A beginners guide to know about the fundamental concept behind the multi-cloud design, architecture, and functioning in distributed computing environments.
Multi-cloud is the best-practised strategy of doing business in a cloud computing environment today. This approach gains benefits by leveraging multiple cloud computing platforms to use resources from several providers. This is to help from each unique service and not rely on a single cloud provider. Multi-cloud is considered a smart option for enterprises.
Cloud usage has risen dramatically in a diverse set of businesses by securing a high rank of priority of enterprises to even the startups.
Beginners in Cloud Computing may find the term Multi-cloud, the most prevalent model, devastating. However, knowing the principle behind managing workloads is highly recommended.
Multi-Cloud in a Nutshell
Multi-cloud, as the name suggests, refers to multiple cloud services. It is a concept of using multiple cloud computing and storage services through single network architecture.
Developments in cloud technology have transformed from single-user private clouds to multi-tenant public clouds, even in hybrid clouds environments.
First, let’s understand what’s a Public Cloud?
Cloud services delivered over the public Internet offered to the public on a paid subscription are termed “public.” Here, the providers own, control, and distribute cloud resources, including cloud assets, software, and applications. Public-cloud differs from private-cloud architecturally. A heterogeneous environment powers different infrastructure environments like the private and public cloud.
Security poses challenges for public services when shared by multiple users. Users cautiously link their data via the direct-connection services to their hosted cloud applications. More than half of businesses currently use multiple public clouds, and most use three or more. Multi-cloud increases computing power and makes the compute available for a business. It minimises the risk of downtime and any lag or loss in performance/ data.
Multi-cloud is a collection of several such public clouds on a single architecture. Notionally, a Multi-Cloud environment intended to refrain from dependency on a particular cloud provider.
Thus, there is no need to synchronise between different vendors for computing in a multi-cloud environment. In other words, a multi-cloud strategy uses two or more cloud computing services. Such a multi-cloud deployment can also be the implementation of multiple cloud-based SaaS or PaaS offerings.
Multi-cloud manages and distributes the resources, such as cloud assets, software, applications over the Internet across several cloud-hosting environments. It makes use of cloud computing and storage services. Multi-cloud differs from hybrid cloud, which deploys multiple modes, such as public, private and legacy modes.
Multi-cloud provides multiple cloud services to use concurrently, say software as a service (SaaS), or platform as a service (PaaS), or a multiple infrastructure (IaaS).
The configurations vary as per deployment models:
- Independent infrastructure suppliers for related workloads,
- Active-Active: There is a single workload that balances the load between multiple providers,
- Active-Passive: There is only one workload on one provider and a backup on another.
The most common architecture for multi-cloud is the 3-Tier architecture. Each tier is tied to its server: Load balancer server, Application Server, and Database Server. In a production environment, for recovery, each tier possesses a redundant server, called a Redundant 3-Tier architecture. The non-redundant architecture, on the other hand, uses one server for each tier, usually deployed to test the interaction of application tiers.
In Distributed Architecture, the distributed Cloud model involves two environments. Some applications are executed in a Public Cloud, and other applications run simultaneously, in a different environment; for example, Tiered hybrid, where the public cloud processes the frontend components, whereas, the backend tasks are carried in the Private Cloud.
Newly migrated businesses usually opt for Redundant Architecture that focuses on higher uptime to users. Components are implemented in several computing environments. For example, the Environment Hybrid architecture commonly uses the private cloud in production-based businesses, and the Public Cloud manages the development and testing related components.
Why use a multi-cloud strategy?
Businesses can select required cloud services from different providers based on their offerings and quality that suits the business requirements.
- By having multiple cloud environments, a backup of your computer resources and data storage will always be available, mostly useful in the case of any disaster. It also avoids the downtimes.
- Multi-Cloud renders protection from cyber threats, e.g. attacks like Distributed Denial-of-Service (DDoS), or Single Point Of Failure (SPOF).
- A multi-cloud architecture also provides lower risk.
- In case of failing a web service host, a business can continue in a multi-cloud environment.
- Enterprises can achieve their industry standards, risk and compliance management, and compliance goals with multi-cloud environments.
Benefits of Multi-Cloud
A multi-cloud platform can benefit from the best services that each platform offers. Thus, companies can customise an infrastructure specific to their business needs, say, integrated machine learning capabilities can opt for a service specialised in large data transfers.
- The flexibility of choosing the best from the range of providers avoids vendor lock-in.
- Adopting a multi-cloud environment ensures enterprises can maintain business continuity by relying on multiple Cloud-based solutions.
- The provision of multiple clouds gives the possibility to carry out some tasks despite one or two Cloud failures.
Conclusion: Multi-cloud technology adoption is a proven vehicle to rise in industrial competition. For companies transiting into new Cloud technology-based enterprises, the requirement of deploying Cloud services is inevitable. The latest offerings by E2E Cloud in Cloud Computing promises you the benefits in the range of Cloud Servers. The cPanel® Integrated Cloud The server stands special for its quick deployment and ready provisioning. The deal is always economically beneficial, as they assure the utmost predictability and uptime.