A data center is a facility that provides shared access to applications and data using a complex network, compute, and storage infrastructure. Industry standards exist to assist in designing, constructing, and maintaining data center facilities and infrastructures to ensure the data is both secure and highly available.
Data centers vary in size, from a small server room all the way up to groups of geographically distributed buildings, but they all share one thing in common: they are a critical business asset where companies often invest in and deploy the latest advancements in data center networking, compute and storage technologies.
The modern data center has evolved from a facility containing an on-premises infrastructure to one that connects on-premises systems with cloud infrastructures where networks, applications and workloads are virtualized in multiple private and public clouds.
The fact that virtual cloud DC can be provisioned or scaled-down with only a few clicks is a major reason for shifting to the cloud. In modern data centers, software-defined networking (SDN) manages the traffic flows via software. Infrastructure as a Service (IaaS) offerings, hosted on private and public clouds, spin up whole systems on-demand. When new apps are needed, Platform as a Service (PaaS) and container technologies are available in an instant.
More companies are moving to the cloud, but it isn’t a leap that some are willing to take. In 2019, it was reported that enterprises paid more annually on cloud infrastructure services than they did on physical hardware for the first time. However, an Uptime Institute survey found that 58% of organizations say a lack of visibility, transparency, and accountability of public cloud services keeps most workloads in corporate data centers.
Data centers are made up of three primary types of components: compute, storage, and network. However, these components are only the top of the iceberg in a modern DC. Beneath the surface, support infrastructure is essential to meeting the service level agreements of an enterprise data center.
Servers are the engines of the data center. On servers, the processing and memory used to run applications may be physical, virtualized, distributed across containers, or distributed among remote nodes in an edge computing model. Data centers must use processors that are best suited for the task, e.g. general purpose CPUs may not be the best choice to solve artificial intelligence (AI) and machine learning (ML) problems.
Data centers host large quantities of sensitive information, both for their own purposes and the needs of their customers. Decreasing costs of storage media increases the amount of storage available for backing up the data either locally, remote, or both. Advancements in non-volatile storage media lowers data access times. In addition, as in any other thing that is software-defined, software-defined storage technologies increase staff efficiency for managing a storage system.
Datacenter network equipment includes cabling, switches, routers, and firewalls that connect servers together and to the outside world. Properly configured and structured, they can manage high volumes of traffic without compromising performance. A typical three-tier network topology is made up of core switches at the edge connecting the data center to the Internet and a middle aggregate layer that connects the core layer to the access layer where the servers reside. Advancements, such as hyperscale network security and software-defined networking, bring cloud-level agility and scalability to on-premises networks.
Data centers are a critical asset that is protected with a robust and reliable support infrastructure made up of power subsystems, uninterruptible power supplies (UPS), backup generators, ventilation and cooling equipment, fire suppression systems and building security systems.
Industry standards exist from organizations like the Telecommunications Industry Association (TIA) and the Uptime Institute to assist in the design, construction and maintenance of data center facilities. For instance, Uptime Institute defines these four tiers:
In addition to the building security systems supporting a data center facility discussed above, DC networks require a thorough zero trust analysis incorporated into any DC design. Data center firewalls, data access controls, IPS, WAF and their modern equivalent Web Application & API Protection (WAAP) systems need to be specified properly to ensure they scale as needed to meet the demands of data center networks. In addition, if you’re choosing a data storage or cloud services provider, it’s important that you understand the security measures they use for their own DC. Invest in the highest possible level of security to keep your information safe.
Partnering with a data center security provider is a good way to accomplish these goals. Check Point Maestro provides hyperscale security that scales on-demand to meet an organization’s data center security requirements. To learn more, check out this ESG whitepaper. Then, schedule a free demo of Maestro Hyperscale Network Security.