Can Confluent connect with Pusher?

Yes, Confluent can connect with Pusher using n8n.io. With n8n, you can create workflows that automate tasks and transfer data between Confluent and Pusher. Configure nodes for Confluent and Pusher in the n8n interface, specifying actions and triggers to set up their connection.

Can I use Confluent’s API with n8n?

Yes, with n8n, you can programmatically interact with Confluent’s API via pre-defined supported actions or raw HTTP requests. With the HTTP Request node, you create a REST API call. You need to understand basic API terminology and concepts.

Can I use Pusher’s API with n8n?

Yes, with n8n, you can programmatically interact with Pusher’s API via pre-defined supported actions or raw HTTP requests. With the HTTP Request node, you create a REST API call. You need to understand basic API terminology and concepts.

Is n8n secure for integrating Confluent and Pusher?

Yes, it is safe to use n8n to integrate Confluent and Pusher. n8n offers various features to ensure the safe handling of your data. These include encrypted data transfers, secure credential storage, RBAC functionality, and compliance with industry-standard security practices (SOC2 compliant). For hosted plans, data is stored within the EU on servers located in Frankfurt, Germany. You can also host it on your own infrastructure for added control. Learn more about n8n’s security practices here.

How to get started with Confluent and Pusher integration in n8n.io?

To start integrating Confluent and Pusher in n8n, you have different options depending on how you intend to use it: n8n Cloud: hosted solution, no need to install anything. Self-host: recommended method for full-control or customized use cases. Unlike other platforms that charge per operation, step, or task, n8n charges only for full workflow executions. This approach guarantees predictable costs and scalability, no matter the complexity or volume of your workflows.

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Confluent

Pusher

Confluent and Pusher integration

Save yourself the work of writing custom integrations for Confluent and Pusher and use n8n instead. Build adaptable and scalable Development workflows that work with your technology stack. All within a building experience you will love.

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How to connect Confluent and Pusher

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.

Confluent and Pusher integration: Create a new workflow and add the first step

Step 2: Add and configure Confluent and Pusher nodes using the HTTP Request nodes

Add the HTTP Request nodes onto your workflow canvas. Set credentials for Confluent and Pusher as appropriate using generic authentication methods. The HTTP Request nodes make custom API calls to Confluent and Pusher to query the data you need. Configure nodes one by one: input data on the left, parameters in the middle, and output data on the right.

Confluent and Pusher integration: Add and configure Confluent and Pusher nodes

Step 3: Connect Confluent and Pusher

A connection establishes a link between Confluent and Pusher (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.

Confluent and Pusher integration: Connect Confluent and Pusher

Step 4: Customize and extend your Confluent and Pusher 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 Confluent and Pusher with any of n8n’s 1000+ integrations, and incorporate advanced AI logic into your workflows.

Confluent and Pusher integration: Customize and extend your Confluent and Pusher integration

Step 5: Test and activate your Confluent and Pusher workflow

Save and run the workflow to see if everything works as expected. Based on your configuration, data should flow from Confluent and Pusher 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.

Confluent and Pusher integration: Test and activate your Confluent and Pusher workflow

Build your own Confluent and Pusher integration

Create custom Confluent and Pusher 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.

Supported API Endpoints for Confluent

To set up Confluent 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 Confluent to query the data you need using the API endpoint URLs you provide.

Authors
Books
Topics
Users

List authors

Retrieve a list of authors sorted by title.

GET

/v1/authors

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 Confluent official documentation to get a full list of all API endpoints and verify the scraped ones!

View workflow

Or explore 800+ other templates here

Update book

Updates the book details for a specified author and title.

PUT

/v1/books

These API endpoints were generated using n8n

View workflow

Or explore 800+ other templates here

Create topic

Creates a new Kafka topic in the specified cluster.

POST

:8090/kafka/v3/clusters/7cteo6omRwKaUFXj3BHxdg/topics

Get topic partitions

Retrieve the partitions of the specified topic.

GET

:8090/kafka/v3/clusters/7cteo6omRwKaUFXj3BHxdg/topics/my-cool-topic/partitions

Get topic configs

Retrieve the configuration settings for the specified topic.

GET

:8090/kafka/v3/clusters/7cteo6omRwKaUFXj3BHxdg/topics/my-cool-topic/configs

Reassign topic partitions

Reassign the partitions of the specified topic.

POST

:8090/kafka/v3/clusters/7cteo6omRwKaUFXj3BHxdg/topics/my-cool-topic/partitions/-/reassignment

These API endpoints were generated using n8n

View workflow

Or explore 800+ other templates here

Set user profile data

Sets the profile data for a user in Slack.

POST

/api/users.profile.set

Get user profile

Retrieves the profile data for a user in Slack.

GET

/api/users.profile.get

Delete user photo

Deletes the photo of a user in Slack.

POST

/api/users.deletePhoto

Set user photo

Sets the photo of a user in Slack.

POST

/api/users.setPhoto

Set user active status

Sets the active status of a user in Slack.

POST

/api/users.setActive

These API endpoints were generated using n8n

View workflow

Or explore 800+ other templates here

Supported API Endpoints for Pusher

To set up Pusher 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 Pusher to query the data you need using the API endpoint URLs you provide.

Channels
Events
Batch_events
Channel
Users

Trigger event

Trigger an event on a specified channel.

POST

/channels/my-channel/my-event

List channels

Query for a list of channels within an application that have active subscriptions.

GET

/channels

Get channel information

Retrieve the state of an individual channel by its name.

GET

/channels/channel-name

Get presence users

Retrieve a list of users present on a presence channel.

GET

/channels/presence-channel-name/users

Fetch info for multiple channels

Allows fetching a hash of occupied channels optionally filtered by prefix.

GET

/apps/[app_id]/channels

Fetch info for one channel

Retrieves information about a specific channel.

GET

/channels/{channel_name}

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 Pusher official documentation to get a full list of all API endpoints and verify the scraped ones!

View workflow

Or explore 800+ other templates here

Trigger event

Triggers an event on one or more channels.

POST

/apps/[app_id]/events

Trigger event

Triggers an event on a specified channel.

POST

/apps/3/events

Trigger multiple events

Triggers multiple events on specified channels.

POST

/apps/3/events/batch

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 Pusher official documentation to get a full list of all API endpoints and verify the scraped ones!

View workflow

Or explore 800+ other templates here

Trigger multiple events

Triggers multiple events in a single call (up to 10 per call on the multi-tenant clusters).

POST

/apps/[app_id]/batch_events

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 Pusher official documentation to get a full list of all API endpoints and verify the scraped ones!

View workflow

Or explore 800+ other templates here

Fetch info for one channel

Fetch one or some attributes for a given channel.

GET

/apps/[app_id]/channels/[channel_name]

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 Pusher official documentation to get a full list of all API endpoints and verify the scraped ones!

View workflow

Or explore 800+ other templates here

Terminate user connections

Terminates all connections established by the given user.

POST

/apps/[app_id]/users/[user_id]/terminate_connections

Fetch users

Fetch user IDs of users currently subscribed to a presence channel.

GET

/apps/[app_id]/channels/[channel_name]/users

Terminate user connections

Terminates all connections of a specified user.

POST

/apps/3/users/{user_id}/connections

Fetch users

Retrieves a list of users connected to a channel.

GET

/apps/3/users

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 Pusher official documentation to get a full list of all API endpoints and verify the scraped ones!

View workflow

Or explore 800+ other templates here

Confluent and Pusher integration details

Confluent is a cloud-native data-in-motion service developed by the original creators of Apache Kafka®.

Using generic authentication

See Confluent integrations

Related categories

Development

Pusher is a user-friendly technology that simplifies the process of integrating real-time features into applications for developers. By leveraging the Pusher API, developers can create a wide range of applications and services, spanning from real-time voting systems to collaborative games and more.

Using generic authentication

See Pusher integrations

Related categories

Development