What is iPaaS (Integration-Platform-as-a-Service)?
iPaaS or integration Platform as a Service is a set of cloud services that enable development, execution, and control of integration flows that connect any combination of on-premises and cloud-based applications, processes, services, and data within individual or multiple organizations. iPaaS, are platforms that standardize how applications are integrated into an organization and make it easier to share data across applications and automate business processes.
iPaaS has been in practice since 2011 when more and more companies were adopting cloud platforms, applications, and infrastructures. iPaaS solution was created as a platform to connect multiple cloud applications. With the passage of time, it developed into a major integration platform able to perform cloud to cloud integration as well as connect on-premises software and cloud applications. Such integration is known as ‘Hybrid Integration’. Although iPaaS has been modernized to support cloud technology, it is mostly developed upon the same integration and pre-built adapters model of on-premises integration applications.
Integrations with iPaaS
The term iPaaS refers to a cloud-based integration platform that easily connects applications and makes business processes easier. Integration Platform as a Service solution standardizes how to monitor, maintain, and update processes across applications, which are added and changed every day.
Companies no longer need to reinvent the wheel with building integration functionality and can now integrate applications into business processes very quickly. With the right iPaaS, citizen integrators and integration professionals can build, manage, and maintain integrations.
Common Features of iPaaS Solutions
Functionalities of iPaaS solutions typically include:
1. Guaranteed Data Delivery
The ability to keep the data until it reaches the destination safely.
2. Error Handling
The ability to indicate the errors occurring while data transfer.
3. Endpoint Connectors
iPaaS solutions typically make it easier to connect with specific applications without needing to code directly via API; this includes connectors for specific applications, as well as for universal communication protocols.
4. Data Governance
The ability to allow only users who are granted permission to access data.
5. Lifecycle Management
A centralized console for creating, managing, and governing integrations; develop integration flows that automate the exchange of data between different applications, trading partners, and siloed data sources.
6. Developer Tools
Develop tools enabling deep customization and complexity when building integration flows.
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