“Hybrid integration” refers to the ability to connect various applications, data, files, and devices across both on-premises and cloud-based systems. It’s the key to a well-connected, efficient organization. To help explain why integrating across the entire technology landscape is game-changing for most businesses, let’s answer some common questions.

While many businesses are shifting their tech-based operations to the cloud, it’s a transition that will likely happen very slowly and may never be complete. That’s why innovative companies approach cloud migration as a “lift-and-shift” operation instead of a “rip-and-replace.” This means data and processes will exist and occur both locally (on-premises) and in public and private clouds, at least for the short term. And it could also be for the long term because there are many good reasons – such as security and compliance issues – why organizations don’t want certain data in the cloud.

Businesses can only achieve hybrid integration by using a platform designed specifically to connect all systems and data sources. These platforms link cloud and on-premises applications and data. They can integrate with all the major cloud providers with little configuration work needed on the business’s end. They also enable organizations to take full advantage of data streams now coming from edge devices.

• API lifecycle management: APIs are crucial building blocks for integrating data and applications. Hybrid-enabled API management platforms make it easier for companies to develop, manage, and share their APIs quickly and easily.
• High-speed transfers: Companies will be using hybrid integration platforms to transfer data and information back and forth constantly.  So the platform must be capable of achieving those transfers at high speeds. Some organizations have a massive amount of data to manage, so speed is critical for maintaining efficient operations.
• Real-time messaging: Companies should be able to use their hybrid integration platforms to securely exchange data immediately from any cloud-based applications to on-premises systems (and vice versa). This will ensure real-time updates and more engaging experiences for customers.
• Synchronized data: Companies moving their data to cloud-based platforms often experience issues with data silos. Hybrid integration platforms should allow companies to easily synchronize and standardize their data across platforms to ensure that data is always available to those needing it.
• Security: Given the potentially sensitive nature of data – company information or personally identifiable information (PII) –  that can be stored and shared across technology infrastructure, using a hybrid integration platform that offers reliable security features and protections is critical.
• Scalable: Any hybrid integration platform a company chooses should make it easy to scale up operations with growth – and the increased data management needs that come with it.

Benefits of Hybrid Integration

Their are many benefits to hybrid integration, which is why organizations have been adopting them at a rapid rate. Here are just a few of the benefits that come with hybrid integration capabilities.

Improved Performance

Hybrid integrations help organizations achieve better performance by processing data close to its source (on-premises) while leveraging cloud resources for tasks that require high scalability and computing power.

Flexibility and Scalability

We already mentioned that hybrid integrations make it easier to scale operations. But it also proves to be extremely flexible, allowing organizations to adapt to changing business needs and IT landscapes by integrating new cloud applications with existing on-premises systems.

Cost Efficiency

Hybrid integrations can save organizations money, as they are capable of using existing existing on-premises infrastructure. The cloud can then be used for additional resources, so the upfront cost is lower than expected.

Better Resource Management

Hybrid integrations also allow for better resource management. They can distribute workloads efficiently between on-premises and cloud environments based on resource availability and performance requirements. Additionally, they can offload non-critical workloads to the cloud, freeing up on-premises resources for mission-critical tasks.