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.
Create custom F5 Big-IP and Radar 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.
Get Virtual Servers
Fetches a list of all virtual servers.
Create Virtual Server
Creates a new virtual server.
Get Virtual Server
Fetches a specific virtual server by ID.
Update Virtual Server
Updates a specific virtual server by ID.
Delete Virtual Server
Deletes a specific virtual server by ID.
Get Pools
Fetches a list of all pools.
Create Pool
Creates a new pool.
Get Pool
Fetches a specific pool by ID.
Update Pool
Updates a specific pool by ID.
Delete Pool
Deletes a specific pool by ID.
Get Nodes
Fetches a list of all nodes.
Create Node
Creates a new node.
Get Node
Fetches a specific node by ID.
Update Node
Updates a specific node by ID.
Delete Node
Deletes a specific node by ID.
Get Monitors
Fetches a list of all monitors.
Create Monitor
Creates a new monitor.
Get Monitor
Fetches a specific monitor by ID.
Update Monitor
Updates a specific monitor by ID.
Delete Monitor
Deletes a specific monitor by ID.
To set up F5 Big-IP integration, add the HTTP Request node to your workflow canvas and authenticate it using a predefined credential type. This allows you to perform custom operations, without additional authentication setup. The HTTP Request node makes custom API calls to F5 Big-IP to query the data you need using the URLs you provide.
See the example hereThese API endpoints were generated using n8n
n8n AI workflow transforms web scraping into an intelligent, AI-powered knowledge extraction system that uses vector embeddings to semantically analyze, chunk, store, and retrieve the most relevant API documentation from web pages. Remember to check the F5 Big-IP official documentation to get a full list of all API endpoints and verify the scraped ones!
Track location
Tracks a location update and returns the user and the events generated.
Get context
Gets context for a location based on coordinates.
Forward geocode address
Geocodes an address, converting address to coordinates.
Reverse geocode coordinates
Reverse geocodes a location, converting coordinates to address.
Get geocode by IP address
Geocodes the requester's IP, converting IP address to city, state, and country.
Autocomplete addresses
Autocompletes partial addresses and place names, sorted by relevance and proximity.
Search users
Searches for users near a location, sorted by distance.
Search geofences
Searches for geofences near a location, sorted by distance.
Search places
Searches for places near a location, sorted by distance.
Validate address
Validates the input address.
Calculate distance
Calculates the travel distance and duration between an origin and a destination.
Calculate distance matrix
Calculates the travel distances and durations between multiple origins and destinations for up to 625 routes.
Match route
Snaps points collected along a route to roads that were most likely traveled on.
Get directions
Calculates the most efficient route between two or more locations to visit in order.
Optimize route
Calculates the optimal ordering and route to visit a list of locations.
Create user
This endpoint allows the creation of a new user in the Radar system.
List users
This endpoint retrieves a list of users tracked in your project.
Update user
This endpoint updates the information of an existing user.
Delete user
This endpoint removes a user from the Radar system.
List users
Lists users sorted by updatedAt.
Get user
Gets a user referenced by Radar _id, userId, or deviceId.
Delete user
Deletes a user which can be referenced by Radar _id, userId, or deviceId.
To set up Radar integration, add the HTTP Request node to your workflow canvas and authenticate it using a generic authentication method. The HTTP Request node makes custom API calls to Radar to query the data you need using the API endpoint URLs you provide.
These API endpoints were generated using n8n
n8n AI workflow transforms web scraping into an intelligent, AI-powered knowledge extraction system that uses vector embeddings to semantically analyze, chunk, store, and retrieve the most relevant API documentation from web pages. Remember to check the Radar official documentation to get a full list of all API endpoints and verify the scraped ones!
Can F5 Big-IP connect with Radar?
Can I use F5 Big-IP’s API with n8n?
Can I use Radar’s API with n8n?
Is n8n secure for integrating F5 Big-IP and Radar?
How to get started with F5 Big-IP and Radar integration in n8n.io?
Looking to integrate F5 Big-IP and Radar in your company?
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