Some unified API requires you to maintain a polling infrastructure for periodically pulling data from the source application. This can be executed either via a webhook or by promptly responding to the API request, ensuring swift and efficient data delivery. Once the data is normalized, the Unified API prepares it for transmission back to the user. a common data model and align it with your data fields to ensure that no data gets lost because it is not mapped correctly.ĭevelopers save engineering efforts for mapping, identifying errors in data exchange and understanding different APIs to facilitate normalization and transfer. Even for the same field like customer ID, the syntax can vary from cust_ID ro cus.ID and innumerable other options.Ī unified API will normalize and transform this data into a standard format i.e. ![]() NormalizationĮach application or software that your users want integration with will have distinct data models and nuances. It also aggregates data from multiple APIs, consolidating all required information into a single API call.įor instance, in a scenario where a user seeks an employee's contact and bank account details, the Unified API fetches and aggregates the necessary data from multiple APIs, ensuring a seamless user experience. Essentially, if your unified API has the following, you are in good hands: Data retrieval and aggregationĪs the user requests for data, the Unified API efficiently retrieves relevant information from the concerned APIs. Let’s quickly walk through some of the top traits or components which form the building blocks for a good unified API. Together these factors have been instrumental in the rise of unified API as a popular approach to facilitate seamless integrations for businesses.
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