The integration of diverse mobile devices throughout the work environment is both inevitable and enabling. Workflows previously tied to less portable devices can now enjoy free access wherever a wireless signal allows.
Engaging customers online is a necessity for every business today. Key banking and bill processing transactions are only a mobile app away, making both e-commerce transactions and the the number of end points touching cardholder data prolific. Two primary business drivers impact the data center: security and availability. This white paper describes the impact of PCI DSS compliance on data centers and hosting providers.
The increasing pressure to implement meaningful use, reduce healthcare costs, and improve care outcomes while still protecting patient interests has led to strategic review and overhaul by many healthcare providers and vendors.
This document provides an overview of Internet bandwidth service. Internet bandwidth is the amount of data transferred between (to and from) the Internet. Understanding the difference between the speed of transferred data and the amount or number of bytes transferred your business requires can help you decide how much bandwidth you need to deploy.
This IT disaster recovery white paper provides a high level “risk model” for organizations to better manage their IT risks. This white paper also provides guidelines on how to measure risk in an environment with the very real possibility of both minor and major disruptions to their IT services.
This high availability white paper describes the anatomy of a high-availability rack. This paper illustrates how redundant power and network connectivity help ensure a greater level of protection against any single point of failure, resulting in a higher up-time service level. A high-availability rack helps businesses survive network or power failures, keeping computers online and maximizing the potential to generate revenue.
Colocation is the practice of putting your equipment, generally Internet Servers, into a multi-tenant data center. There are many technical issues involved in designing, building and operating a colocation facility. This colocation paper cover three critical aspects of a co-location facility: the physical space in which the server sits; its connections for power and Internet connectivity; and the services that keep the servers operational.
p>As data and business content becomes digitized and automated, the need to store and manage this data has become eminent. Data is like money, as they both require safe, reliable storage needs. And as data becomes more important to everyday business operations, it is quickly becoming an irreplaceable business asset. To ensure your business’ data is secure, scalable, and reliable, your business needs a data center that provides security, reliability, scalability.
The Internet Delivery Stack™ (IDS) is a data center framework that identifies all the elements necessary to deliver a successful Internet experience to your end-users. This data center framework can be used to identify roles and responsibilities and to scope data center projects. Each of the 9 layers of the data center framework requires the proper design, implementation, and maintenance to assure a specific degree of security, reliability, and scalability in that layer.
This paper provides a framework – called the SaaS Delivery Stack – to plan and track the myriad of components necessary to deliver an always-on SaaS application. It also presents how SaaS providers leverage a range of data center solutions such as colocation, managed dedicated servers, and cloud computing to outsource the delivery stack more cost effectively, with a higher level of reliability and lower risk to the business than building it themselves.
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