It data center disaster recovery plan,report power outage ladwp bill,power outage kitchener oct 29 - Downloads 2016

One of the fundamental elements of Business Continuity Plan is Data Center Disaster Recovery.
Data Center Disaster Recovery complexity is the measure of how difficult it would be to recover the database to a satisfactory level of service following a prolonged disruption or outage.
The best feature of Data Center Disaster Recovery Plan is that it will help you in numerous ways no matter the adversity strikes or not.
Given below is the list of Data Center Disaster Recovery Template Packages that can initiate your Data Center Disaster Recovery project.
Commonly, when the limits of existing space become evident, the problem already is imminent: data center owners and operators need more space, and they need it in a hurry. Although greenfield development remains an option for some companies, not all have the financial means or the time necessary to locate and purchase property, design a new facility and build from the ground up. Consequently, retrofitting an existing building, either to expand a present data center, create a second site or scale down a data center operation, may become the preferred approach. A master planning effort identifying both immediate and longer-term space and infrastructure needs often is the first step, followed by a site assessment, which is critical to understanding the scope and potential of the proposed retrofit. Considering accessibility, security and other factors, in what part of the city does the facility need to be located? Geographic diversity must be considered if the project is intended as backup or redundant for another facility. Scrupulous research on codes and zoning is critical to determining whether the company can achieve its needs in the designated location. The building envelope and floorplate are fixed, and the data center owner will inherit both the efficiencies and inefficiencies of the selected site. Before proceeding with a retrofit, a building being considered must be evaluated for asbestos, lead, mold and other contaminants. If options to introduce outside air to provide economization or free cooling are being considered, outside air quality should be evaluated. Among other vital security issues, there are potential risks to establishing a data center in a multi-tenant building. In a leased facility, the data center owner needs to understand any restrictions on operations, modifications that can be made, use of hazardous materials and restoration requirements at the conclusion of the lease.
Sometimes, local tax incentives are available if a completed retrofit will create jobs or meet other objectives. In considering various site options, company leaders need a clear sense of what the data center’s future needs could be. Later steps in the evaluation can pinpoint risk factors and determine how to mitigate them, minimize cost and optimize the function and value of the prospective retrofit site. Alan Lehman is an electrical engineer with GBA ArchitectsEngineers Critical Facilities Group.
The rising prevalence of disaster and insecure environment has made it indispensable for every organization to create standard security policy and procedures that comply with regulatory authorities.

Complexity can be associated to availability of technology resources, infrastructure, platform requirements, telecommunications, equipment, and availability of trained personnel. The Data Recovery Plan helps you in creating proper backup system in place, provides immediate access to have files restored, highly confidential and critical data security, and helps in keeping the vast documentation database in order. But without a thorough, up-front analysis of a potential retrofit site, data center owners expose themselves to lost time and expensive missteps. Facing the prospect of inadequate space, cooling and power, between one-third and one-half of all data center operators said they expect to expand by the end of 2013, according to several industry surveys conducted last year.
In addition to cost and speed, the availability, location and accessibility of potential greenfield sites may limit the appeal of new construction.
More often than not, retrofits offer the advantage of an existing building in an ideal location with power and fiber connectivity already available—all of which can accelerate the time to market. These initial actions save the data center owner from making missteps that otherwise could prove costly and time consuming later on.
Is the area around the building under consideration free from crime and other manmade threats? Both Sarbanes-Oxley and HIPAA regulations impose requirements that affect placement of a redundant facility, and the potential for regional natural disasters or terrorist attacks may mean that a second data center should be located far enough from the first that a single disaster couldn’t affect both sites. For instance, if the data center will require that generators, cooling towers or chillers be placed outside, the company must check to make certain no easement restrictions will prevent this. Is commercial-grade construction acceptable, or does the building need to be hardened to protect against natural disaster threats? If the building under consideration is suspected of containing hazardous materials, a Phase I Environmental Assessment will reveal the extent of any contamination. If the proposed location is adjacent to a busy highway or dust-producing land use, additional measures may be required to prevent damage to IT equipment and to avoid false alarms from sensitive early-warning fire-detection systems. The data center that operates in a divided space, for example, may have to share utilities, agree to reduced security access and give up control over the selection of other businesses that lease offices in the building. Can the building chosen for the retrofit be static, or does it need to allow for future expansion that may include access to more power, generators and utilities? These criteria and others should be ranked in importance for the particular project and scored as a basis for comparing alternative sites. In order to deal with any unrealistic adversity in future it is always good to have a standard policy implemented. A high end server, computer backup system guarantees that your critical business unit continues to run smoothly and competently, even if something unforeseen happens.
A data center that must be located in an urban area, for instance, rarely has greenfield space to choose from, and tearing down an existing structure and rebuilding requires more time than many companies have to get their data centers operational.
Planning and zoning reviews and approvals usually are streamlined with a retrofit as well, and compared with new construction, which may require 12 to 18 months to design and construct, a retrofit generally can be completed faster because the building shell is in place.
The challenge is to recognize, work within and, where possible, mitigate those limitations.

Another, often-overlooked risk is the threat of a large solar storm, which can cause widespread disruption to power and communications.
Noise, accessibility and fire codes, including those at the city, county and state levels, and business park covenants can affect the company’s ability to meet its data center goals. Efficiently evaluating potential project sites is a process of elimination and prioritization.
Is the site or its access roads located in a flood zone that would make it difficult to get fuel to a generator in the event of flooding? Rezoning can take six months or longer—more time than many companies want to wait before starting a retrofit project.
Is ample exterior space available for large mechanical and electrical systems, such as generators and heat rejection equipment?
The data center may be vulnerable to other tenants’ actions and infrastructure, such as plumbing running above sensitive equipment.
A retrofit in such an area also may take longer to complete than a similar project in another part of town, depending on how code requirements are managed by the area’s planning-department officials. If the facility is leased, it should be noted that the initial build and future modifications will be subject to landlord review and approval. Perhaps the most often-discussed considerations in selecting a site are cost and reliability of utilities. Without modifications, typical commercial construction is not capable of supporting the high-density loads required for equipment such as UPS systems.
Because large data centers can use vast amounts of electricity and water, supplies need to be cost effective, reliable and abundant. These concerns are not insurmountable, but they should be identified, gauged and addressed early in the process so they don’t create unpleasant (and expensive) surprises after the data center already is functioning. If acceptable drawings are unavailable, however, the evaluation process may require a detailed analysis to determine structural capacities and costs that may be needed to achieve the upgrades. An existing geotechnical report, along with detailed as-built drawings of the concrete slab construction, can greatly expedite the analysis of the existing construction capacities.
If this information is unavailable, a geotechnical engineer will need to determine soil bearing capacities and slab construction. Lack of adequate clear height is a major limiting factor for future flexibility and growth.

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