“Hybrid Cloud” is a solution that combines a private cloud with one or more public clouds, with proprietary software allowing communication between each cloud. A hybrid cloud strategy gives businesses greater flexibility by moving workloads between cloud solutions as needs and costs fluctuate.
A hybrid cloud service is powerful because it gives companies more control over their private data. If an organization stores sensitive data on a private cloud while concurrently leveraging the robust computational resources of a managed public cloud, it can effectively utilize the cloud while maintaining full access to and control of the underlying infrastructure.
Uniform management of public and private cloud resources is preferable to managing individual cloud environments because doing so reduces the likelihood of process redundancies. It is a good idea to address the various AWS environments separately to prevent the risk of security loopholes, especially when each solution is not fully optimized to work with the other.
Hybrid cloud architectures can eliminate many security risks by limiting the exposure of private data to the public cloud. Cloud infrastructure generally includes a public infrastructure as a service (IaaS) platform, a private cloud or datacenter, and a secure network. In addition, many hybrid models use both local area networks (LAN) and wide-area networks (WAN).
Most businesses adopting a hybrid cloud strategy start with a platform (PaaS) or infrastructure as a service (IaaS) solution and then extend functionality to the private cloud. However, to deploy a hybrid strategy effectively, the public and private clouds must be compatible with each other so they can communicate.
In many cases, the private cloud is designed to be a good fit for the public solution. However, today, more businesses connect their resources to public cloud services using APIs to improve interoperability. The Google Cloud Platform and Microsoft Azure are famous examples of IaaS providers that allow companies to connect their resources to their public cloud offerings easily. In addition, hybrid architects may deploy a hypervisor layer to generate virtual machines related to the public cloud via another software layer responsible for orchestration among cloud environments.
Businesses across various industries have moved toward a hybrid cloud solution to reduce costs and increase agility.
You might think it’s only a matter of time until the Amazon Web Services public cloud is widely used to replace your on-premises infrastructure, and that time is here. But unfortunately, most organizations don’t have the room to deploy servers on-site.
Cloud computing makes it easy to bring together disparate systems into a single pool of shared computing resources. You can use this as an alternative to traditional on-premise computing. A hybrid cloud strategy is helpful in industries like healthcare, where data privacy is important and private computing resources are often lacking.
This solution enables teams to retain sensitive data in a secure, private data center while simultaneously leveraging the advanced computational power of a public cloud model. Any industry that benefits from public cloud applications will also benefit from the hybrid model.
There are many ways to manage hybrid cloud solutions, but each cloud platform has its API, a storage management protocol, networking capabilities, etc. So while mastering each solution’s complexities is possible, it’s not always sustainable.
Because of this, organizations that have developed hybrid cloud management tools often construct a single interface to manage all cloud services seamlessly. To create a compelling API, you’ll need to have the right people on your team to help you. Unfortunately, enterprise-grade management tools are not always available.
The benefits of a hybrid cloud strategy come from the ability of IT leaders to gain greater control over data. The hybrid cloud model is an essential part of modern enterprise. It allows organizations to pick the right mix of public and private cloud options to fit their needs.
Many businesses do not require the same level of computation power every day. An organization may find that its resource needs only balloon during one specific time of year. This can include calculating premium rates, processing medical information, and verifying income.
Suppose the organization needs extra computing resources rather than paying for those resources to sit idle for most of the year. It can save on costs by extending its private resources to a public cloud only when necessary. As a result, hybrid cloud computing requires much less space on-premises than a purely personal model.
A business can deploy a private network on-site to handle its internal needs, then automatically extend to a private cloud when computational resources exceed local availability. The X3-2 is a cost-effective, high-performance server ideal for startups that can’t afford to invest in a big private data center or for established enterprises that need to scale affordably.
The ability to scale on-demand means hybrid cloud models have many businesses uses.
Launching a new application is often quite challenging for software developers who have never tried to do it before. As a result, cloud-driven businesses are in for a certain amount of risk any time they try something new.
A hybrid cloud lets you reduce the risk of failure. It helps you avoid the need for an initial investment, and it gives you the flexibility you need. For example, the company can deploy the new app and only pay for its resources rather than everything upfront. Then, if the app fails or gets shelved, the business won’t be out any money.
Some industries are regulated to protect private data. Every piece of data does not need to be in a private environment, but some do. Cloud computing has become a popular option for businesses to meet compliance requirements while gaining expanded computing power. When the General Data Protection Regulation was introduced in the European Union, many organizations moved their data to solutions that complied with the new regulations while operating under different rules elsewhere.
The future is unpredictable. An application might run efficiently in its current environment today but require additional computational power tomorrow. Hybrid cloud solutions adapt to workload needs, allowing service to continue smoothly even when workload requirements spike. This is often called “cloud bursting” because the workload pours out of one environment into another. It’s a lot like having overdraft protection on your checking account. So you want to have a failsafe in case the unexpected happens.
With over 40 major infrastructures as a service providers in the market, IT leaders have never had more options for choosing a public cloud service. In addition to the world’s most enormous public cloud, Amazon Web Services (AWS), two highly reliable cloud providers with extensive capabilities include:
Microsoft offers excellent support for hybrid cloud architects to launch projects quickly and easily. In addition, Microsoft’s move to open-source software has helped it to become more popular among businesses.
Google’s access to cutting-edge machine learning and big data technologies means the Google Cloud Platform is ideal for high-complexity computational needs.
It’s also referred to as “cloud computing.” Hybrid cloud computing is an effective way to align IT priorities with business needs. Many businesses can benefit from leveraging hybrid cloud solutions.
When choosing between hybrid, public, and private options, hybrid gives you more flexibility—a particularly important factor for organizations wanting to embrace digital transformation, or maintain regulatory compliance. If your business has an existing private cloud and you’re ready to move to the hybrid cloud model, this is a great option.
Amazon has a number of popular application-service-provider (ASP) offerings that make it easy to leverage the public cloud from their on-premises data centers. To securely protect sensitive data without losing the power of a public cloud, organizations can benefit by moving sensitive data to a private cloud while interfacing with public resources.
Hybrid cloud computing is highly valuable for organizations with dynamic workloads, large amounts of data to process, or a large mix of IT services. The flexibility, scalability, and responsiveness of the hybrid model cannot be overstated. The ability to only pay for additional resources when they’re really needed can be extremely useful for companies. It allows them to keep their operational costs low.
AppViewX ADC+ helps you automate, orchestrate, and self-service your application delivery ecosystem across your hybrid or multi-cloud environment.