflow is ideal for users who need an automated solution to track ERC-20 wallet transactions. Features Automatic Monitoring**: Executes every 5 minutes to capture new transactions. Customizable Filters**: Customize tracking based on parameters like transaction duration and wallet addresses. Data Aggregation**: Compiles transaction data into a single, structured list. Formatted Outputs**: Presents processed data in an organized format. Telegram Tracking**: Tracks wallet balances via Telegram notifications using the bot. Requirements n8n Setup**: Requires a self-hosted or cloud-based n8n instance. Basic Understanding**: Basic knowledge of n8n workflows and nodes. Installation and Configuration Import Workflow: Load the provided JSON workflow into your n8n instance. Configure the User Data Node: Enter your ERC-20 Wallet Address in the 'Your Wallet Address' field. Enter your Etherscan API Key in the “Your Etherscan API Key” fie
Telegram AI Bot: NeurochainAI Text & Image - NeurochainAI Basic API Integration
This template provides a workflow to integrate a Telegram bot with NeurochainAI's inference capabilities, supporting both text processing and image generation. Follow these steps to get started: > Purpose: Enables seamless integration between your Telegram bot and NeurochainAI for advanced AI-driven text and image tasks. Requirements Telegram Bot Token. NeurochainAI API Key. Sufficient credits to utilize NeurochainAI services. Features Text processing through NeurochainAI's inference engine. AI-powered image generation (Flux). Easy customization and scalability for your use case. Setup Import the template into N8N. Add your Telegram Bot Token and NeurochainAI API Key where prompted. Follow the step-by-step instructions embedded in the template for configuration. [NeurochainAI Website](https://www.neurochain.ai/ ) NeurochainAI Guides
Convert image to text using GROQ LLaVA V1.5 7B
What this template does This template uses GROQ LLAVA V1.5 7B API that offers fast inference for multimodal models with vision capabilities for understanding and interpreting visual data from images. . The users send a image and get a description of the image from the model. Setup Open the Telegram app and search for the BotFather user (@BotFather) Start a chat with the BotFather Type /newbot to create a new bot Follow the prompts to name your bot and get a unique API token Save your access token and username Once you set your bot, you can send the image, and get the descriptions.
Email Notifications to Telegram using Temporary HTML URL Hosting via GitHub Gist
Overview This workflow automates the process of notifying users about new emails via Telegram and temporarily hosting the email content on a secret HTML page. It is ideal for users who need immediate notifications and a secure, temporary web view of their email content. Use Cases Immediate notification of new emails in Telegram with the ability to preview the email content in a secure, temporary HTML format. Automation for users who need to keep track of their emails without constantly checking their email client. Useful for teams or individuals who require instant updates on critical emails and prefer a quick preview through a web interface. My Personal Use Case: Secure Subscription Sharing From time to time, I find myself wanting to share my paid subscriptions with friends, but giving out OTP codes manually or sharing my email isn't a good idea due to security concerns. I attempted to use the IMAP node to integrate with Telegram secret channel for this purpose but encountered numerous problems, such as difficulties in scraping content from emails. Additionally, the Telegram API sometimes rejects certain special characters found within email contents. After facing these challenges
Crypto Market Alert System with Binance and Telegram Integration
An innovative N8N workflow that monitors cryptocurrency prices on Binance, identifies significant market movements, and sends customized alerts through Telegram. Ideal for traders and enthusiasts seeking real-time market insights. How It Works Trigger Options: Choose between a manual trigger or a scheduled trigger to start the workflow. Fetch Market Data: The 'Binance 24h Price Change' node retrieves the latest 24-hour price changes for cryptocurrencies from Binance. Identify Significant Changes: The 'Filter by 10% Change rate' node filters out cryptocurrencies with price changes of 10% or more. Aggregate Data: The 'Aggregate' node combines all significant changes into a single dataset. Format Data for Telegram: The 'Split By 1K chars' node formats this data into chunks suitable for Telegram's message size limit. Send Telegram Message: The 'Send Telegram Message' node broadcasts the formatted message to a specified Telegram chat. Set Up Steps Estimated Time**: About 1-5 minutes for setup. Initial Configuration**: Set up a Binance API connection (Optional) and your Telegram bot credentials. Customization**: Adjust the trigger according to your preference (manual or scheduled) and up
Extend n8n with additional tools
This workflow extends n8n and uses R language graphic capabilities. This is a Telegram bot which fetches weather data via the openweathermap.org API, plots an image using ggoplot2 package from R and sends the image to the Telegram user.
Message on website content changed in Telegram
I wanted a system to monitor website content changes and notify me. So I made it using n8n. Especially my competitor blogs. I wanted to know how often they are posting new articles. (I used their sitemap.xml file) (The below workflow may vary) In the Below example, I used HackerNews for example. Explanation: First HTTP Request node crawls the webpage and grabs the website source code Then wait for x minutes Again, HTTP Node crawls the webpage If Node compares both results are equal if anything is changed. It’ll go to the false branch and notify me in telegram. Workflow: Sample Response:
Send a message to Telegram on a new item saved to Reader
What is it This workflow aims to build a simple bot that will send a message to a telegram channel every time there is a new saved item to the Reader. This workflow can be easily modify to support other way of sending the notification, thanks to existing n8n nodes. Warning: This is only for folks who already have access to the Reader, it won't work if you don't Also, this workflow use a file to store the last update time in order to not sync everything everytime. Setup The config node : It contains the telegram channel id It also contains the file used as storage To get the header auth, you have to : Go to the reader Open the devtools, Option + ⌘ + J (on macOS), or Shift + CTRL + J (on Windows/Linux) Go to network and find a profile_details/ request, click on it Go to Request Headers Copy the value for "Cookie" In n8n, set the name of the Header auth account to Cookie and the value with the one you copied before
Search and download torrents using transmission-daemon
Ok google download "movie name" I develop this automation to improve my quality of life in handling torrents in my media-center. Goal Automate the search operations of a movie based on its name and trigger a download using your transmission-daemon. Setup Prerequisite Transmission daemon up and running and its authentication method N8N configured self-hosted or with the possibility to add npm package better with docker-compose.yaml Telegram bot credential [optional] Configuration Create a folder where your docker-compose.yaml belongs n8n_dir and proceed in installing the node package. cd ~/n8n_dir npm i torrent-search-api Configuring your docker-compose.yaml file this way. You must include all the dependencies of torrent-search-api. This will let you run the new torrent search node presented in this workflow. version: '3.3' services: n8n: container_name: n8n ports: '5678:5678' restart: always volumes: '~/n8n_dir/.n8n:/home/node/.n8n' '~/n8n_dir/node_modules/@tootallnate:/usr/local/lib/node_modules/@tootallnate' '~/n8n_dir/node_modules/accepts:/usr/local/lib/node_modules/accepts' '~/n8n_dir/node_modules/agent-base:/usr/local/lib/node_modules/agent-base' '~/n8n_dir/node_modules/ajv:/u