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Benefits of Enterprise Cloud Computing for Your Operations

Enterprise cloud computing offers large companies the ability to store and protect their data within a centralized location. Learn more about its benefits.

Technology and digital resources are essential assets for modern businesses. Cloud tools have revolutionized how companies organize data, manage compliance, and deal with critical data loss and recovery.  

With enterprise cloud computing, modern companies are creating better IT experiences for themselves and their customers, and the management of this requires investments in modern computing solutions.  

This approach gives them access to modern IT infrastructure at a lower cost. 

What Is Enterprise Cloud Computing? 

Enterprise cloud computing is a model that allows enterprises to not only organize and access data on a remote location, but also to access essential IT resources remotely as well.  

Cloud computing takes the form of four essential cloud architectures and is typically delivered via a cloud service provider that charges according to the amount of cloud storage used.  

As cloud computing becomes an essential part of doing business, the complexities of networking, infrastructure, and security make it difficult to deal with changes in demand. That’s why it’s essential to develop a strong enterprise cloud implementation strategy and partner with a reliable service provider for consistent support.  

Enterprise Cloud Computing Components 

Enterprise cloud computing requires the use of effective tools and software for deploying solutions across multiple networks in real time.  

These enterprise cloud platforms give IT leaders and decision makers optimized solutions for building, deploying, and maintaining their network infrastructures. This technology gives them better control over how their systems are deployed, who has access to them, and when. 

Cloud computing, at its simplest, is split into two parts: front end and back end. The front end is used by the enterprise client while the back end is managed by the host. Between these two ends are additional components that interact to support the function of cloud computing, including:  

  • Client infrastructure: The user interface the enterprise company uses to interact with the cloud  
  • Application: Any app or software that the enterprise has moved to the cloud and that employees within the company can access remotely from the cloud  
  • Service: The type of service the enterprise requires according to its needs and goals; this ranges across the primary types of cloud service: SaaS, PaaS, and IaaS 
  • Runtime Cloud: The execution of the cloud environment and the efficiency of how it runs  
  • Storage: The storage capacity of the cloud service, in the form of the basic architecture configurations—public, private, multicloud, and hybrid  
  • Infrastructure: Managed by the cloud service provider, this component relates to the level of service used and its structure 
  • Management: Back-end component that oversees the functions of cloud, including storage services, applications, runtime, and resolving any security concerns 
  • Security: A back-end component that adds reliance and compliance to data stored within the cloud  
  • Internet: The medium used by both the front and back end to communicate with one another 

 Improving network and computing environments gives businesses needed flexibility when dealing with unexpected problems. With enterprise cloud computing components, businesses can reinforce best practices while creating better functionality across the network. 

How Does Enterprise Cloud Architecture Measure Up Against Traditional Cloud Architecture? 

Organizations often save time, energy, and resources by outsourcing their IT infrastructure and data storage solutions to a third party, but this can create unwanted complexity. Enterprise cloud architecture is essential for simplifying the integration of network components and delivering better service to end users. 

Enterprise cloud solutions allow businesses to unify private and public systems into a single platform for more consistent operations, while traditional cloud architecture is generally decentralized and less easy to access across the entire network. 

Public Cloud 

On the public cloud, infrastructure and services are owned and operated off premises and can be used to provide more computing power, store data, or improve collaboration across a network. This approach gives users access to important information and resources via the internet.  

Traditional public cloud architecture is hosted and maintained by providers. These services are generally distributed among multiple tenants that must share resources. This distribution creates performance costs and means that support services might be limited for users. 

Private Cloud 

With private cloud solutions, users have services delivered directly to their internal networks. Hosting platforms make public cloud applications and platforms available to users, offering exclusive access to dedicated resources and support. This approach makes it easier for organizations to control access to private cloud solutions. 

The private cloud makes it safer for businesses to share and work with important data.  

Within private cloud networks, necessary hardware and software components are available on demand, allowing enterprises to deliver services without fear of disruption to their operations. For many enterprise organizations, it's essential to have access to private cloud resources and support to ensure the best performance. 

Hybrid Cloud 

The hybrid cloud refers to a combination of physical internal network infrastructure and outsourced cloud services that create a more robust network architecture. For businesses with IT infrastructure in place, hybrid cloud can offer complementary services that help them scale more effectively.  

Modern hybrid cloud technologies allow users to integrate existing infrastructure, whether physical or cloud based, with new services and support systems. 

Hybrid cloud solutions are essential for building customized architecture by unifying offsite and onsite network technologies. Portable cloud services give users the flexibility to handle more workloads.  

Mixing private and public resources allows organizations to create efficient cloud solutions. This approach gives IT leaders the optimal environment for delivering cloud technologies across their networks. 

Multicloud  

The multicloud architecture uses a mix of public and private cloud providers to deploy solutions for any number of important tasks. Distributing cloud components over multiple hosts allows decision makers to be more agile. This agility means more choices for enterprises to solve their unique challenges. 

By building cloud services from different vendors and providers rather than pooling their resources into a single provider, IT leaders can achieve greater control when managing infrastructure.  

This control improves the reliability and performance of the network while also reducing costs. Multicloud network solutions allow enterprises to expand their services while continuing to adapt to the changing market. 

Why Are Enterprises Adopting Cloud Computing?  

Cloud computing gives enterprises a competitive advantage when building IT solutions. More efficient pay models and lower barriers to entry mean enterprise customers can develop stronger network capabilities without fear of investing in the wrong areas. 

By deploying cloud-based applications and services, organizations can build cost-effective solutions for managing their network ecosystems.  

This strategy means improved performance and more resilient network infrastructure at a lower cost. The answer to "why are enterprises adopting cloud computing?" is that there are important benefits that help them improve service delivery for clients and partners. 

Benefits of Enterprise Cloud Computing 

Enterprise cloud computing offers many businesses important advantages over traditional cloud computing. Not only do they offer a wider range of essential services to their customers, but they also ensure cloud architecture is seamlessly adopted across the organization.  

Stronger Economic Model 

As they become more comfortable with building and deploying cloud-based solutions for important internal tasks, enterprise businesses will simplify operations, reduce errors, and improve overall performance.  

The use of cloud computing solutions means that, over time, enterprises benefit from improved economic output. Enterprises have access to convenient tools and platforms that make work quicker and more efficient, which means more flexibility so decision makers can quickly respond to market pressures and manage spending. This makes their IT ecosystem more scalable.  

Targets the End User 

Cloud computing ensures that end users can access essential data or applications anywhere. These solutions are built with security in mind, making them less vulnerable to potential threats and ensuring users won't compromise the network.  

Enterprise cloud computing makes it easier for end users to deploy, access, and maintain cloud solutions. Templates and predesigned forms make it harder to make mistakes and improve usability, providing a more fluid experience. Users can do backups, migrations, and other tasks that are vital to operations. 

The use of simplified UIs that are simple to learn makes it easier to access and manipulate important data. Services like Seagate Lyve Cloud are S3 compatible, meaning companies can still leverage S3 capabilities, but through a user-friendly portal offered by Seagate.  

Faster IT Response Time 

With enterprise cloud architecture, businesses are equipped to handle potential problems. Cloud computing allows enterprises to respond to changes in user demand, market pressures, and other external vulnerabilities. This agility is essential for improving response times and improving cloud-based systems over the long term. 

Enterprise businesses that take a multifaceted approach to cloud infrastructure can adapt to changing circumstances to provide service no matter the issue. 

Most enterprise cloud technologies offer on-premises solutions to coordinate response efforts. This approach means access to highly trained experts that are ready to respond quickly to key internal problems and user needs. 

Accessible Data 

Successful enterprise organizations need to have clearly defined management practices and support for answering questions regarding cloud infrastructure. Cloud enterprise computing models offer transparency, giving businesses more control over their vital digital assets.  

Enterprise solutions make it easier for employees, clients, and other stakeholders to use cross-platform tools and resources across the entire network stack.   

Seagate Lyve Cloud not only assists in the organization of data but can also keep vital cold storage readily accessible. This is important in the case of a disaster where important data needs to be immediately backed up, or in the case of data governance where organized, accessible data is important for remaining compliant with data privacy laws.  

How to Get Started with Enterprise Cloud Computing  

For many businesses, enterprise cloud computing might seem inaccessible. Using the cloud in enterprise computing systems requires constant attention so outages or security issues don't disrupt operations.  

Enterprise cloud computing models offer many low-cost benefits that streamline their IT infrastructure and improve experiences for end users.  

If you're looking for cloud solutions for storing, migrating, or accessing important data, then make sure to consider the ways that enterprise cloud computing can help your business reach its IT goals. Enterprise cloud computing solutions provide frictionless solutions for improving your IT environment. 

How a typical enterprise leverages cloud computing will determine its overall success. It's never been easier to access highly rated enterprise cloud services and software. 

Enterprise cloud computing is here to meet your business needs.