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ASCDI podcast

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ASCDI Podcast: Meet DTC Computer Supplies, a company dedicated to the secondary market

New to the AscdiNatd, DTC Computer Supplies is a family owned company specializing in buying and selling IT equipment that offers a deep bench of experience in the industry, and especially in data storage products. In this podcast, Norm Hutton, Wholesale Purchasing and Sales with DTC, gives us a look at the new ASCDI member. Hutton discusses how DTC offers many services including quantity discounts, same day shipping, blind and double blind drop shipments, in-house labeling and initialization, free EDP Tri-Optic barcode labels with any tape purchase and a deep inventory of products. We learn about DTC’s exclusive Phoenix Rejuvenation Process. Hutton describes DTC’s used tape and IT equipment buyback programs.

Data Center Energy Efficiency

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Due to today’s constant changes and technological advances, the amount of data being created continues to grow at a rapid rate. More data being generated, translates into more robust data storage centers. Regardless of how long you’ve been using data centers for your business growth and storage needs, there is always room for improvement.

Enhancing the energy efficiency of your data center is just another important component to ensuring longevity, success, and continual growth of your business.

More often than not, data center energy efficiency boils down to two simple things:

1)  managing the amount of power being consumed by the equipment

2) eliminating tasks and physical properties that hinder optimization

Optimize “IT”

Energy usage is probably the highest annual expense for today’s data center managers, and it will only continue to increase in the future.

When examining a data center’s energy usage, it’s usually seen as a whole building consumption, rather than individual equipment.

In spite of this, there are still valuable steps that IT authorities or data center managers should practice to make certain that their equipment constantly operates at a more energy efficient level.

Start by decreasing the amount of unnecessary power going into IT equipment by checking the workloads of all operating assets.

Ask questions like:

“Is there any older equipment that can be retired?”

“Is there old data that can be backed up elsewhere or at an off-site location?”

“Can a bulk of my data be stored via cloud?”

“Are there other operations that can be carried out remotely?”

 “Are there systems or workloads that can be combined?”

Whatever steps are taken in this manner, make sure that any efficiency checks don’t interfere with security. Data security should always be the number one priority.

Out with the Old, In with the New

Can you think of the last time someone performed a thorough equipment inspection of your data center? Has it been a while? Take a second and have a peak at how many servers are powered on, yet performing an insignificant task.

Hopefully your answer is none. An ideal data center will have all machines operating at the highest efficiency with business-critical missions. However, that’s not always the case.

If you have data center equipment that’s ready to be retired, then now is the time to look into an equipment buyback program. Let’s dispose of those old hard drives, servers, and other old equipment that’s collecting dust; while consuming energy and costing your company money.

If you’re already in the process of disposing of your retired equipment, it might be the perfect time for an upgrade. Usually as technology advances, it also reduces power consumption thus increasing data center energy efficiency.

Replacing older equipment with newer upgraded equipment can be a major difference in a data center’s energy consumption, saving your business thousands of dollars in the long run.

data center energy efficiency

Data Center Facility Inspection

Not only can older data center equipment increase operating costs, but the facilities with which the data center is located can make a difference as well. The building’s construction, along with where it’s located can play a big role in power consumption and annual costs.

Courtesy:BobLandstrom.com

Older construction buildings not only increase liabilities in the event of a disaster, but are often not a great fit for modern technology. As opposed to a newly built facility, an older data center housing will cost more to maintain consistent room temperatures and may also be subject to leaky roofs or shaky foundations.

As cloud migration and the move to more virtually-based data continues to expand, it’s very possible that the data centers of yesterday are greatly overbuilt for any modern needs.

In such a situation, it may very well be time for a total data center decommission. An entirely new building may appear unnerving at first, particularly with the upfront expenses. Nonetheless a general downsize will make certain your data center isn’t consuming more power than it needs to.

Prime Real Estate

Data center operational efficiency doesn’t always refer to just energy consumption alone. The physical location of a data center facility may also have a direct correlation to the operating costs involved.  

For example, a data center facility in New York City or Silicon Valley is going to cost significantly more than the same sized facility in Boise, Idaho. When taking location into mind, always take into consideration who your data center is serving.

Many data centers today have their facilities on the outskirts of major metropolitan cities.  If it’s not absolutely necessary for you to operate near major metropolitan areas or more expensive markets, then take advantage of the opportunity to move to a less expensive area.

Keep “IT” Cool

It’s no secret to data center managers that powering the IT equipment is only fifty percent of the equation. The other half of the problem is sourcing the power to keep the constantly running equipment cool.

Similar to all of the mission-critical equipment that’s operating 24/7/365, there is wastefulness that can be tackled to ensure cooling systems and operations aren’t consuming an unnecessary amount of power.

The simplest way for any data center to improve the efficiency of its coolers is to install economizers. The overall effectiveness of the economizers will depend on the local climate your data center facility is located in. Yet another reason to consider location.

Courtesy: energystar.gov

What is an economizer? Economizers are machines used to regulate indoor to outdoor temperatures.  According to the United States Department of Energy, an economizer could be anything from outside air refrigeration systems to a rooftop ventilation system used to cool a room. If the outside temperature is slightly cooler than inside the data center, then economizers are a great option to improve cooling efficiencies.

Additionally, take into account the current standard of air conditioning practices and equipment in your data center. Making sure the server hardware and other IT equipment remains cool enough to operate is extremely important.

Now make sure you don’t overdo it too. There are times when data centers can be kept too cool. Fortunately, most newer servers today have built-in systems to stay cool, and do not need to be kept as cool as older models. In this case, the data center’s HVAC can be occasionally turned off as temperatures are monitored more closely by the servers themselves.

Data Center Energy Efficiency

If a majority of your data center’s energy costs are directed towards cooling, then it might be time to upgrade the cooling equipment. Possibly the air conditioning unit in the entire building needs repaired or replaced.

Another great energy saver is to house any data center equipment generating too much heat using isolation structures. These complex isolation structures can guide the heat entirely out of the data center to heat other parts of the building as necessary.

Other modern cooling and venting systems can help data center manager’s improve operating efficiency and lower any consumption costs as well.

Maybe consider installing vented floor tiles to improve overall airflow, or installing chillers that will absorb and transfer heat between physical systems. Anything to help improve the general day-to-day maintenance of your data center will save money in the long run.

Courtesy: environmental leader

No two data centers are exactly alike and every situation is unique. Nevertheless, most IT managers are facing the same physical obstacles in regards to improving energy consumption and overall data center energy efficiency.

The best thing to do is start by conducting a thorough equipment inventory check and look at your current systems.  Slowly branch out from there in order to isolate and eradicate areas of deficiency.

Finally, if you find that the major efficiency improvements can only occur with an upgrade or complete face-lift to your data center, you may need a full-on data center take out

THREE REASONS TO START PLANNING YOUR IT INFRASTRUCTURE UPGRADE

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IT upgrade

Microsoft will soon be ending its customer support for Windows Server 2008. What does this mean for you and your organization?

Well, the end of one era always means the beginning to another. This could be the perfect opportunity to ramp up your production, security, and improvements throughout. 

As much as we all tend to preach about the importance of staying up to date with the latest and greatest equipment in the IT industry, its easier said than done.

That fact of the matter is that more than half of all servers in operating existence are five to seven years old, and using archaic software like Microsoft Windows Server 2008.

windows server 2008
Image Courtesy of Microsoft

In recent news from the Microsoft Ignite conference, Microsoft will stop support for Windows Server 2008 and 2008 R2 effective January 14, 2020.

They also plan to terminate the support service of Microsoft SQL Server 2008 and 2008 R2 on July 19, 2019. If your organization is one of the many businesses that still currently uses these systems, you could be directly affected.

The news isn’t all bad though. Microsoft’s end of service could be the inspiration your organization needs in order to implement a full IT renovation, from up-to-date software solutions to the servers that propel them forward.

Need even more motivation for a data center facelift? We’ve put together three reasons to consider, based on challenges that technology experts are facing and the direct benefits they’re receiving from a well-orchestrated server overhaul.

Image Courtesy of Device42

REASON ONE: YOU’LL BE READY FOR MORE DEMANDING WORKLOADS

Recent surveys conducted with IT professionals and industry leaders suggests that analytics and AI strategy are among their top priorities in regards to infrastructure investments. 

Even more so, enterprise IP traffic is projected to triple by 2020. With these developments, it’s no surprise there’s a growing strain within IT that warrants an updated data center to sustain it.

Let’s be real here, there’s no such thing as “business as usual” anymore. Not just in IT, but in any industry for that matter. In order to stay competitive in any market, businesses must welcome change, and embrace adaptability to stay ahead. In terms of IT, modernization is critical.

According to 71% of those surveyed, the biggest road block preventing their IT transformation is an aging infrastructure. Businesses that currently operate with legacy systems find it nearly impossible to compete. 

Their archaic data centers just weren’t built to keep up with the modern demands of a digital world.

data center upgrade
Image Courtesy ComputerWorld.com

Modernization of your organization’s infrastructure is the most efficient strategy to stay competitive for the long haul.

A well-orchestrated renovation also brings opportunities to take full advantage of recent server technologies such as effortlessly handling workloads that would otherwise bog down any legacy systems.

For instance, new equipment running Windows Server 2019 optimized for Intel Xeon Scalable processors delivers a 4X performance increase over similar systems that are five years older.

REASON TWO: YOU’LL BENEFIT FROM INCREASED SECURITY

It’s no secret that the number of security breaches and cyber-attacks on businesses continue to grow astronomically, creating an impact of almost $2.1 trillion by 2019.

An older and weaker operating system leaves you vulnerable to an overabundance of business-critical attacks. The last thing any organization needs is a list of compliance failures that could result in the end of valued relationships. 

Ensuring your system is safeguarded against ransomware and protecting customer’s proprietary information to GDPR and HIPAA standards is vital.

Having an updated IT infrastructure allows you to deploy the latest security measures for data protection and encryption.

To name a few, Windows Defender Advanced Threat Detection and Intel Trusted Execution Technology, servers are furnished with a collection of multi-layered security resources.

Modern security can be instilled deep within an organization’s infrastructure and therefore out of reach of hackers. With features such as next-gen firewalls, security with software-defined networking, and identity and access management; newer systems create a much larger obstacles in the way of attacks.

REASON THREE: YOU’LL BE READY FOR THE FUTURE

Decrease total operating costs– Organizations that modernize experience up to 69 percent less revenue losses. Maintenance expenses used to maintain aging systems, unplanned downtime, and more abundant power usage all add up.

Simplify your transition to cloud – Studies have shown that by 2020, 90 percent of businesses will have developed a cloud strategy to support mission-critical applications. Updating your IT infrastructure will ensure you don’t get left behind.

Support expanding workloads – Organizations that update their systems have the ability to speed time-to-insight from analytics and AI technologies.
Enjoy the benefits of Windows Server 2019 – the advantages of the server upgrade include improved application platforms, containerization, pervasive encryption, and more

DON’T WAIT TO START PLANNING YOUR INFRASTRUCTURE UPGRADE

Despite the fact that your current legacy system may still be ultra-reliable, you’ll still want to take a proactive approach to planning a server upgrade before Windows Server 2008 support goes away. 

There is still plenty of time to both plan a serviceable upgrade strategy, and to take the steps necessary to complete it.

No matter which modernized options you wish to explore; whether it be hybrid cloud, hyperconverged infrastructures, virtualized networks, or the full capabilities of Windows Server 2019, DTC Computer Supplies can help.

Data Storage Security

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data storage security
data storage security

As Breaches continue, DATA STORAGE and Fear of Adequate SECURITY are merging in the eyes of IT managers.

Over the years data storage security has become a concept centered around protecting data while warranting its availability to authorized personnel. 

Usually, data storage and data security are treated as individual subjects within the IT world, but that’s beginning to change faster than anyone thought it would.

A major reason for the recent merge in disciplines is the variety severity of security breaches routinely exposed by the media. 

As a result, IT managers in the healthcare, finance, and energy sectors have experienced a growing concern among their own.

A subdivision of the broader IT security field, data storage security specifically focuses on securing storage devices and the systems that operate those devices.

Securing data storage may as well be the last stand against an intrusion. 

However, it’s only an effective line of defense if data storage managers and IT administrators are willing to devote the time and effort needed to execute and initiate the existing storage security controls.

data security

In order to maintain reliable data storage security, IT administrators and mangers must carefully balance three important factors: confidentiality, integrity, and availability. 

This means keeping classified data away from unauthorized users, confirming reliability of the data on hand, and allowing access to accredited users within the organization. 

Administrators also need to be aware of the costs of storage security compared to the actual value of the data being safeguarded. 

It doesn’t make sense to have storage security systems in place that cost more than the data is even worth.

 

On the same note, managers should have storage security systems impenetrable to the point that it would cost potential hackers more money, time, and resources to breach them than the data is worth.

More than just recent data breaches, the array of liabilities administrators are progressively motivated to remove consist of shortage in encrypted systems and incomplete data destruction post deletion.

The setback associated with data destruction after data has been deleted can easily be solved with a SITAD organization.

Secure IT asset disposition firms are gaining popularity as they have gradually proven their effectiveness in helping businesses gain a higher return on their initial investment while keeping data secured during the destruction process.

There are also a number of simple steps that industry experts recommend for organizations that are considering employing storage security practices.

These steps include having specific data storage security policies as well as strong network and endpoint security.

Additionally, any organization that has concerns regarding their data storage security methods should invest in data tape backup.

The benefits of the tried and tested magnetic media storage are crucial when implementing effective storage and adequate backup systems and processes.  

tape seciurity

Data Protection and Information Security – Together at Last.

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matrix

Any IT professional that spent time around a corporate data center for several years has more than likely adapted to the separation of data protection and data security fields. The division in specialties has long historical roots, but does it really make sense anymore?

data protection

Data protection is a major component of any corporate disaster recovery plan. A disaster recovery plan is a set of strategies and processes put in place to prevent, avoid, and minimize the impact of a data loss in the event of a catastrophe. Data protection is essential to a disaster recovery plan as business-critical data cannot be substituted.

The only way to protect data is to make a copy of the original and store the copy adequately secluded from the primary. That way in the event of an unfortunate incident, the same disaster cannot destroy both copies.

In fact, a sufficient disaster recovery plan should also include requirements for application, network, and user data retrievals, as well as procedures for testing and training management.

Disaster recovery planning can be compared to information security planning in many ways. They both intend to protect business-critical practices and data assets. However, InfoSec uses various intertwining tactics that are exclusive to security.

infosec

Information Security

Infosec has established its own terminology and set of strategies for securing vital data assets. These policies are then enhanced by methods of constant monitoring and seasonal analysis to ensure that security precautions are keeping data confidential.

Until recently there have been few exchanges between data protection and information security fields. However, when someone in the data protection field is worried about retrieving data that is encrypted, communication with the InfoSec team is mandatory.

On the other hand, the InfoSec team might only collaborate with the data protection team to confirm that continuous data protection resources are being implemented and used. This would allow speedy restoration in the wake of a cyber-attack by basically reversing data to a point prior to the attack.

Together at Last

Believe it or not, both data protection and InfoSec fields have a lot to learn from each other. Data protection has already dipped into quantitative techniques for matching protection services to detailed data provided the threats to the organization.  These quantitative methods, Single Loss Expectancy (SLE) and Annual Loss Expectancy (ALE), were trivial at face value and abandoned by disaster recovery experts.

InfoSec is moving down a similar path.  Attack surface reduction modeling techniques are akin to the pseudo-scientific numerical looking practices as ALE and SLE. Certain experts see these methods as an upgrade over the threat modeling that was applied by many InfoSec specialists in the 90s.  Before the turn of the century, it was widely thought that the cost to protect data should not be much higher than the cost to hackers to sidestep the security. In spite of this, the correlation was lopsided as hackers suffered little to no expense in testing the protection of their targets or to rout the actions that were taken to keep them out.