Implementing a new tool can be daunting, but it doesn’t have to. You can implement journy.io in a few different ways to ensure it fits with the rest of your tech stack seamlessly.
We welcome your feedback, ideas and suggestions. We really want to make your life easier, so if we’re falling short or should be doing something different, we want to hear about it. Send us an email at hi@journy.io or reach out via the chat on our website or on our platform.
There are multiple ways you can send us data about users and accounts. We have both frontend and backend APIs, which can be used together at the same time.
If you already use Segment, you can get up and running with journy.io in seconds.
The most basic entity is a user, a specific individual that completed an interaction with your product.
We support multiple types of users, often differentiated by it’s external ID prefix. E.g. In the case you are building an ordering app, there could easily be an administrator (who updates products and checks for orders) and the end-customers who place orders. One could have a typical ADM-XXXXXXXX ID, while the other would be referenced by USR-XXXXXXXXX.
In B2B SaaS, users can be part of multiple accounts. E.g. Imagine you’re building a content scheduling app where an agency can manage the social media posts of their clients. Each client of the agency has its own account in the product.
If your app doesn’t have the concept of a team or group of users, you can ignore accounts.
An event is a data point that represents an interaction between a user and/or an account; and your product. Events can represents any range of interactions. E.g. Every time a customer creates an invoice in an invoicing app. Actions like creating an invoice can be tracked as an event in journy.io.
It’s critical to track events properly. You’ll need to provide either an account ID, or a user ID, or both; when tracking an event. E.g. If a user updates his personal settings, you can omit the account ID as the event would not be related to any account. In a same logic, an account could get a ‘suspend account’ event (with account ID) from an internal process, whereas no user would be associated. In most cases, events will be associated to both 1 user and 1 account.
You can optionally pass extra details as metadata (e.g. amount of the invoice). This gets particarly powerfull when creating computed properties on those event metadata. E.g. Our above ordering app could send journy.io ‘Place Order’ events with metadata ‘price’, on which journy.io very easily would compute a total order value (for each account) for the last 30 days.
💡 Metadata does not update the properties of a user or account.
The best implementations we see employ a hybrid approach to maximize data quality while maintaining the flexibility to easily collect the data they need.
We recommend using our JavaScript snippet to track screen views and our backend API to sync users, sync accounts and track events.
When evaluating how to track a particular event, we suggest starting with server-side and only use frontend if it’s not possible to collect purely server-side. This can be the case if you need to track interactions with your product that don’t result in any natural server requests (such as a button click that opens a modal).
💡 You can find the JavaScript snippet in the website settings in the connections view.
Copy the JavaScript snippet and place it in the head or body of your application.
The snippet automatically calls journy("init", { ... }) and journy("pageview").
💡 A user ID should be a robust, static, unique identifier that you recognize a user by in your own systems. Because these IDs are consistent across a customer’s lifetime, you should include a user ID in identify calls as often as you can. Ideally, the user ID should be a database ID.
💡 journy.io does not recommend using simple email addresses or usernames as user ID, as these can change over time. journy.io recommends that you use static IDs instead, so the IDs never change. When you use a static ID, you can still recognize the user in your analytics tools, even if the user changes their email address.
💡 The properties full_name, first_name, last_name, phone and registered_at will be used for creating contacts in destinations like Intercom, HubSpot, Salesforce, …
journy("identify") allows you to identify the user that is currently using your product.
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Resourcesjourny("identify", {
// Email or user ID is required
email: "john.doe@acme.com",
// Unique identifier for the user in your database
userId: "20",
// Optional
// Hash of the user ID using a backend secret
// You can find the secret in the website settings
// Recommended to prevent spoofing
verification: "hash",
// Optional
properties: {
full_name: "John Doe",
// or
first_name: "John",
last_name: "Doe",
phone: "123",
registered_at: new Date(/* ... */),
is_admin: true,
key_with_empty_value: "",
this_property_will_be_deleted: null,
},
});
💡 An account ID should be a robust, static, unique identifier that you recognize an account by in your own systems. Ideally, the account ID should be a database ID.
💡 The properties name, mrr, plan and registered_at will be used to create companies in destinations like Intercom, HubSpot, Salesforce, …
journy("account") allows you to identify the business account (i.e. organization) using your product.
journy("account", {
// Required
// Unique identifier for the account in your database
accountId: "30",
// Optional
// Hash of the account ID using a backend secret
// You can find the secret in the website settings
// Recommended to prevent spoofing
verification: "hash",
// Optional
properties: {
name: "ACME, Inc",
mrr: 399,
plan: "Pro",
registered_at: new Date(/* ... */),
is_paying: true,
key_with_empty_value: "",
this_property_will_be_deleted: null,
},
});
💡 In applications, we advise you to use screen views instead of page views.
The JavaScript snippet in the site settings includes a pageview by default.
journy("pageview");
If you have a B2B application, we recommend to set account ID for every page view that happens within the context of an account.
💡 An account ID should be a robust, static, unique identifier that you recognize an account by in your own systems. Ideally, the account ID should be a database ID.
journy("pageview", {
accountId: "30",
// Optional
// Hash of the account ID using a backend secret
// You can find the secret in the website settings
// Recommended to prevent spoofing
verification: "hash",
});
In applications, we strongly advise you to use screen views instead of page views.
Page URLs in applications often include the account ID (e.g. https://app.acme.com/accountId/settings).
This makes it difficult to create signals, segments, … based on those URLs.
That’s what screen views solve. It allows you to set a name for the screen being viewed (e.g. Account settings).
journy("screen", { name: "Personal settings" });
If you have a B2B application, we recommend to set account ID for every screen view that happens within the context of an account.
Example: “Personal settings” would be without account ID, “Team settings” would be with account ID.
💡 An account ID should be a robust, static, unique identifier that you recognize an account by in your own systems. Ideally, the account ID should be a database ID.
journy("screen", {
name: "Account settings",
accountId: "30",
// Optional
// Hash of the account ID using a backend secret
// You can find the secret in the website settings
// Recommended to prevent spoofing
verification: "hash",
});
💡 Use past tense for event names.
User events:
journy("event", {
// required
name: "signed_in",
// optional
metadata: {
key: "value",
},
});
Account events:
💡 An account ID should be a robust, static, unique identifier that you recognize an account by in your own systems. Ideally, the account ID should be a database ID.
journy("event", {
// required
name: "created_invoice",
accountId: "30",
// Optional
// Hash of the account ID using a backend secret
// You can find the secret in the website settings
// Recommended to prevent spoofing
verification: "hash",
// optional
metadata: {
key: "value",
amount: 100,
allow_wire_transfer: true,
},
});
Identity verification ensures that one person can’t impersonate another.
Identity verification requires you to add an hash (HMAC) (that you generate on your server using SHA256) to your installation snippet alongside your user ID and account ID.
journy.io won’t accept requests for a logged-in user without a valid hash. The hash is calculated using a secret key, which you should never share. Without this secret key, no third party can send journy.io a valid hash for one of your users, so they can’t impersonate your users.
This is optional but highly recommended.
You can enable identify verification in the website settings in the connections view.
journy("identify", {
userId: "userId",
verification: "USER_ID_HMAC_VALUE_HERE"
})
journy("account", {
accountId: "accountId",
verification: "ACCOUNT_ID_HMAC_VALUE_HERE"
})
journy("event", {
accountId: "accountId",
verification: "ACCOUNT_ID_HMAC_VALUE_HERE"
})
<?php
hash_hmac(
'sha256', // hash function
id, // user or account ID
'secret' // secret key (keep safe!)
);
import { createHmac } from "crypto"
createHmac(
"sha256", // hash function
'secret' // secret key (keep safe!)
).update(id).digest("hex") // user or account ID
OpenSSL::HMAC.hexdigest(
'sha256', # hash function
'secret', # secret key (keep safe!)
id.to_s # user or account ID
)
import hmac
import hashlib
hmac.new(
b'secret', # secret key (keep safe!)
bytes(id, encoding='utf-8'), # user or account ID
digestmod=hashlib.sha256 # hash function
).hexdigest()
You can use our JavaScript snippet inside single page applications.
You should call journy("screen") (or journy("pageview")) whenever a user in your application transitions to another page. You can do this by listening to router change events. The current page URL will always be resolved using window.location.href.
You can trigger events using journy("event") whenever you need to.
We built a demo app with Next.js. You can find the code here.
This component should be a great start.
You can use the Script component from Next.js to load the web snippet and call init.
Don’t forget to listen on route changes. You can use the useRouter hook for that.
You can use the useLocation hook to listen for route changes:
import React, { useEffect } from "react";
import { useLocation } from 'react-router-dom';
function App() {
const location = useLocation();
useEffect(() => {
journy("screen", { name: "name" });
// or
journy("pageview");
}, [location]);
return (
// ...
);
}
You can use router.afterEach to listen for route changes:
const router = new VueRouter({ ... });
router.afterEach((to, from) => {
journy("screen", { name: "name" });
// or
journy("pageview");
});
Note: We don’t accept a page URL argument for journy("pageview"). The current page URL will always be resolved using window.location.href.
We published an npm package with type definitions to enable type-safe usage of our JavaScript snippet. The code and documentation is available on GitHub.
By default a site doesn’t allow page views from other domains than the registered domain. This makes it difficult to test your tracking implementation locally.
You can enable “Allow any domain” in the site settings to disable the domain check.
This will allow you to test the JavaScript snippet with localhost as hostname.
The journy.io API is organized around REST. Our API has predictable resource-oriented URLs, returns JSON-encoded responses, and uses standard HTTP response codes, authentication, and verbs.
The API is hosted on api.journy.io.
Our SDKs are designed to help you interact with our APIs with less friction. They are written in several different languages and help bridge the gap between your application and journy.io APIs. They take away the need to know the exact URL and HTTP method to use for each API call among other things leaving you more time to focus on making your application.
| Language | Package | Source code |
|---|---|---|
| 💚 Node.js | npm install @journyio/sdk | github.com/journy-io/js-sdk |
| 🐘 PHP | composer require journy-io/sdk | github.com/journy-io/php-sdk |
| 🐍 Python | pip install journyio-sdk | github.com/journy-io/python-sdk |
| 💎 Ruby | Coming soon | Coming soon |
Your favourite programming language not included? Let us know!
In the meanwhile, you can use OpenAPI Generator to generate a client for your programming language.
The journy.io API uses API keys to authenticate requests. You can view and manage your API keys in the connections screen.
Your API keys carry many privileges, so be sure to keep them secure! Do not share your secret API keys in publicly accessible areas such as GitHub, client-side code, and so forth.
All API requests must be made over HTTPS. Calls made over plain HTTP will fail. API requests without authentication will also fail.
For every request send to the API we expect a header X-Api-Key to be set with the API Key.
When creating an API Key in the application you will have the choice to give permissions to an API Key (which you can change later on). These permissions restrict the API Key from different actions. When an API Key tries to perform a certain action it doesn’t have the permissions for, you will receive a 401: Unauthorized response.
To prevent abuse of the API there is a maximum throughput of 1800 requests per minute. If you need a higher throughput, please contact us.
To keep our platform healthy and stable, we’ll block API keys that consistently hit our rate limits. Therefore, please consider taking this throughput into account.
In every response the headers X-RateLimit-Limit and X-RateLimit-Remaining will be set. The X-RateLimit-Limit-header will always contain the current limit of requests per minute. The X-RateLimit-Remaining-header will always contain the amount of requests you have left in the current sliding window.
💡 The client-side tracking uses different rate limits.
journy.io uses conventional HTTP response codes to indicate the success or failure of an API request. In general: Codes in the 2xx range indicate success. Codes in the 4xx range indicate an error that failed given the information provided (e.g. a required parameter was omitted). Codes in the 5xx range indicate an error with journy.io’s servers (these are rare).
When performing a POST- or PUT-request with a requestBody, or when including parameters, these parameters and fields will automatically be checked and validated against the API Spec. When any error occurs, you will get a response with an errors-field, structured as follows:
{
"errors": {
"parameters": {
"header": {
"headerParameterName": "Describe what's wrong with the header parameter.",
...
},
"query": {
"queryParameterName": "Describe what's wrong with the query parameter.",
...
},
"path": {
"pathParameterName": "Describe what's wrong with the path parameter.",
...
},
},
"fields": {
"fieldName": "Describe what's wrong with the fieldName.",
"object.fieldName": "Describe what's wrong with the fieldName of the included object.",
...
}
}
}
When you create an account in your database, immediately sending data about that account to journy.io helps your team stay in sync. The same goes for users. Call Upsert account as soon as possible, right after the account is first created in your database.
Not every account is active every day. But, you may have properties on the account that change through background processing. That’s why we recommend updating every one of your accounts’ data in a recurring daily process. This way, you know that your accounts are updated every day in journy.io.
POST /events will be moved to POST /track. POST /events is deprecated and will be removed in the future.
Use this page to mock Developer documentation in your testing and development.
Run our mock API sample using the open source WireMock library, or in the free edition of WireMock Cloud. You'll have a working API server simulating the behavior of Developer documentation, which will allow you to keep building and testing even if the actual API you isn't currently available.
