Showing posts with label data center. Show all posts
Showing posts with label data center. Show all posts

Thursday, 21 January 2016

How tech companies are propelling the environmental movement, and why it's time to do more

Due to their influence, funds, and will to act, tech companies have emerged as key players in the environmental movement. Here's what we think they need to do to take it to the next level.

Loudoun County, Virginia, is home to more than 4.3 million square feet of data centers and claims that 70% of internet traffic flows through it every single day. It hosts the servers of many major tech companies, and because of that, it has enormous influence on the world — even though hardly anyone knows its name.

But the county — its data centers, its people, its economy, its land — is still in the hands of the coal industry.

Clean energy has shown renewed signs of progress in 2014, and it has energized environmentalists, technologists, social entrepreneurs, and educators alike. This year, the tech industry in particular has received a lot of praise for its work toward renewable energy.

Photos of solar panels on the roofs of giant corporate buildings, vast wind farms sprawling across the desert, and massive hydropower plants along the coasts are widely circulated. Startups in Silicon Valley and around the world have focused efforts on solving problems facing the energy sector such as battery storage, energy transmission, and big data analytics. Companies have become more transparent about their environmental practices and scaled up their efforts in corporate social responsibility.

But the truth of the matter is, large scale improvement — like significant reduction in greenhouse gas emissions and the slowing of climate change — doesn't happen when tech companies narrowly focus on their own operations and build their facilities in already environmentally progressive states like California or Nevada.

It happens when they get involved with states like Virginia.

Dominion Energy is the utility provider for Virginia, and coal and natural gas accounted for 98% of its electricity in 2013. Only 2% was from renewables. The state of Virginia is a leading coal producer; about 4.5% of US coal production east of the Mississippi River in 2012 came from the state. And Norfolk, Virginia, America's largest coal export facility, processed more than 38% of US coal exports that year, according to the Energy Information Administration.

So if it's true that the majority of internet traffic flows through the servers in Loudoun County, and the majority of tech companies still rely on coal, that means that the majority of the internet continues to be powered by finite fossil fuels.

According to Greenpeace's most recent report, the cloud consumes as much energy as what would be the world's sixth largest country. After Greenpeace began calling out the world's largest tech companies a few years ago, Apple, Google, Facebook, and others vowed to power their data centers with 100% renewable energy. Apple and Facebook have built new data centers that run on 100% renewable energy, and Google is more than a third of the way to that goal.

But Amazon, the other tech giant, remained silent until several weeks ago. The company finally announced in a low-key statement on its website that Amazon Web Services (AWS) — its cloud computing division — has a "long-term commitment to achieve 100% renewable energy usage for our global infrastructure footprint."

AWS servers host Netflix, Pinterest, Spotify, Vine, Airbnb, and many other websites. According to David Pomerantz, media officer for Greenpeace, Amazon operates at least 10 data centers in its "US-East" region, and its largest is in Northern Virginia.

"We don't know exactly how much electricity Amazon uses there, since the company still hasn't published that data, but it's safe to say that it's a lot. We and other analysts have estimated that over half of Amazon's servers are in this region," he said.

Saturday, 4 January 2014

Can an Indian startup provide answers to global data center energy woes?

In September 2012, the New York Times carried a thought provoking article, which claimed that data centers can waste 90 percent of more of the electricity they pull off the grid. This received a huge amount of backlash from some industry veterans.

The same article also estimated that globally data centers consume about 30 billion watts of electricity – which is roughly equivalent to the output of 30 nuclear power plants. Considering the amount of power data centers consume, the time has come for data center owners to seriously take a relook at their power conservation strategies.

This is both a huge challenge and a massive opportunity. VigyanLabs, an Indian startup, believes that it has the answers. The company’s pedigree is impressive. VigyanLabs was founded in 2010 by a team of IIT-ians specializing in high-performance computing. With more than 15 patents and a high patent hit ratio, VigyanLabs was recognized by NASSCOM as one of India’s top ten IT product startups of 2012.

Read the full story

Thursday, 11 April 2013

The 21st Century Data Center Special Feature

More than ever, data centers run the world, but many of them need a 21st century reboot. Today's data centers have to be more efficient, redundant, and flexible than ever. TechRepublic and ZDNet examine when and how to best run your own data center versus when to outsource to the cloud or a service provider, and when to take a hybrid approach.

The 21st Century Data Center: An overview by Charles McLellan

Executive Guide: The 21st century data center (free ebook)by Jody Gilbert

Research: 96% say IaaS has met expectations by Teena Hammond

Video: Get up to speed on the 21st century data center by Larry Dignan and Jason Hiner

Is it better to own or outsource your data center? by Sam Shead

Open Compute: Does the data center have an open future? by Nick Heath

Cross-functional skills key to running data centers by Ellyne Phneah

Case study: School of Visual Arts overcomes energy and infrastructure challenges by TechRepublic

Cheat Sheet: Microservers by Nick Heath

Own our own data center? Why would anyone do that, CIOs ask by Steve Ranger

The 21st century data center: You're doing it wrong by Spandas Lui

Indian CIOs are breaking their in-house data center habit by Mahesh Sharma

Read the feature

Monday, 26 November 2012

7 Tips for a Fail-proof DR and BCP

1. How IT Leaders can Best Plan for Disaster
2. Gearing IT for the Rains: What CIOs Need to Know
3. How To Improve Disaster Recovery Preparedness
4. How the Cloud Democratizes and Complicates Disaster Recovery
5. Critical Trends in IT Business Continuity
6. How to Start a Business Continuity Program
7. 3 More Tabletop Exercises for Business Continuity

Read the full post

Monday, 22 October 2012

Google Data Center Now Open for a Virtual Tour

Google is usually very secretive about its data centers due to user privacy concerns, but is now showing their IT infrastructure off in an online virtual tour.

Google usually keeps the contents of its data centers closed to prying eyes to protect the security of user data, and that's meant that few outsiders have seen the innards of Google's technological wonders.

That changed literally overnight when Google unveiled a new virtual tour of the insides of its data centers so it could show off some of the technological innovations and highlights that help run its global operations.

Read the story and visit the links

Friday, 19 October 2012

10 Data Center Server Hardware Must-Haves

Take your data center to the next level by adding components that will not only enhance security but will also enhance your overall service level. There's no substitute for quality. Even redundancies will not substitute for quality in a data center where customers expect 100 percent uptime, iron-clad security and superb performance. These 10 hardware additions will help you maintain excellent service and outstanding security for you and your customers.

Read the full post

Saturday, 29 September 2012

19 Ways to Build Physical Security into a Data Center

There are plenty of complicated documents that can guide companies through the process of designing a secure data center—from the gold-standard specs used by the federal government to build sensitive facilities like embassies, to infrastructure standards published by industry groups like the Telecommunications Industry Association, to safety requirements from the likes of the National Fire Protection Association. But what should be the CSO's high-level goals for making sure that security for the new data center is built into the designs, instead of being an expensive or ineffectual afterthought?

Read below to find out how a fictional data center is designed to withstand everything from corporate espionage artists to terrorists to natural disasters. Sure, the extra precautions can be expensive. But they're simply part of the cost of building a secure facility that also can keep humming through disasters.

Read the full article

Monday, 23 July 2012

Virtualization and Cloud Computing: Optimized Power, Cooling, and Management Maximizes Benefits

IT virtualization, the engine behind cloud computing, can have significant consequences on the data center physical infrastructure (DCPI). Higher power densities that often result can challenge the cooling capabilities of an existing system. Reduced overall energy consumption that typically results from physical server consolidation may actually worsen the data center’s power usage effectiveness (PUE). Dynamic loads that vary in time and location may heighten the risk of downtime if rack-level power and cooling health are not understood and considered. Finally, the fault-tolerant nature of a highly virtualized environment could raise questions about the level of redundancy required in the physical infrastructure. These particular effects of virtualization are discussed and possible solutions or methods for dealing with them are offered.

Read the Whitepaper

Friday, 27 January 2012

10 attributes of modern data center fabric

The data center network fabric - the system network architecture that interconnects server devices and storage devices in a data center environment - has become a critical enabler of Smarter Computing.

Here are the top 10 attributes that make the network fabric “smarter.”

-- Open and Interoperable
-- High Speed
-- Low Latency
-- Loss-less
-- Flathttp://www.blogger.com/img/blank.gif
-- Virtualization Aware
-- Scalable
-- User Control
-- Unified Management
-- Low Lifecycle Costs

Read the full story

Thursday, 24 February 2011

Avoiding the Hazards of IT Consolidation

In an effort to reduce costs and streamline operations, today's large, distributed organizations are investing more in data center transformation, consolidation, and server virtualization. And yet many IT consolidation projects suffer from poor planning and implementation issues that ultimately impact application performance and user productivity. This technology brief investigates the processes and tools that are needed to provide complete enterprise visibility and WAN acceleration for high-priority traffic.