Data Center Migration Methodology

Data center migration is a rare site in IT industry. Data center migration might sound attractive but it is bundled with risk when an inexperienced team is attempting to perform this operation. Acco

rding to Gartner study more than 70% of organizations have to relocate their data center facility, so data center migration is a crucial. Many companies decide to relocate to a new facility due to several reasons which might be due to business reasons or technological reason. The data center migration project involves a broad area of external and internal stakeholders. A data center relocation team should input a lot of hard and gritty work. First a team has to learn the process which helps in managing work load as well as stakeholders’ expectations.

                Following are the prerequisites before executing migration plan:

  • Plan Data Center Migration
  • Prepare Data Center Migration
    • Manage Communication
    • Manage Contracts
    • Manage Budgets
    • Set Up Work Environment
    • Implement Data Center
    • Architect For Migration
    • Implement Network
    • Plan Logistic
  • Execute Data Center Migration

Data Center Migration Plan:

The data migration team has to assemble all the data and documents which include in-depth analysis. The migration team should ensure they collect all the data including rack diagrams and floor layouts. They should also map system dependencies such as applications that need certain data which is stored on a different system. Companies need to alert all their service providers such as software, utilities and hardware about its migration plan.

Data center managers need to face a lot of challenges before migrating to new facility. Following are the most simple and most critical issues that a relocation team must take care.

Security:

Data center managers should ensure the proper security plan which ensures data doesn’t disappear and unauthorized people are kept away.

Budget:

                Data center migration is an expensive process. Data center relocation management budget should cover site closure, tools, relocation budget, renovation, equipments and construction expenses.

Prepare the New Facility and Close the Old One:

                Before beginning the migration process inspection team must visit the new facility and ensure all systems are approved, ready and are successfully tested. The team should ensure the facility has an adequate cooling system which caters the company’s future needs. Migration team must ensure to de-commission equipments which won’t move into the new facility and make sure all the operations in old facility is completely closed.

Backup the Data:

Backup team will always be careful in backing-up the data; just in case have a recovery plan. Ensure this recovery plan is thoroughly tested and are tested at regular interval of time during the planning phase.

Following are some of the pitfalls that an organization need to avoid:

  • Know complete detail about migration plan: companies might now know from what they are moving and from where they are starting
  • Defalcation of a Relocation Design: some time organizations assume new facility fits into place without visiting.
  • Failed to Develop Complete Migration Plan:  Organizations

    sometimes fail to create a detailed migration plan and fail to assign tasks to individuals before executing plans.

  • Poor Execution of Migration Plans:  Inexperienced movers or advisors might face this problem, so companies need to hire experienced advisors and movers.

Data center migration process poses a serious problem for an organization which can lead to jeopardize relationships and crucial businesses. Data center migration team should be very agile and experienced enough to handle any critical issues.

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Are You Planning to Move Your Data Center?

Sometimes, relocating or migrating would be the best idea when severe problems such as poor cooling to disasters to unsuitable physical security or unreliable data networks occur. Understanding the threats of any data center relocation event, foreseeing them, and in due course planning for unforeseen events are the best set off to even the most fine designed relocation experience. In migration or relocation of data centers some fundamental factors must be taken into account. Some of them are as follows:

Floor Spacing:

The ideal data center environment requires the capacity to handle a large number of data cables, the capacity to ably hold high heat loads that are erratic and varied, and the ability to settle in for future technological and cooling encroachment. For enhanced safety, the data center floor must utilize anti static tiles to condense the danger of electrostatic shock damaging of equipment components.

Connectivity:

The service should have admission to manifold ISPs with the cable incoming from different points of the building. This decreases the danger of outages due to a technical breakdown as well as construction and landscaping mishaps. It is also important to validate the roof access rights in the event of having a satellite or microwave line of sight antenna fitted in. Along with this, verification of the connectivity must also be looked into. Both the ISPs that enter the building and the types of data circuits that they can offer must be suitable.

Cooling:

In the recent time, IT growth and the considerable increase in power and heat compaction have stressed data centers to the highest limit of exhaustion when it comes to power and cooling. Most data centers try to preserve a 75F/25C air temperature. It is important to lookout for computer room air conditioning (CRAC) units that screech or disconcert loudly. This can be an indication of pitiable maintenance. Condensation from CRAC units should be drained away immediately through piping.

Fire Security:

Fire safety is important in any organization. The same holds good for data centers as well. Not only should there be smoke and heat detectors, but they should be connected to an alarm board that graphically/pictorially shows the locality of the fire on the building’s floor plan. The first line of resistance should be a gaseous system that chokes the fire by dislocating the oxygen in the air. These systems are less destructive than water based ones. However they are usually designed for fires of short duration.

Data Backing:

The backup system that is newly introduced in current location may be different from the one used at the earlier location. This can be a little tricky to restore historical data during or after the relocation because of server collapse or human error. It is recommended to check whether the new facility can handle data backed up using your software on your backup media. If this is not supported, it is advisable to invest in data conversion services with a third party. High-quality backup services typically store data for a preset period of time before reprocessing the media. It is important to store most of the data at a secured secondary facility. This protects the data from disastrous events at the main data center. However it is necessary to confirm if this type of extra data security exists.

Service Costs:

The service costing includes various facets of charges on facilities of bandwidth, power, cooling, security, floor space rental and custom services. The ideal way to determine these costs would be by keeping the costs of previous expenditure of the past with the current add on environment in mind. The current website architecture the costs can be presented as recurring and/or onetime expenses for easy calculation. Lower persistent costs can easily give the reading of cheaper operating expenses but the price may become adverse when higher setup fees are taken into account.

The above mentioned factors must help when planning to relocate data centers. The data centers in the vicinity may not meet all the criteria mentioned in the above list. Nevertheless, it will surely help reduce final costs to a manageable number. Data center selection is only the first stage of the physical planning for the relocation and will largely be the responsibility for services and networking teams.

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Hi-Tech Transportation Inc. Creates a New Division to Accommodate the Global Need of Data Center Migration Services

Samuel Lolla and Stewart Smith, Managing Partners / Spokesmen for Hi-Tech Transportation, Inc recently announce that their company will be opening a new division. This division is named MIGRA Systems according to the latest reports.

Lolla explained that the new division would reflect the evolving focus and standards of the company, adding, “This new corporate division will focus on comprehensive planning, technical skills and best practices required to achieve a successful, incident-free Data Center Migration. From the initial planning, project management, communicating with multiple third parties such as OEMs and software vendors, to providing insurance and transportation, a migration specialist like MIGRA Systems, Inc will provide a seamless, end-to-end data center relocation.”

MIGRA Systems hopes to become a one stop shop which offers all kinds of data center migration services, products and information online. This shift is a result of increasing global requirements to migrate IT Infrastructures. To live up to expectations of our customers and target group of the IT industry as a whole, we have created this new, one-stop website that offers a complete range of information regarding our current data center solutions”, Jeff Whitt, Managing Partner, of MIGRA Systems explained

The main features of MIGRA Systems.com are:

  • physical & virtual data center migration services
  • professional services such as project management & disaster recovery
  • data center design & build services
  • technology refreshes including device sales & rentals

MIGRA System is a part of Hi-Tech Transportation Inc which is an independent high-value products carrier incorporated in January, 2004. It is located in Charlotte, NC. The ownership, management and operations team have over 100 cumulative years of experience in the high-value products transportation and logistics industry.

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New CyrusOne Data Center in Chandler

CyrusOne LLC of Houston broke ground of their 1 million square foot data center in Chandler which will serve the I.T needs of large companies on the West Coast. It will be the largest data center in the Phoenix area and the second largest in the U.S, smaller only to the 1.1 million square foot Lakeside Technology center in Chicago. The data center will feature 90,000 square foot of multitenant office space, one of the largest speculative offices since the recession hit.

While the company would not disclose the project’s cost, citing competitive reasons, CyrusOne Chief Technology Officer Kevin Timmons said it is employing a new design for the facility that it has dubbed “massively modular.”  “That means the data center’s interior will be built in phases as needed to accommodate new customers”, he said. “The first phase is expected to be completed by the beginning of 2013”, Timmons said.

“No customers have signed on yet to use the data center, but CyrusOne is in discussions with ‘big names.’” “We have a number of dedicated customers who follow CyrusOne wherever we go,” Timmons said.

CyrusOne is a subsidiary of Cincinnati based telecommunications carrier Cincinnati Bell Inc. It is a developer and operator of large data centers where high speed web access and space can be rented by customers for their internet connected digital computing and storage devices.

“The massive co-location center will employ about 50 technicians, administrators and other staff when completed”, Timmons said. The project is likely to create a large number of jobs as the center is frontrunner to become a hub for related businesses and web hosting customers that will rent space in the adjacent offices.

The data center’s 57-acre site, near Germann and Price roads, will feature a 110-megawatt power substation being built by SRP, the largest dedicated substation for any existing data center in the U.S., and one of the largest substations in the Phoenix area.

“The property was ideal because of its size and proximity to several telecommunications carriers’ fiber-optic Internet backbone infrastructure, allowing redundant, high-capacity bandwidth”, Timmons said.

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