IPv6 Readiness for Datacenter

IPv6 is a subsequent generation internet protocol that is designed to substitute IPv4, the internet protocol mainly used all through the world and is the base for most of the internet connections. IPv4 addresses are rapidly going out and transitioning to IPv6 will rapidly turn out to be an obligation for all ventures networks. IPv6 facilitates important growth of the IP address that is required to provide accommodation of the constantly rising numeral of universal internet consumers, and offers an extra safety features for the internet passage.
IPv6 preparation and operations component mechanically evaluate the IPv6 readiness for the present network tools and forecasts the impact of IPv4 to IPv6 relocation on network presentation and safety.

The key advantages of IPv6 readiness for data center technologies are:

  • Settle on IPv6 system readiness with the help of a methodical, system based legalization of all devices compatibility with IPv6 characteristics such as routing, addressing, QoS, security, multicast, operating system necessities, and changeover apparatus characteristics.
  • Influence and comprehensive information to rapidly recognize obedient and disobedient equipment, and necessary hardware or software improvements.
  • Evaluation of what-if circumstances as well as capability and design changes, apparatus improvement, and the use of channels and double heaped devices.
  • Mechanically generation of network designs to make a change from IPv4 to IPv6 through describing the subnets that need relocation, the planned change methods and other explanation metrics
  • Clearly visualization of non-routable travel streams and services that are beginning from the relocation in a brief report.
  • Examination of IPv6 network plan to make sure survivability and safety.
  • Authentication of planned IPv6 pattern changes earlier to consumption or deployment.

Despite these features, the main challenge for IPv6 readiness for data center technologies is that IPv6 addresses are not compatible with IPv4 addresses. It signifies that if you do not take the essential ladder to improve, you will finally practice:

  •  Incapability to advertise goods and services or bring your substance to IPv6 consumers
  • Incapability to access the right of entry on internet based appliances, similar to chat and SaaS applications.
  • Incapability to start the latest websites

Since the internet grown up and its existence enlarging more and more quickly with the quick acceptance of movable devices change in system communications, software, services, and customer support are essential. IPv6 readiness plan provides network machinists with the chance to expand and build familiarity with this fresh standard on their individual network and also in a genuine world experiment surroundings.

The IPv6 readiness provide initiative and permits right of entry to the width of data center technologies, IPv6 ready DNS (Domain Name System) and DHCP software for experiment reasons. IPv6 experiment protocols and without charge in-person, phone, and electronic mail technological support provide you all the possessions you require to make sure a winning system and test. The IPv6 readiness for data center technologies gives all of the software that is necessary for data center technologies.

Compatibility and linking with IPv6 networking is primarily a software problem. But many of the old hardware’s that can in chiefly be improved are probably to be restored in its place. The majority of computers running latest operating systems are IPv6 ready at data center technologies.

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Risks of Virtualization

Whether business are small or large are progressively spinning to virtualization technology in order to save cost and boost redundancies in case they face collapse. So the conventional security explanations are not enough to guard virtual machinery.

The capability to generate dozens of virtual servers as files in a sole corporal server might engrave electricity expenditure, save room, make IT management jobs more easier, and allows them to create split environments to test new appliances at their own will. No doubt that this is frequently used and highest mounting technologies in small and large businesses. But every thing that has its advantages must have drawbacks also and virtualization has no omission. Security issues are the main thing you have to be anxious more about that when you employ virtual servers. Most common risks of virtualization are:

Information safety is not originally involved in the Virtualization Plans
Information gathers from different sources indicates that almost 40 % of projects that uses virtualization technology were carry out without the use of information security group in the early planning and design stages. Normally, the operational expert team will dispute that nothing has changed in reality — by now they have skills and procedures to secure the workloads, operating systems and the hardware beneath. Whereas the truth is that this argument pays no attention to the original layer of software in the shape of a Hyper Visor (HV) and Virtual Machine Monitor (VMM) which is pioneered when workloads are being virtualized.

The cooperation of the virtualization levels might result in the cooperation of all hosted workloads

The virtualization level symbolize one more significant IT stand in the communications, and similar to any software that is write by humans, this level will certainly hold entrenched and exposed vulnerabilities that can be utilizable. Known to the advantaged level the hyper visor hold in the heap, hackers already have start target this level to potentially cooperate all workloads hosted over it.

The short of visibility and power on internal virtual nets shaped for VM to VM Communications Blinds Existing Security Policy Enforcement Mechanisms

For the purpose of efficiency in connections between the virtual machine,  nearly all virtualization policies contains the aptitude to produce virtual networks based on software and switch within the physical host to facilitate virtual machines to communicate straightforwardly. This interchange will not be noticeable to safety defense devices that are network based, such as network based interruption avoidance systems.

Workloads of diverse conviction stages are merged on to a particular physical server with no enough separation

As the organizations shift ahead of the low hanging fruit of workloads to be virtualized, additional vital systems and receptive workloads are being under attack for virtualization. This is not essentially a subject of matter but it can turn into an issue as these workloads are shared by other workloads from dissimilar trust regions on the similar physical server with no sufficient separation.

Sufficient controls on managerial admittance to the Hyper visor and VMM layer and to managerial apparatus are deficient

Because of the serious support the hyper visor/VMM layer supplies managerial admittance to this layer have to be firmly controlled, but it is complex by the verity that main virtualization policies provide several conduits of management for this layer.

A potential failure of separation of responsibilities for network and safety controls

As physical servers are misshapen into a single mechanism, it raise the danger that system managers and consumers will unintentionally get access to information that surpasses their usual freedom levels.

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Data Center Remote Management Tools and Techniques

Remote Management is one of the critical factors considered in data center design and implementation. The actuality of present day’s universal financial system necessitates for business corporations to look at the challenges of wide-reaching operations, throughout the day business mock-ups and e-commerce business’. The 24 hour 365 day business ambience requires nonstop, incessant information way in and counts as the difference between accomplishment and disappointment. Two special entities, network availability and data access are now necessary elements of the shared value chain, so data centers are the point of focus in a company’s everyday operations. In fact data centers are the foremost critical asset for most companies today.

With the new breed of legacy equipments,  a range of other devices, and strategies making a way in has made dependence on data centers even more. There is no surprise that the data centers have evolved to have a mix of entry level to enterprise-class servers conjugating various work systems, running servers, operating systems, gateways, firewalls, routers and switches. This is not all, they even are useful for building automation systems, monitoring solutions and of course uninterrupted power supplies.

This list is never ending! Looking at the present day managed systems milieu, complexities have been drilled and efforts for faster to market supplying, better uptime and constant access. Corporate information has become a necessity, for a better model to be developed tools and techniques have to be sneaked in.

Effective management of Data Centers

Producing an effective remote management plan, certain organizations with substantial investments in the serial or KVM console have come up with a novel idea of finding out the best utilizations of data center management tools. They have answered the following questions correctly and as per need basis.

1. Which are the devices the remote data center is going to manage?

2. How to manage them at all times or when is it apt to manage them?

The tools play a major role in determining the kind of data center remote management you need to use or rather say what are the tools to use to manage the data centers. With tools come the supporting hardware configurations and security complications. The last necessary thing to know is how to fix security threats.

Monitoring portals:

Wide variety of tools are available to monitor devices using ICMP, SNMP, MIB etc.

For example HP openview, Cisco LMS, Solarwinds, PRTG, MRTG what’s up gold.

Logging tools : 

As regulatory and audit requirement, organizations need to have tools for effective logging. It is also useful for compliance like HIPPA and SOX.

Common Hardware Components in Data Center:

Servers with multiple operating systems and applications, SANs and network file server storages can be noticed. Other components include network security devices like VPN, Firewalls and Proxy Servers, Managed Switches and Hubs like Ethernet, Asynchronous Transfer Modes, and 10/100/1000 Mbps devices, Routers, Telecommunication devices and many other devices like the UPS, building access systems etc. With these tools IT managers are able to address the staffing issues, and effective system management issues. They are able to centrally manage myriad network infrastructure spread across the globe.

Remote management of data centers also helps in proactive or productive management of resources. It helps in monitoring, managing and regulate power to almost every part of the data center equipments. Remote data center management helps in streamlining the business processes, brings in agility and boosts up the businesses to operate efficiently.

For more please visit http://datacentertalk.com

Why Need Infrastructure Service in Cloud ( IaaS)

Anything that entails distribution and delivering of hosted services over the internet is regarded as Cloud computing.

IT spending has always been disruptive since many years. With cloud computing coming in, it is seen as a viable solution as it ranges from cloud hosting to IT infrastructure services. It involves a consumer, provider and also a broker. Adoption of cloud computing varies across all segments based on the usability, service and also depending on the size of the organization making use of it.

Amazon Web Services holds the largest public cloud services; that means you can either get cloud services from a public cloud service provider or you can own a private cloud hosting a proprietary network or by using a data center in case of a small group of people. A virtual private cloud can also be created if a service provider uses a public cloud to recreate a private cloud.

They are mainly classified as Infrastructure as a service (IaaS), Platform as a Service (PaaS) and lastly Software as a service). Cloud (IaaS) hosting differs with traditional hosting in three distinctive features; it enables scalable and elastic information technology related competences, it can be personalized as based on the requirement at any point of time and it is maintained entirely by the provider. All you need is just a computer and internet access.  A considerable advancement in virtualization and distributed computing, a disruptive industry and cost cutting agendas has added to more speculation and interest in cloud computing. Most commonly scribed benefits associated to Cloud (IaaS) are faster deployment rate, specified access, lesser IT staff adding to more savings on expenditure and most common attribution being it way ahead. Business directors discern that regardless of the benefits of every new tools or business models, there are also threats and concerns like reliance, identity theft, authoritarian infringement, data imitation, copying and duplication, application collapse, and enslavement among others. Consequently they apprehend that quickening things concerning Cloud Computing can be a very terrible decision. On the other hand, paying no attention to Cloud Computing entirely, because a belief in your capability to secure your own setting better than a service provider ever could, before getting into it because the many assertions made about Cloud Computing have led you to the point of “illogical and unreasonable excitement” and impractical hope. It isn’t smart either to think Cloud Infrastructure as a service completely relies on the provider but needs more transparency in getting the services. A customer can have the liberty to spotlight on the dexterity it provides, an alternative of speckled payments at apt times and intelligibility in value based costing.

It provides the freedom to focus on delivery for the provider. Cloud (IaaS) gives a lot of power, bigger customers list, enhanced profit precincts and a restricted consultation to the provider.

The biggest drawback is that cloud (IaaS) comes without assurance and warranty for a client but it becomes more of a nonspecific service, has limited deals and comes with no endorsement and completely no addition for a provider.

For more please visit www.datacentertalk.com

Colocation Pricing Trends

Data Centers are growing very fast. The Reason is all information is managed in these only and these are now business critical. It is very vital to keep the cost of IT related expenses for organization. All companies need to have dedicated data centers as it might not have proper Return on investment. Colocation is solution to such companies and businesses. Building your own datacenter need lots of efforts, Time and money. In Colocation, Service provider provides you facility and some bundled services at affordable price.

Colocation provides some and more of following services to you to have datacenter established.

  • Space: It can be measured as Rack space or Square fts.
  • Cooling: Cooling remains one of basic necessity along with space.
  • Power: Electric power along with appropriate Power backup is also part of bundle service.
  • Physical Security: Only authorized people will have access to colocation area.
  • Facility related Services like fire safety, battery room, cleaning, sanitation etc are part of real estate and offered along with colocation.
  • Internet Links and other Communication services are charged separately and optional.
  • Managed Services like managing your servers and other infrastructure pieces are also offered.

Colocation cost varies from $1000 to $2600 per cabinet/Rack. It also depends on all factors we considered.

This list is very specific to Service provider or Colocation service and most of times these services are customized for customers so that it suits best to customer requirement.

As the trend for colocation is increasing day by day, these services are becoming more affordable and have better return on investment. Factors mentioned above influence the cost for colocation services. There are few more factors which affects the
costing offered by services provider:

Geographical Location of Colocation Data center:

Location of datacenter influences the real estate value of datacenter hence impacts rental value for colocation. Also how suitable is facility for the Disaster Recovery is considered factors.

How much do you need?:

More space you need provider will give better pricing. It is same as retail vs wholesales services.

Diversity Provided by Colocation provide for Communication links:

Are the internet, WAN and other telecom related links have robust and redundant paths. To provide this kind of facility, service providers have common area for Telecom service providers. This enables customer to select from multiple options.

Term or duration for which customer is looking for Colocation services.

Contract time duration also affects cost offered by Colocation service provider. Longer you stay more economical services are.

Scope for future growth and expansion

Colocation Service provider also enables you to expand or modify your space as and when needed. This keeps you out from worries of capacity planning for future.


Most of times colocation is one of the best options for housing your business critical systems. With time Colocation service are getting more effective and affordable. It helps to keep your IT budget low compared to having your own data center. Colocation Service provider also provides better professional services for facility, Security, Cooling, Power, Power backup etc. Also have scope for future growth as needed.

With time colocation is becoming more and more competitive and cost effective. The Future is Colocation for small and medium sized businesses.

For more updates on data centers, visit Data Center Talk.

Data Center Best practices for handling expensive IT equipment

Modern Data Centers  are equipped with heavy, sophisticated and expensive pieces of IT equipment such as server, switches and routers.. You definitely don’t want to risk mishandling this equipment or injuring yourself on the job. We have some best practices to handle these kinds of sophisticated equipment. This article will highlight some of these practices and will help you protect you and your equipment. Equipment vendors also advise to use better way to mount and rack equipment:

  • Design racks to have balanced weights.
  • Refer hardware vendor’s manual for allowed weight in given racks.
  • Prepare mix of equipment to optimized U space. Don’t forget, every U space has some dollar value associated.
  • Space is expensive so use it wisely.
  • Design Hot and cold space around racks.
  • Design sufficient space in front and back of racks.
  • Use Mechanical lift like server lift  to mount heavy equipment.

Mechanical Lifts are designed to facilitate data center maintenance requirements by providing a data center solution to install computers and other equipment. Customers’ need  to make server room safety a key priority when installing servers.

The SL-500X server lift is an advanced server and overall data centre installation lift. It provides easy installation and mounting. Technician can perform all related tasks in safe manner without sacrificing efficiency and effectiveness. In case, it has to be done manually, it can cause
injuries to person. Also need more resources to mount and install.

Some of Advantages of using server lift are following:

  • Protects from risks of physical injuries, medical bills, equipment damage, downtime.
  • Provides more efficient manner to handle expensive equipment.
  • Provides Peace of mind – facilitating up-time through efficient installation.
  • Improves Data enter safety compliance activities.
  • Reduces operating cost.


Server lift is device with true Return on Investment. It provides efficiency, effectiveness, lower operating cost, streamline deployment. It helps to optimized installation and mounting. Protects equipment, avoid data loss. It also helps to protect safety of technician from disability injuries and back injuries. Datacentertalk.com recommends reviewing products from http://serverlift.com/.

Data Center Options for Location Strategy

Three Data Center Choices for Location Strategy

Three Data Center Choices for Location Strategy, here are the options:

1. Stand-alone data center.

Such centers are built as single or multistory single-purpose assets. Some are found in multitenant and multistory buildings, but they are not preferred. Some stand-alone data centers can also be 100% new or augment existing centers (warehouse, manufacturing, etc.). Most users start out by trying to save time or money by improving an antiquated asset or partially improved asset with some of the improvements in place for a data center.

2. Shared infrastructure, multitenant asset.

This center is a single purpose and often multistory asset with inside plant improvements that often include emergency power service generator only, uninterruptible power supply, battery, and rectifiers for clean, computer-grade power, air-cooled, DX, dry coolers, security, monitoring, and maintenance. Tenants take largely unimproved space by service provider, inclusive of maintenance, et cetera, all at a premium and expense. Users can buy 100 KVA of uninterruptible power supply and 200 kilowatts of generators. Tenants can buy 40 tons of heating, ventilation, and air conditioning. They also can buy “hot hands,” or modified services, for fixed or “cross-connect fees” in a protracted menu. Services are `a la carte.
Users need to make sure services will be in place during the full term of the lease or licensing agreement to ensure that the asset does not run out of infrastructure capacity. This is a buyer-beware program. The devil is in the details of the service-level agreements (SLAs). No one should expect compensation for lost revenue or brand damage due to outage. Compensation comes in the form of future free rent or minimal setoffs. In fact, SLAs are really little more than facility descriptions; more often than not, the sales staff does not know the difference between the two.

3. Collocation-caged environments.

These centers often are multitenant or telecom assets in which there is shared improvements of generators, uninterrupted power supply, air conditioning, and often cabinets and IT equipment. The services are sold by the cabinet, power circuits, cross-connects, IT circuits, and pretty much everything you look at you pay for. The “hot hands” for all IT work is priced by task or duration of tasks per month (e.g., five hours per month). Like the shared infrastructure model, this is also a buyer-beware program.


Datacenter is one time planning for any organization and it is not only hard and difficult to change datacenter but also expensive. So due care should be taken while selecting option for you. Key factors remains same, Perfect match at right budget”

For more articles and insights visit DataCenterTalk.



While choosing site for data center, some points shall be pondered. Completed study with following area of interest will help you to indentify best location for your data center.

Physical Security


  • Anonymity
  • Protection (Barriers, Patrols)
  • Observation (Lights, Cameras and Monitoring Station)
  • Entry Points
  • Locks, Guards, Logs, Mantraps


  • Access Control (Passkeys, Compartmentalization, Creation and Review of Logs, Identification and Escort Requirements, Use of Cages/Rooms)
  • Observation (Cameras, Video Recording, Tape Maintenance and Review)

Environment Controls

  • Detection of smoke, heat, sound, water, humidity
  • Fire suppression systems
  • HVAC systems
  • Power plant (multiple power supplies, internal distribution and switching systems, UPS systems, testing)


  • Multiple carriers
  • Internal distribution and switching systems
  • Control Center (location, staffing, scope of responsibility, monitoring systems, escalation procedures)
  • Testing

Network Management

  • Control Center (location, staffing, scope of responsibility, monitoring systems, escalation procedures)

System Configuration

  • Redundancy
  • Logical security (firewalls, IDS, DMZ, log management, backups)
  • Change management (plan review, authorization, testing)Capacity Planning
  • Performance characteristics

Data Center Migration,Move and Relocation Project Timeline Checklists

Data Center Migration, Move and Relocation Project Timeline

Data Center Migration Planning Phase
1. Define Roles and Responsibility.

  • Create a team and assign responsibilities for all aspects of the move
  • Make sure all areas of expertise are covered
  • Make sure that you may have to look outside of IT for some areas

2. Prepare documentation, policy, and procedures

  • Ensure that assets and inventory documentation is properly managed.
  • Here is where you find out how good or bad your assets documentation is.

Data Center Migration Blueprint Phase

1. Design a layout for your new data center.

  • Get familiar with the dimensions of the new location and determine where everything will be located.

2. Develop a schedule.

  • A complex data center move is all about timing. Divide and conquer by breaking the task into manageable subtasks.

3. Set up services.

  • Contact service providers for all the utilities you’ll need, such as WAN services. Do this well in advance of your move, but even then be
    prepared for possible delays.

4. Make business interruption plans.

  • Plan the timing for shutting down and bringing back essential applications and services. Leave plenty of time for testing.

Data Center Migration Relocation Phase

The move will quickly reveal whether your months of planning bear fruit. Here are some tips:

  • Only personnel involved in the move should be present at this time.
  • Have contact numbers for all your vendors handy.
  • If you are moving into a newly constructed building, try to have representatives from the construction firm present.
  • A data center move means a lot of work getting done in a short amount of time. Make sure you have resources on “standby” in case you
    require more help.
  • Have plenty of help desk staff available to help users get their PCs and network configurations set up. If your entire business is moving, you will have lots of users asking for help.
  • Test your critical applications and hardware once everything is in place. Is your hardware operating properly?
  • Are your critical applications running without a hitch , or are there configuration problems to be resolved ? Is your networking equipment
    operating properly ?
  • Act to correct any problems revealed by your testing. Document any problems thoroughly and file the report in a safe place. After all, you never know when you might be moving again!

Lots of more in our tool section.. http://datacentertalk.com/category/data-center-tools/

Facility and Site Selections Guidelines for Data Center

While looking for Facility and site for Data center, some points should be kept in mind:

Locations Related Security Guidelines.

1. Avoid the following:

  • Iconic, trophy, historic, listed, or high-profile sites and/or locations near such sites.
  • Uncontrolled public facilities for vehicles (e.g., tunnels, parking areas, etc.) directly beneath or adjacent to the site.
  • Avoid politically unstable areas.

2. Seek the following:

  • Maximum setback from the street on all facades
  • Maximum physical separation from neighboring buildings
  • Convenient external assembly points
  • Close proximity to emergency services
  • Easy access to major roads or arteries

Facility-related security guidelines

Seek the following in conjunction with a proper facility risk
before signing a lease:

  • Sole building occupancy or sole floor occupancy at a minimum
  • Physical access-controlled building entrances and exits to include parking facilities
  • Structural designs that minimize the risk of progressive collapse in the event of an explosive incident
  • Buildings with appropriate blast mitigation measures
  • Effective acoustic isolation for internal offices/conference rooms next to non-company-controlled space
  • Provisions for proper visitor access and control
  • Elevated and physically secured HVAC air intakes
  • Fire detection/prevention and life safety systems that meet company standards as well as all applicable codes
  • Adequate emergency escape routes
  • Internal space with the potential for segregated mail sorting/distribution
  • Appropriate access controls for on-site parking and preferably not located beneath the building if a multi-tenant facility
  • Provisions for secure equipment storage

For more Please refer our tool section ….