Cloud adoption has shown explosive growth over the last 5-10 years. In fact, 94% of enterprises already use a cloud service and the public cloud service market is expected to reach $623B by 2023 worldwide. With increased efficiency, scalability, and cost savings, it’s no wonder more organizations are adopting cloud, hybrid cloud, or multicloud technology. In this guide, we’ll cover what hybrid cloud computing is, how it works, pros and cons, types of hybrid cloud services, and how to choose a provider.
Hybrid Cloud is a cloud environment that employs two or more separate cloud infrastructures (on-premises, private or public), sharing data, resources, or services to operate as one standardized technology, enabling data and application portability.
Hybrid cloud architecture is made up of a combination of any two of the environments listed below:
Hybrid cloud infrastructure can be used in several ways. Here are a few examples:
As such, hybrid cloud infrastructures work well for numerous industries.
• Finance: Organizations have adopted hybrid cloud architectures that allow for trade orders to be placed on a private cloud, and trade analytics live on a public cloud.
•. Healthcare: The healthcare industry is frequently adopting hybrid cloud solutions. One of the main reasons for choosing hybrid clouds is the need to gain control over IT spending while maintaining security and speed. A hybrid cloud solution is responsible for ensuring HIPAA compliance when hospitals send patient data to insurance providers,
• Legal: Hybrid cloud security allows encrypted data to live off-site in a public cloud while connected o a law firm's private cloud. This protects original documents from the threat of theft or loss by natural disasters.
• Retail: Hybrid cloud computing helps companies process resource-intensive sales data and analytics.
According to the Right Scale’s annual State of the Cloud Report for 2019, 69 percent of businesses have chosen a hybrid cloud solution. That shows that the gains of the hybrid cloud look promising to a wide range of organizations. Let’s go over the advantages of following a hybrid path:
Data privacy and control
One of the key benefits of a hybrid cloud solution is control. Only hybrid cloud solutions can provide a mix of advantages that come from public and private servers. Rather than entrusting all aspects of IT infrastructure to a third-party cloud provider, by implementing a hybrid cloud solution, you can easily separate your information between what you want others to see and what you need to keep to yourselves. Since a portion of the networked enabled application remains private, you can store your most sensitive data on managed hardware that will allow your internal IT staff to be in control of critical operations.
Hybrid cloud is a cost-effective solution due to its ability to quickly organize, use, and scale data and applications according to a company’s needs. This way, you need to only pay for the extra resources when you need them. You will also save on the maintenance costs by working with a service provider: this third party will handle the cost of hardware and software.
Vendor lock-in prevention
Hybrid solutions help you avoid vendor lock-in by removing the dependency on public cloud architectures. With hybrid cloud infrastructure, you always have a place to move your data to if you are unable to sustain the public cloud requirements.
Hybrid cloud infrastructure allows your business to scale the resources up and down based on the demand trend. Cloud solutions are continually responding to your business’s needs, so you can enjoy unlimited resources based on demand-driven usage
The hybrid cloud system is a great business continuity solution. The hybrid cloud system will replicate your data, si it provides data insurance in case any kind of un unexpected disaster in the business setting.
Speed of deployment
Hybrid cloud solutions are meant to cater to your organization’s needs. They can be optimized to speed things up. Hence the system isn’t entirely public; your IT department can reduce latency so that data will be transferred faster and easier.
Easy to implement
Hybrid clouds can be added sequentially to your business processes for a smooth transfer.
There are times during app development when you need to test it to get a better idea if it would succeed. A hybrid cloud solution allows you to test the app quickly and at a relatively low cost. This way, you do not have to embark on the capital expenditure associated with launching in a private cloud.
Many organizations needed extra resources for applications running during peak utilization timeframes. These higher workload periods consist of shopping seasons, holidays, and other peak usage moments. Using a hybrid cloud environment, organizations can dynamically configure, provision, and migrate workloads to the public cloud without needing to purchase new hardware and then scale back quickly.
Typically organizations keep a different physical location to transfer the workloads in case of disaster. Leveraging a public cloud gives you the possibility to narrow or completely exclude the demand for that physical footprint. In this case, an organization can keep its production setting in a private cloud and a recovery setting in a public cloud, ready to make the switch in case of a catastrophic event.
Your organization might be restricted by compliance, regulations to keep your application data in the country. However, this requirement may not impede ou to move parts of your app, like stateless web servers, run in a public cloud to increase performance.
Challenges of hybrid cloud management:
A complex hybrid cloud necessitates continuous oversight and the management of its operations, including network performance, workload management, security, and cost control.
When planning for hybrid cloud deployment, you will also have to decide on its complexity based on your organization’s disaster recovery standards while securely maintaining it.
You will have to evaluate if the hybrid management solution can easily span a range of on- and off-premise platforms and resources – at a very granular level. For high operational efficiency, you will need a unique management point across the hybrid resource pool.
A few real-life examples of cloud computing include Netflix, Gmail, Facebook, Spotify, and Salesforce. All data is stored in the service provider’s cloud infrastructure, easily accessible from any device, at any time, from anywhere, through the internet.
Popular cloud use cases include backup and recovery (like in Apple iCloud and Dropbox), social media (like Twitter, Facebook, and Instagram), video games (like Steam), and chat applications (like WhatsApp and Zoom).
Notice none of your profile data, photos, files, games, or media has to be downloaded or manually saved in order to save your preferences, continue where you left off, or access your information.
Regardless of the specific setup used, all hybrid cloud infrastructures have some traits in common:
Businesses are searching for ways to tackle the vast amounts of crucial data available in their legacy systems to deploy new game-changing apps that have been built using cloud tools. To do this, they need a steady bridge to cloud for data to connect apps and cloud-native environments.
Apache Kafka and Confluent offer flexible deployment solutions for an uncomplicated, multi-cloud migration.
Confluent Cloud plays a vital role when trying to migrate to the cloud, accelerating a wide range of operational tasks. It gives you quick access to cloud resources for automated provisioning of development, test, and production platforms. Another benefit is that you will be spending less money and time troubleshooting configuration changes caused by manually deployed systems and apps
Confluent’s management tool is designed to facilitate your adoption of hybrid cloud infrastructure, regardless of whether you want to host on public cloud, private cloud, on-premise, or a combination of the three.
Don’t let a cloud migration hinder your business. Confluent simplifies cloud deployments with a hybrid cloud data pipeline, real-time data integration, and stream processing.