On this page
With more data being shifted to the internet, companies struggle to choose between the private and public cloud. The emergence of hybrid cloud is touted as the solution where companies can enjoy the benefits of both private and public cloud architecture.
If you’re curious about what the hybrid cloud architecture looks like and how it works, you’re not alone. It’s a term that industry leaders coin and, until recently, doesn’t have a concrete definition.
What Is A Hybrid Cloud Architecture?
Hybrid cloud architecture is a network setup that allows information to be shared between the public and private cloud. It allows companies to retain data security while giving them the flexibility to scale as they grow.
The idea of a hybrid cloud is to solve the issues of public and private cloud, respectively. Public cloud implementation is economical but comes with concerns about storage security. Meanwhile, private cloud and on-premises data centers are highly secure, but the cost of upgrading the hardware for scalability is high.
The hybrid cloud architecture allows companies to strike a balance between security, flexibility, and cost.
How Does The Hybrid Cloud Architecture Work?
Different cloud environments are unique in their own rights. This includes the differing APIs, which are used by apps to invoke cloud services, and SLAs, which defines the types of services provided by the cloud vendor.
In cloud architecture, those differences are resolved under a unified environment. In order to do that, a hybrid cloud architecture needs to have a cloud management tool such as Amazon AWS, Google Cloud Platform, or Microsoft Azure.
Data are always synchronized within data centers connected to the hybrid cloud network. The connections between on-premises infrastructure, private cloud, and public cloud need to be reliable and secure. This is achieved by using network technologies like VPN and WAN.
It is crucial to ensure that private and public clouds are integrated seamlessly, or else the idea of a hybrid cloud would fail.
Once the network architecture is set up, virtual storage is created on both private and public cloud. Sensitive documents and apps are stored on the private cloud, while companies can store less-critical resources on the public cloud.
Benefits of Hybrid Cloud For Organizations
The adoption of hybrid cloud is seen as the gateway towards digital transformation for organizations. Here are how you could benefit from a hybrid cloud setup.
Scalability
When you’re solely banking on private data centers, scaling up the infrastructure involves adding new hardware and integration with existing ones. It is a taxing exercise and may disrupt business operations. With a hybrid cloud architecture, scaling up involves paying for more cloud storage space as and when needed.
Lower cost
Building your own data center is costly. So is maintaining the connectivity between different data centers. By moving to a hybrid cloud setup, you’re delegating the uphill task to IaaS providers like Amazon AWS. It takes the burden off your organization, and it’s also less costly.
Flexibility
It is too demanding and disruptive for a company to migrate from legacy infrastructure to a cloud setup fully. Adopting a hybrid cloud infrastructure is a more flexible option for companies to maintain legacy software while enjoying cloud computing flexibility. This is also true for organizations that are gearing towards a remote workforce.

How Axual Platform Supports Hybrid Cloud
Axual Platform is designed with Hybrid Cloud in mind. It comes in two forms – Axual Cloud, a SaaS offering of Axual Platform and enterprise license if you want to deploy in your own private cloud.
Axual Cloud offers a ready-to-use SaaS solution which abstracts away all the complexity involved in running and maintaining software yourself. This allows you to focus on solving problems that are most important for your business. It supports multiple regions to achieve SLAs of multiple nine’s.
For private clouds, Axual Platform can be deployed according to available data centers. Whether you have bare metals or orchestration tools like Kubernetes or Openshift, Axual Platform is compatible.
It is also possible to combine your private cloud with Axual Cloud to set up complex streaming infrastructure. This is commonly done when migrating away from on-premises to cloud.
Conclusion
Hybrid cloud architecture is the answer for organizations seeking security, scalability, and an economic cloud computing approach. The key to doing so is ensuring perfect integration between different components on the private and public cloud.
Answers to your questions about Axual’s All-in-one Kafka Platform
Are you curious about our All-in-one Kafka platform? Dive into our FAQs
for all the details you need, and find the answers to your burning questions.
Related blogs

Apache Kafka is a powerful event-streaming platform, but does your enterprise need to go all in from day one? In this blog, we explore why starting small with Kafka is the best strategy. Learn how an incremental approach can help you reduce complexity, and scale efficiently as your needs grow. Whether you're new to Kafka or looking for a practical implementation strategy, this guide will set you on the right path.

Explore what Kafka software is used for, from enabling real-time data streaming to powering event-driven applications. Learn how it transforms industries with seamless data handling.

Apache Kafka software has revolutionized how businesses manage and process real-time data. Developed by the Apache Software Foundation, Kafka serves as a distributed event store and stream-processing platform, powering everything from financial transactions and logistics tracking to IoT data analysis and customer interaction monitoring. In this blog, we'll explore how Apache Kafka enables event streaming, its versatile use cases, and why it’s the backbone of modern, data-driven applications. Whether you're new to Kafka or looking to deepen your understanding, this guide offers insights to help you harness the power of real-time data.