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integrationWebhook node
integrationOpenWeatherMap node

Webhook and OpenWeatherMap integration

Save yourself the work of writing custom integrations for Webhook and OpenWeatherMap and use n8n instead. Build adaptable and scalable Development, Core Nodes, Miscellaneous, and Utility workflows that work with your technology stack. All within a building experience you will love.

How to connect Webhook and OpenWeatherMap

  • Step 1: Create a new workflow
  • Step 2: Add and configure nodes
  • Step 3: Connect
  • Step 4: Customize and extend your integration
  • Step 5: Test and activate your workflow

Step 1: Create a new workflow and add the first step

In n8n, click the "Add workflow" button in the Workflows tab to create a new workflow. Add the starting point – a trigger on when your workflow should run: an app event, a schedule, a webhook call, another workflow, an AI chat, or a manual trigger. Sometimes, the HTTP Request node might already serve as your starting point.

Webhook and OpenWeatherMap integration: Create a new workflow and add the first step

Step 2: Add and configure Webhook and OpenWeatherMap nodes

You can find Webhook and OpenWeatherMap in the nodes panel. Drag them onto your workflow canvas, selecting their actions. Click each node, choose a credential, and authenticate to grant n8n access. Configure Webhook and OpenWeatherMap nodes one by one: input data on the left, parameters in the middle, and output data on the right.

Webhook and OpenWeatherMap integration: Add and configure Webhook and OpenWeatherMap nodes

Step 3: Connect Webhook and OpenWeatherMap

A connection establishes a link between Webhook and OpenWeatherMap (or vice versa) to route data through the workflow. Data flows from the output of one node to the input of another. You can have single or multiple connections for each node.

Webhook and OpenWeatherMap integration: Connect Webhook and OpenWeatherMap

Step 4: Customize and extend your Webhook and OpenWeatherMap integration

Use n8n's core nodes such as If, Split Out, Merge, and others to transform and manipulate data. Write custom JavaScript or Python in the Code node and run it as a step in your workflow. Connect Webhook and OpenWeatherMap with any of n8n’s 1000+ integrations, and incorporate advanced AI logic into your workflows.

Webhook and OpenWeatherMap integration: Customize and extend your Webhook and OpenWeatherMap integration

Step 5: Test and activate your Webhook and OpenWeatherMap workflow

Save and run the workflow to see if everything works as expected. Based on your configuration, data should flow from Webhook to OpenWeatherMap or vice versa. Easily debug your workflow: you can check past executions to isolate and fix the mistake. Once you've tested everything, make sure to save your workflow and activate it.

Webhook and OpenWeatherMap integration: Test and activate your Webhook and OpenWeatherMap workflow

Get information about the weather for any city

Companion workflow for blogpost

Nodes used in this workflow

Popular Webhook and OpenWeatherMap workflows

Get enriched location, weather, and timezone data using free APIs

Get location insights using free APIs Transform GPS coordinates into rich location data using 100% free APIs. This webhook aggregates address, timezone, weather, and sun data into a single response. Perfect for location tracking apps, travel platforms, and IoT projects. What You'll Get A single API endpoint returning 28 enriched data fields: Detailed address with components (suburb, city, state, country, postcode) Timezone data (name, abbreviation, current local time and date) Live weather (temperature, humidity, pressure, conditions with icon) Sun times (sunrise, sunset, day length) Visual assets (weather icons and country flag URLs) How It Works Webhook receives coordinates via GET request (lat and lon parameters) Parallel API calls to 4 free services (OpenStreetMap, TimezoneDB, Sunrise-Sunset, OpenWeatherMap) Data merging combines all responses Format and structure transforms data into 28 clean fields JSON response returns enriched location data Response time: 1 to 3 seconds Set Up Steps Get Free API Keys OpenWeatherMap: Sign up at openweathermap.org (free tier: 60 calls/min) TimezoneDB: Register at timezonedb.com (free tier available) Note: OpenStreetMap and Sunrise-Sunset require no keys Configure Credentials Add OpenWeatherMap credentials to the OpenWeatherMap node Replace TimezoneDB API key in HTTP Request node with your key Activate and Test Activate workflow to generate webhook URL Test with sample: ?lat=27.1751495&lon=78.0395673 Example Usage Request: curl "https://your-n8n.com/webhook/geo-details?lat=27.1751495&lon=78.0395673" Response: JSON array with 28 fields including address, timezone, weather, and sun data. Use Cases Location tracking applications Travel and tourism platforms Weather dashboards Fleet management systems Geographic analytics tools Smart home automation Educational projects Why This Template? Zero cost (all APIs are free) Production ready with error handling Fast response via parallel processing Well documented with sticky notes Easy to customize and extend No vendor lock-in Perfect for startups, indie developers, students, and budget-conscious projects. Rate Limits (Free Tiers) OpenStreetMap: 1 req/sec TimezoneDB: 1 req/sec OpenWeatherMap: 60 calls/min, 1M calls/month Sunrise-Sunset: No documented limits Tip: Implement caching to stay within limits. Tags: location, geocoding, weather, timezone, free-api, webhook, rest-api, gps

Smart Irrigation Scheduler with Weather Forecast and Soil Analysis

Smart Irrigation Scheduler with Weather Forecast and Soil Analysis Summary Automated garden and farm irrigation system that uses weather forecasts and evapotranspiration calculations to determine optimal watering schedules, preventing water waste while maintaining healthy plants. Detailed Description A comprehensive irrigation management workflow that analyzes weather conditions, forecasts, soil types, and plant requirements to make intelligent watering decisions. The system considers multiple factors including expected rainfall, temperature, humidity, wind speed, and days since last watering to determine if irrigation is needed and how much. Key Features Multi-Zone Management**: Support for multiple irrigation zones with different plant and soil types Weather-Based Decisions**: Uses OpenWeatherMap current conditions and 5-day forecast Evapotranspiration Calculation**: Simplified Penman method for accurate water loss estimation Rain Forecast Skip**: Automatically skips watering when significant rain is expected Plant-Type Specific**: Different requirements for flowers, vegetables, grass, and shrubs Soil Type Consideration**: Adjusts for clay, loam, and sandy soil characteristics Urgency Classification**: High/medium/low priority based on moisture levels Optimal Timing**: Adjusts watering time based on temperature and wind conditions IoT Integration**: Sends commands to smart irrigation controllers Historical Logging**: Tracks all decisions in Google Sheets Use Cases Home garden automation Commercial greenhouse management Agricultural operations Landscaping company scheduling Property management with large grounds Water conservation projects Required Credentials OpenWeatherMap API key Slack Bot Token Google Sheets OAuth IoT Hub API (optional) Node Count: 24 (19 functional + 5 sticky notes) Unique Aspects Uses OpenWeatherMap node (rarely used in templates) Uses Split Out node for loop-style processing of zones Uses Filter node for conditional routing Uses Aggregate node to collect results Implements evapotranspiration calculation using Code node Comprehensive multi-factor decision logic Workflow Architecture [Daily Morning Check] [Manual Override Trigger] | | +----------+-------------+ | v [Define Irrigation Zones] | v [Split Zones] (Loop) / \ v v [Get Current] [Get 5-Day Forecast] \ / +----+----+ | v [Merge Weather Data] | v [Analyze Irrigation Need] / \ v v [Filter Needing] [Aggregate All] \ / +----+----+ | v [Generate Irrigation Schedule] | v [Has Irrigation Tasks?] (If) / \ Has Tasks No Tasks / | \ | Sheets[Slack] [Log No Action] \ | / | +---+---+-----------+ | v [Respond to Webhook] Configuration Guide Irrigation Zones: Edit "Define Irrigation Zones" with your zone data (coordinates, plant/soil types) Water Thresholds: Adjust waterThreshold per zone based on plant needs OpenWeatherMap: Add API credentials in the weather nodes Slack Channel: Set to your garden/irrigation channel IoT Integration: Configure endpoint URL for your smart valve controller Google Sheets: Connect to your logging spreadsheet Decision Logic The system evaluates: Expected rainfall in next 24 hours (skip if >5mm expected) Soil moisture estimate based on days since watering + evapotranspiration Plant-specific minimum and ideal moisture levels Temperature adjustments for hot days Scheduled watering frequency by plant type Wind speed for optimal watering time

Weather check workflow for bash-dash

This workflow returns the current weather at a predefined or given city and returns it so that it can be displayed with bash-dash. By default does it return the weather in Berlin if no city got defined. That default can be changed in the "Set City" node. Example usage: \- weather london Example bash-dash config: commands[weather]="http://localhost:5678/webhook/weather"

Get information about the weather for any city

Companion workflow for blogpost

Build your own Webhook and OpenWeatherMap integration

Create custom Webhook and OpenWeatherMap workflows by choosing triggers and actions. Nodes come with global operations and settings, as well as app-specific parameters that can be configured. You can also use the HTTP Request node to query data from any app or service with a REST API.

OpenWeatherMap supported actions

Current Weather
Returns the current weather data
5 Day Forecast
Returns the weather data for the next 5 days

Webhook and OpenWeatherMap integration details

integrationWebhook node
Webhook

Webhooks are automatic notifications that apps send when something occurs. They are sent to a certain URL, which is effectively the app's phone number or address, and contain a message or payload. Polling is nearly never quicker than webhooks, and it takes less effort from you.

Use case

Save engineering resources

Reduce time spent on customer integrations, engineer faster POCs, keep your customer-specific functionality separate from product all without having to code.

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FAQs

  • Can Webhook connect with OpenWeatherMap?

  • Can I use Webhook’s API with n8n?

  • Can I use OpenWeatherMap’s API with n8n?

  • Is n8n secure for integrating Webhook and OpenWeatherMap?

  • How to get started with Webhook and OpenWeatherMap integration in n8n.io?

Need help setting up your Webhook and OpenWeatherMap integration?

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