The Rehive ecosystem includes the option to use our white-label web and mobile applications (Please contact support if you wish to pursue these options). However, some developers may want to build their own client side experiences or add support for additional functionality. Developing on the platform is quite straight forward but there are some interactions a developer should be aware of before proceeding.
This section of the documentation will describe some general building tips and the key ways to integrate with the Rehive platform. If you are looking for a guide aimed specifically at extension building in Rehive please take a look at the extensions documentation
Integrating with Rehive
Integrations with Rehive generally exist in two major forms:
- A client-side or frontend application that interacts with the Rehive Platform. This is normally something like a web or mobile application or simply just a website.
- A server-side or backend service that interacts with the Rehive Platform. This can be a middle-man API that forwards requests to Rehive, or it could simply be a service that monitors events from Rehive and performs actions based on it.
The white-label applications provided by Rehive are an example of this sort of integration. Additionally, the admin dashboard also falls into this category.
The architecture in this case is quite simple.
- A frontend application provides a UI through which a user can login (using the login endpoint).
- The user submits a
company(the company ID can be hidden and hardcoded into the application) and if their login is successful it will return an authorization
- Alternatively, the user may register via the register endpoint, which will also return a
tokenon successful completion.
tokenis then saved in a local (volatile) storage (eg. session or local storage in a browser or mobile app).
- Subsequent requests always attach the above
Authorizationheader so that the Rehive Platform knows which user is making the request and can evaluate their authorization level.
- The application can then provide access to features that perform actions on the Rehive Platform. eg. transaction creation, profile modifications, and KYC document uploads.
- To logout,the logout endpoint can be called and the token can be erased from the local storage.
Server-side integrations are a little more complex to document as they can be developed in many different ways. In most cases, server-side integrations will function similarly to the built in extensions that Rehive already offers (eg. notification extension, product extension etc.).
Server-side architecture is generally built around two concepts:
- Providing extra functionality or actions that Rehive does not offer but where you still want to use Rehive’s authorization system and Platform APIs. eg. Building a payment processor integration.
- Listening to events (webhooks) sent by the platform and triggering functionality based on the event. eg. Building a system to top up an operational account whenever a transaction event is received that shows a low balance.
These two often exist in conjunction and may depend on each other. For instance, the payment processor example may need to also listen to
transaction.execute events in order to ensure that deposits are successfully completed on Rehive.
The first concept is usually implemented through an authentication layer on the backend integration that ensures that a Rehive authorization token is included in HTTP headers on requests to the Rehive Platform APIs. The integration can then use the
/auth/ endpoint on Rehive to ensure it is a real user (and optionally apply extra conditions, like if the user is in the correct group).
The second concept can be be implemented by exposing an endpoint on a server that can receive data sent in an HTTP POST method by Rehive webhooks. A webhook event can then be set up to send data to this endpoint. A
secret should be specified when creating the webhook and the service receiving webhooks should be configured to ignore requests that do not have the correct
secret. Once you have received the webhook data you can then write logic to perform additional functionality as needed. In most cases it is best to perform any heavy logic in a separate process rather than causing the webhook request to hang until completion. This is because Rehive has a set timeout of 5 second and will drop the connection and retry it if a response is not received in that timeframe.
When these two concepts are combined you can build complex functionality to handle all sorts of user experiences and journeys. Complex integrations like this are called “extensions” in the Rehive ecosystem and more detailed documentation can be found here if you want to learn more about building extensions in a Rehive compliant manner.