Thursday, January 14, 2016

5 Neglected Data Center Risks EVERY Executive Must Understand




- Disclaimer - 
This piece does not focus on the most well-known data center risks related to geographic location, disaster, utility, and network. The emphasis of this article are those risks often overlooked or overshadowed by the criteria mentioned above. The 5 items discussed in no way represent a complete list by any means, and the information contained herein should not be interpreted as legal advice.

The data center industry has matured significantly since the late 90’s. Third-party providers have become more experienced at building and operating data centers than enterprises could have ever hoped to be. There are also more providers than were available even five years ago. While increased competition is advantageous for the buyer, more options make 'choosing' more confusing and complicated.
DON'T FORGET THE PRIMARY ROLE OF THE DATA CENTER  
Whether you are G500 Financial or SMB, the top priority is most often PROTECTION, and while most data centers share a common objective, most people and providers are not ‘objective'. Being too parsimonious or quick in your decision may yield some unintended and potentially disastrous consequences for your corporation.
As an executive, it is your duty to understand and mitigate the risks to the technology enabling your business. That often starts at the data center.

1. People Risk

People still pose the greatest risk to data centers. A friend of mine once said, "In a multi-tenant environment, you’re only as safe as your least responsible neighbor." As it turns out, we humans are not rational, logical, or reliable in most cases.
Research indicates that the majority of preventable incidents relate to human error and process failure.
 As a general rule of thumb, the fewer people (internal or external) within regular proximity to your IT equipment and the corresponding mission critical infrastructure, the better. One particularly notable exception is the exceptionally well-trained and experienced technical operations team. In the event of an incident related to a complex system (i.e., data center), their ability to adapt to the situation could save the day.

2. Design Risk

Data center electrical and mechanical designs vary significantly in many cases. The newest design derivatives promote a more efficient utilization of capital and a lower price, but can come with trade-offs. Some solutions even allow for the resale of YOUR redundant UPS capacity. (It only becomes yours if you need it and if nothing else breaks when you need it.)
Most customers only utilize 50% to 70% of their leased capacity at any given time.
 Consequently, some providers employ oversubscription of UPS capacity to maximize utilization and profits. Under normal operating conditions, it may work just fine, however, when a disaster strikes you will be competing with your neighbors for that last bit of capacity and may find yourself out of luck. It is comparable to overbooking airline tickets, except that travel vouchers don't fix the problem in a time-sensitive emergency.
Hurricane Sandy churns off the U.S. East Coast as it moves north in the Atlantic Ocean. At least 8 reputable data centers were affected or went down completely as a result in 2012. 
Understand to what components redundancy applies. While SLA's are commonly called out in your contract; resiliency may not be. What specific critical elements (electrical, mechanical, fiber entrances, fuel pumps, generators, etc.) are redundant and at what level? If your provider has a problem disclosing this, be cautious. Request proof of design, construction, AND commissioning certifications.
Choose the Right Design(s) for You
Choose design(s) that match the criticality of your infrastructure. In many situations, it makes sense to support different parts of your environment with various design redundancies, locations, and even providers. At a minimum, select a concurrently maintainable or fault tolerant design for mission-critical business applications, and protect non-critical IT infrastructure with lower resiliencies to achieve any desired cost savings.
Inaccurate capacity forecasting is the #1 reason enterprise customers over commit, and most do so by 100% or more!  
Build, buy or lease the 'right' amount of capacity. Too little is risky (sans the appropriate expansion rights); too much is costly (sans the rarest of exit options). Double and triple check your IT organization's calculations and assumptions! The majority of IT organizations stretch just to maintain the day to day demands of the business. Others fail to plan sufficiently for innovations that are enabling more efficient AND more powerful IT infrastructure. In other words, by the time you move into your facility, your new equipment consumes less space, power and cooling than you planned for. The capacity planning conundrum is even further exacerbated as cloud offerings become more acceptable and mainstream to enterprises who once discounted them a too risky.

3. Operations Risk

If you outsource your data center to a 3rd party provider, check into their performance record. When did they have their last outage? What caused it? What has been done to prevent a similar occurrence in the future? Ask to see MOPS, SOPS, MSDS sheets, Safety, and Incident Reports, etc. Remember, no-one is perfect, but a few get pretty close, and transparency is most desirable. Consult with existing and former customers if possible. Understand and validate the certification claims (PCI, HIPAA, SSAE, ISO, etc.) of your provider. Ask to see an independent 3rd party assessment report or fund your own. The cost is small compared to a significant unplanned outage.
In 2014, 25% of Uptime Institute survey respondents indicated they experienced a business impacting outage in their colocation facility.
Does your provider allow remote access to critical electrical or mechanical systems? Can third party service providers employ commands from outside the facility to stop and restart mechanical systems for troubleshooting purposes? With the proper credentials, cyber-terrorists might exploit this feature to shut down these systems either permanently, or long enough to cause overheating, and flooding of the data center.
At the very least, you are going to have some damaged equipment, and depending on the robustness of your DR/BC strategy, you may be out of business.
Study and understand the differences and benefits among different physical security systems and procedures. Are access control and surveillance systems redundant and supported by mission critical network, power, and cooling systems? What accountability measures are in place for security personnel? How are they screened, selected, measured, and rewarded? The answers may surprise you.

4. Contract Risk 

Is your agreement form a Lease, License, or MSA? Generally speaking, leases afford you more protection as a client, but may not be available for smaller retail requirements. If you have a lease, is it triple-net, gross, or modified gross? The 'details' of a modified gross lease vary significantly among data center providers.
Is the building owned or leased by your provider? What happens if your provider refuses or is unable to renew with their landlord? Depending on the language in your agreement, you may be forced to relocate with the same provider at your cost. It happened at least twice in 2015, and these enterprises were G500!
Relocation rights, renewal rights, holdover and their time triggers are vital to understanding your options when your agreement comes to term. We have seen agreements with NO holdover or renewal provisions!
At the end of their term, the client was given two options; 1. Move or 2. Renew under incredibly unfavorable conditions.
Are you intimately familiar with your termination rights, expansion rights, PUE caps, and the conditions of each? We have seen clients in haste, gloss over these details only to find out later that their rights had expired or that they failed to meet the minimum conditions for those claims to apply.
Do you understand what may, or may not be detailed in your agreement related to insurance, consequential damages, simple negligence, gross negligence and limits of liability? Explore with staff and legal counsel the potential scenarios and associated risks. Expect your data center provider to limit their liability exposure as much as possible, however, don't be unreasonable as they will certainly counter with similar obligations for your company. The best agreements are win-win and protect the interests of both parties equitably.

5. Financial Risk

Is your provider private or public? Do they have the balance sheet to support your future growth? Are they capable of funding major emergency repairs and replacements? Do they stock long-lead time critical replacement components as a precaution? Understand their access to capital markets. What are their options? What happens to those options when the market changes?
If the economy flounders will your provider survive?
What if just one segment of the market plunges (i.e. Energy, Retail, etc.) Is your supplier diversified and financially strong enough to weather the storm?
Have you placed ALL of your data center risk (primary and DR) with one provider to take advantage of easier transactions and better pricing? You may consider rethinking that strategy depending on your particular circumstances. Vendor diversity promotes competition and provides experiential contrast by which to gauge performance and progress. If you've chosen a single provider, staggering the terms of your agreements can enhance your ability to negotiate and ease the burden on staff if you do decide to relocate.
Is the data center you plan to occupy leveraged or owned in fee simple? Will they, or can they place debt on the asset you occupy? Does your agreement include a Subordination and Non-Disturbance and Attornment (SDNA) provision? You should know.
Today there are very few reasons for an enterprise to build and own a data center. However, some still do. If you find yourself in this situation, there are ways to maximize the market value of your data center while still providing the protection you need.
Over 90% of self-constructed enterprise data centers have a market value that is a fraction of their book value.
Done properly, a purpose-built data center on a separate parcel of land creates an asset that has real value should you need to extract precious capital from it at a later time. It will be much harder, if not impossible if you've put that investment in your corporate office building, if you've overspent, or created something so bespoke that most would have little use for it. 
Engage Experienced Professional Help
Supplement your internal teams with an experienced, unbiased, and dedicated resource to champion a 'thorough' process, assist in understanding and minimizing risks, and identify the most flexible and economic scenario for your business. Explore multiple scenarios to understand the various costs AND risks to your business. Thorough due diligence may be an arduous, time-consuming and political process, but it's a process you don’t want impatiently hastened.
"Risk comes from not knowing what you're doing."
"It's better to hang out with people better than you."
Warren Buffett 

Erik Stockglausner and Shawn Novak are data center solution advisors and sustainability advocates.

You can reach them at erikstockglausner@outlook.com or shawn.novak@cbre.com and on LinkedIn.

Tuesday, January 12, 2016

7 (not so) Dirty Little Secrets of the Data Center Industry

Ok, we've all heard the statistic:

DATA CENTERS CONSUME AS MUCH AS 3 PERCENT OF ALL ELECTRICITY PRODUCED IN THE UNITED STATES!
While a profound proponent of sustainability, I am perplexed when I hear this statistic repeated over and over. Why, you may ask? 

Well, for starters, it lacks some very important context such as, who’s consuming the other 97 percent?

Basically, data centers contribute the "pinky toe" portion of the US electricity carbon footprint.

More importantly, this (often very emotional) statement neglects the numerous ways data centers use power to improve our lives and promote our sustainable existence here on earth and beyond. Here are just a few examples to consider. I'd be encouraged to hear your feedback on the topic.

THEY ENABLE MORE WORK WITH FEWER CARBON EMISSIONS.

Concentrated computing (translation: purpose-built data centers and cloud computing) is far more energy efficient than the distributed computer rooms and technology closets of the past, and they enable far greater utilization of CPU capacity through virtualization. For example, since the dawn of computing, output ("Work") is up by a factor of 10 million while energy consumption is up by a factor of 100,000. 

In other words, it now takes less than 1 percent of the energy to generate the same or more work!  


Bottom Line: If we were still doing it the old way, we’d be much worse off.  


THEY PROVIDE A PLATFORM FOR COMPUTING EFFICIENCY AT MASSIVE SCALE.

Purpose-built data centers house many but are operated by few. This can be very advantageous. For example, most of the largest operators have permanently increased operating temperatures (the lowest hanging fruit of efficiency - so to speak) to maximize energy savings. This capability would likely be impossible without such centralized control.   
  • Increasing temps in a data center is comparable to permanently raising the thermostat from 72° to 80°F in every home in a small city.
Some (including Stream Data Centers) have implemented big data analytics together with IoT to better optimize cooling in real-time. 
  • This would be like adding intelligent thermostats to every room in every home in a small city.
Did You Know?

You can save nearly $12 per month for every 2-degree increase on your home thermostat. (That totals $40,000 per month for the average data center!)


THEY ENABLE THE LATEST GENERATION OF ENERGY SIPPING DEVICES.

Rather than sit at your desk or carry a laptop to work remotely, mobile devices keep us constantly connected to the centralized IT infrastructure (network, compute, and storage - "the cloud") housed in data centers. These "mini-computers" (sometimes referred to as smartphones) often consume less than 10% of the electricity required for a traditional laptop or desktop computer. This relatively new generation of personal technologies also serve functions once reserved for a multitude of other devices (television, camera, GPS, etc).



One of the earliest computers was called the ENIAC (Electronic Numerical Integrator Analyzer and Computer) weighed over 30 tons.


THEY FACILITATE COMMUNICATIONS WITHOUT PAPER.

According to the Center for Paper Business and Industry Studies at Georgia Tech University over 117 paper mills have closed since 2000. Digital media has been so rapidly disruptive that its impact has been felt not only by the paper industry, but also the print photography and newspaper industries as well as the US postal service. Sounds grim to some, however imagine a world without email, digital books, and digital photos. Information now travels faster and more efficiently without paper related waste and pollution. And, most importantly, global citizens who have had no prior access to the most basic public library (the very manual and limited “Internet” of my generation), now have volumes greater than the US Library Congress at their fingertips.  


240 million emails are sent every minute in the US, and according to @MailChimp and conservatree, 20 million emails = 2,400 trees saved. 

 
THEY HELP REDUCE THE CARBON FOOTPRINT OF TRANSPORTATION.
@Uber, @lyft, and @Zipcar enable optimized shared transportation that in many cities allow for more eco-friendly "car-less" living. On-line commerce has minimized our need to make multiple round trips to the market to buy goods, rather those goods can be delivered along a GPS optimized route with other bundled shipments saving time and fuel. And, as more renewable energy options become available in our communities, further innovations in automotive transportation (i.e. self-driving electric cars) will provide even greater reductions in carbon emissions due to connected automobiles that were first conceptualized in a data center.

Uber claims that in just one month enough people shared rides in San Francisco alone to save 120 tons of carbon dioxide when compared to taking Uber cabs alone.


THEY ENHANCE SECURITY, PROSPERITY, AND HEALTH.

Whether you agree with the surveillance activities of the US government or not, it’s hard to argue with the results since the inception of the PATRIOT Act of 2001. Some claims count the number of attacks prevented globally at 50 or more, and the economic and social devastation of such terrorist acts are irrefutable.

The internet, social media, blogging, YouTube, etc all provide a means for the average individual to have a voice accessible by billions of potential consumers. Digital collaboration affords a means to market and fund innovative products and services to enrich our lives and the wallets of their developers.
In the not too distant past, it took 2 weeks to sequence and analyze a genome for cancer research. Now, over 100 can be sequenced in a single day. High-performance computing (HPC) and cloud computing are accelerating the path to better treatments and hopefully a cure for this, as well as other diseases.

Nearly $2 Billion have been pledged to @Kickstarter projects.


THEY ENABLE AND CONSUME MORE RENEWABLE ENERGY THAN ANY OTHER SINGLE GROUP.

High-performance computing data centers are some of the greatest contributors to sustainability. @SgurrEnergy, a Scotland-based innovator employs via weather analytics for optimum wind farm placement. Google is leveraging big data to further improve the efficiency of its data centers. Automobiles and aircraft are more aerodynamic and fuel efficient as a result of high-performance computing simulations. The low power chips that enable your energy-sipping mobile devices were developed and tested by UK-based @ARMHoldings in a high-performance computing data center. Finally, high-performance computing is being used to develop environmentally friendly methods to store solar energy (via a process similar to photosynthesis) so it can be used, even when the sun isn’t shining. 


@Intel, @Microsoft, @Google, Apple, @facebook, and @Cisco make the top 10 list for largest consumers of renewable and many more have made a 100% commitment to renewables. The Technology sector as a group is the single largest consumer of renewable electricity by more than double.

Facebook’s newest data center project in Ft. Worth, TX is designed to operate with 100% renewable energy.


Maybe the data center industry should be applauded for their contribution to sustainability and multitude of other benefits we’ve come to take for granted.  Data centers power and protect the technology that enables commerce and innovation, and they are doing it more sustainably than ever.
For more on the power and benefits of computing, watch the Ben Horowitz's 2015 commencement speech to Columbia graduates, "Don't Follow Your Passion". In it, he reflects on the history of computing and professes to the exponential potential of future generations as a result of this computing revolution. It's brief but profound.

Don't Follow Your Passion


Acknowledgements:

My heartfelt thanks to those who contributed their time and effort to this piece.
  • Graphics and Editing - Morgan Lovett, an incredibly talented and creative marketing genius
  • Technical Review and Collaboration - Michael Lahoud, Stream, Vice President of Technical Operations and Engineering and another passionate proponent of practical sustainability
  • Collaborator and Editor - Sean Maguire, Sales Director at Digital Realty, a dear friend, fierce competitor and one of the most creative and insightful people I know
  • Inspiration - Andrew Schaap, Senior Vice President of Sales at Digital Realty, the best coach I have ever had the good fortune to work for, and the inspiration behind the article
  • EnablementJessica Nunez and her incredible team at Nunez PR Group
  • Motivation – All those so vocally critical of our industry as energy gluttonous killers of the planet

Sources: