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Monday, 31 December 2012

Agile Developers Needed, Demand Outpaces Supply: Study

Posted on 09:50 by Unknown

By Darryl K. Taft | Posted 2012-12-30, eweek

The number of available agile jobs outnumbered qualified candidates by nearly 5 to 1 over the last two years, according to a study by Yoh Services.

As more and more enterprises begin to adopt agile software development methodologies, the need for qualified agile developers has skyrocketed. However, the number of available agile developers cannot keep up with demand, according to a recent study.


Many of the Fortune 500 and leading brands in America are increasingly searching for agile software developers that can help them improve speed of delivery and provide more and better value to their customers. Yet a study conducted by staffing firm Yoh Services based on data from CareerBuilder's Supply and Demand Portal revealed that the number of advertised agile jobs outnumbered active candidates by 4.59 to 1.

This skills gap has not only made it difficult for companies to quickly source quality talent on demand, but also puts them at risk of hiring technical professionals that have poor agile methodology skills. At the same time, as more companies seek to capitalize on agile practices, many agile professionals struggle to find an established program that fits their abilities.

Agile software development refers to a group of software development methods based on iterative and incremental development, in which requirements and solutions evolve through collaboration between self-organizing, cross-functional teams. It promotes adaptive planning, evolutionary development and delivery, a time-boxed iterative approach, and encourages rapid and flexible response to change.
 
Agile methods break tasks into small increments with minimal planning and do not directly involve long-term planning. Iterations are short time frames or "timeboxes" that typically last from one to four weeks. Each iteration involves a cross-functional team working in all functions: planning, requirements analysis, design, coding, unit testing and acceptance testing. At the end of the iteration, a working product is demonstrated to stakeholders. Agile development emphasizes working software as the primary measure of progress.
The Yoh analysis showed that companies advertised a total of 558,918 agile jobs from 2010 to 2012. During the same time period, there were merely 121,876 active candidates, just 17 candidates for every 100 jobs. Inconsistencies in experience and geography compound this "agile gap," the Yoh study showed. Of the available job seekers, more than 50 percent have 10 years of experience or more, while less than 2 percent have one to two years of experience.

The agile gap exists across the U.S., varying only in its degree of severity. For instance, while states like Florida and Texas have a higher average number of active candidates, the ratio of open positions to candidates remains high, at 4 to 1. States with a more severe gap, however, such as Washington and California, have 10 open positions for every candidate, the study revealed.

The adoption of the agile development methodology has accelerated since the latter part of the last decade, while training for frontline developers failed to keep pace. As a result of the high demand for a limited number of agile developers, many industries, such as computer systems design services, custom computer programming services and software publishing, struggle to attract the agile talent they need. Organizations that get available, experienced talent are forced to pay premiums, whereas others are forced to hire and train professionals on agile methodologies.

"These discrepancies can hurt the hiring companies in the form of increased costs, salaries and turnover," Don Hanson, senior vice president of the eastern region at Yoh, said in a statement. "When companies hire the wrong candidate, they jeopardize employee engagement as well as potentially damage their reputation in the agile community, hurting future recruiting efforts. More than ever, a thorough vetting and hiring process is crucial for both agile employers and job seekers."

For this reason, "agile developers hold all the cards," Bob Schatz, chief agile evangelist at Yoh and owner of Agile Infusion, an agile coaching firm, said in a statement. "As demand for agile skills continues to grow, employers must clarify the extent of their agile programs, whether they're established, new, or still just an idea.

"By erring on the side of transparency about the state of the company's agile culture, employers will be able to find the best talent for their open positions and avoid turnover costs as well as misunderstandings during the hiring process that could alienate future agile recruits," he said.

Yoh, a Day & Zimmerman company, sought insight into the state of the agile talent pool as demand continues to rise for agile practitioners, who build software and transform business processes through teamwork; customer collaboration; short, iterative cycles; and responses to change. As more companies seek a nimble and entrepreneurial approach to business, the agile development methods of companies like Facebook and Apple are quickly spreading, but a lack of educational resources has left few agile practitioners to fill that need, Yoh officials said.

"Given the gap between available talent and demand, companies seeking to hire an agile team must understand that the adoption of agile development requires a complete change in culture, and they must make that transition or risk high turnover, lower morale, and loss of credibility in the agile community," Schatz said in a statement.
For more information on the agile skills gap, the positions most in demand and the companies most in need of agile talent, check out Yoh's infographic.
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Posted in Computer Science, ICT Jobs, James Jones, Software Engineering | No comments

Sunday, 30 December 2012

New Publications from the Bay Area Council Economic Institute

Posted on 10:22 by Unknown
The Bay Area Council Economic Institute is pleased to announce the availability of its latest studies:
  • Technology Works: High-Tech Employment and Wages in the United States details the geography, growth patterns, and importance of high-tech jobs in the United States.
    —December 2012 (PDF: 40 pages, 2.4 MB)
  • The Bay Area: A Regional Economic Assessment evaluates the state of the regional economy and what is supporting or inhibiting growth and job creation.
    —October 2012 (PDF: 76 pages, 2 MB)
  • The Bay Area Innovation System: How the San Francisco Bay Area Became the World's Leading Innovation Hub and What Will be Necessary to Secure Its Future assesses the region's innovation system, its key components and their patterns of interaction, and challenges to its leadership.
    —June 2012 (PDF: 108 pages, 5 MB)
  • Shaping the Cities of Tomorrow presents the findings of the Global Green Cities of the 21st Century International Symposium, organized by the Economic Institute in 2011.
    —September 2012 (PDF: 36 pages, 1.8 MB)
Since the report can only summarize the high-level findings of the symposium, we invite you to also visit the new website, www.globalgreencities.com, created by the Institute to present the latest information and state-of-the-art thinking on sustainable urbanization and green cities and to connect visitors to related Institute and partner programs.

All Bay Area Council Economic Institute publications can be accessed from the Institute's website at www.bayareaeconomy.org.
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Posted in ICT pathways, ICT Research, Industry News, Innovation, James Jones | No comments

Friday, 21 December 2012

Tech hiring creates other jobs

Posted on 09:29 by Unknown

ECONOMY New jobs are being created in many fields, studies find

San Francisco Chronicle, Benny Evangelista, Published 11:18 pm, Thursday, December 6, 2012
Tech companies like Apple, Facebook and Google are creating well-paying jobs at a fast pace, but they also generate three times as many nontech jobs - from lawyers and school teachers to shuttle bus drivers and coffee shop baristas, according to a report released Thursday.

What's more, the Bay Area Council Economic Institute report found that high-tech companies cause the same ripple effect of job creation in communities throughout the United States, not just in Silicon Valley and San Francisco.

"These kinds of jobs pack a lot of punch," said institute economist and research manager Ian Hathaway, who wrote the report, "High-Tech Employment and Wages in the United States."

For every high-tech job created, another 4.3 jobs are created throughout the community, the report said. That "multiplier effect" is higher than other industries, such as traditional manufacturing plants, which create 1.4 indirect jobs for every direct job.

Money filters out

"The Googles and the Apples of the world are bringing tremendous wealth to this region, and that money is filtering its way throughout the entire economy," Hathaway said in an interview.
"Say I'm an engineer at Google. By the time I go out and pay for my housing and my taxi rides and my dinners, and by the time Google is done spending money on lawyers and shuttle drivers and cooks, that filters through to 4.3 jobs for every one (at Google)."

The findings of the report, commissioned by Engine Advocacy, a nonprofit San Francisco public policy group that represents entrepreneurs, startups and investors, are similar to a study by Enrico Moretti, a UC Berkeley economics professor.

Moretti, who published his findings in May in his book "The New Geography of Jobs," said he found that five jobs were created for every one new tech job over the course of 10 years. Both studies, Moretti said, should dispel misconceptions that the rise of high tech will shove older jobs aside.

"Lots of people who are not in high tech see the growth of tech as a threat rather than an opportunity," Moretti said. "They look at all this job creation and feel it's changing the nature of the city, like bringing all these young tech workers into the city. Although they cannot all work for Twitter or Yelp or Google, our jobs are indirectly dependent on that sector."

The Bay Area Council report relies on federal census and Bureau of Labor Statistics data, but defines high tech in a broader way by including traditional jobs that are related to tech, such as computer, medical and aerospace equipment manufacturing.

The report said the number of high-tech jobs nationwide grew 11.1 percent from 2004 - the depths of the dot.com bust - to 2011. That compares with a 3.7 percent increase overall in private-sector jobs during the same period.

Lower jobless rate

And even through the recession of the late 2000s, unemployment rates for tech workers remained far lower than for the overall workforce.

The study also defined a category of specialized, highly trained workers in the fields of science, technology, engineering and math. Jobs in that group grew at a rate 27 times faster than jobs in all occupations from 2002 to 2011, and are expected to increase by another 16.2 percent by 2020, the report said.

Salaries were also higher in tech, with workers earning 17 to 27 percent more than their nontech counterparts.

As expected, California, particularly the Bay Area, leads in high-tech jobs. In the San Jose-Sunnyvale-Santa Clara area, 28.8 percent of all jobs were in high tech last year, tops in the nation. That percentage was 12.2 percent in San Francisco-San Mateo-Redwood City, and 9.7 percent in Oakland-Fremont-Hayward.

But Hathaway said he was surprised to learn that Boulder, Colo., was second overall with 22.7 percent of its jobs in technology, and Huntsville, Ala., third at 22.4 percent.

Delaware led all states with a 12.8 percent gain in tech jobs from 2010 to 2011.

And in Greensboro, N.C., tech jobs increased 36.3 percent in the same period, the biggest gain of any city in the country.

Granted, that city started with a smaller base, so the increase was only 2,000 jobs, low compared to the 17,500 added in San Francisco during the same time.

But the numbers demonstrate that tech jobs are spreading to all parts of the country. About 98 percent of U.S. counties had at least one high-tech business last year, the report said.

Attracting companies

That should be a signal for elected officials to focus on attracting more tech companies, the way they used to pay attention to luring automobile assembly plants and other big employers to their regions, said Mike McGeary, Engine Advocacy's founder and chief policy strategist.

"There's been a perception that what we're creating here is a have and have-not society, with all the wealth coming from selling companies for billions of dollars, and that there's no growth happening on the outside," he said.

But technology "is also growing a whole new economy that allows people to take advantage of the wealth, whether or not they are working for a tech company," he said.
Benny Evangelista is a San Francisco Chronicle staff writer. E-mail: bevangelista@sfchronicle.com


Read more: http://www.sfgate.com/news/article/Tech-hiring-creates-other-jobs-4098510.php#ixzz2FhyVoPFV
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Posted in ICT Jobs, ICT Research, Industry News, James Jones, Workforce Development | No comments

Open Dean Positions in Santa Rosa

Posted on 08:58 by Unknown
Santa Rosa Junior College is currently recruiting for the following Dean positions: 
  • Dean of Business & Professional Studies (job announcement at http://www.santarosa.edu/hr/job-openings/show.php?id=1247)
  • Dean of Career & Technical Education (job announcement at http://www.santarosa.edu/hr/job-openings/show.php?id=1249)
  • Dean of Science/Technology/Engineering/Mathematics (job announcement at http://www.santarosa.edu/hr/job-openings/show.php?id=1246)
Message from Dr. Mary Kay Rudolph, Vice President of Academic Affairs/Assistant Superintendent:
As we have seen in the ranks of CIOs this year (61 new to their positions out of 112 colleges), we are seeing the results of our administrators reaching retirement age all at once.  Please consider these openings at SRJC where we have a solid Board, a history of longevity in position and great relations with faculty and our non-affiliate bargaining unit (AFA).  I welcome questions about the openings and look forward to building a largely new but solidly supported administrative team for the future!

Mary Kay Rudolph, Vice President of Academic Affairs and CCCCIO President
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Posted in CTE, ICT Education, James Jones, Teaching and Learning | No comments

Wednesday, 19 December 2012

@ONE: Outstanding Instructional Tech Website

Posted on 09:16 by Unknown
TechEDge, Tuesday, 18 December 2012 Written by Sandoval Chagoya Monday, 10 December 2012
@One Site

The @ONE Project—which provides free or low-cost training, online resources and research—has been recognized as a 2012 Outstanding Instructional Technology Website by the Directors of Educational Technology, California Higher Education (DET/CHE).

DET/CHE, founded in 1985, is a statewide network of Directors of Educational Technology dedicated to providing professional growth for its membership. The network is a resource for sharing ideas and advancing the fields of instructional technology, multimedia, online learning and other forms of open education that apply leading-edge technologies and pedagogies. DET/CHE includes members from all segments of California higher education, including the California Community Colleges, the University of California, the California State University, and private colleges and universities.

"To be recognized by this group is a great honor," said Micah Orloff, Interim Co-Director of the @ONE Project. "Project Co-Director Blaine Morrow and I wish to express our gratitude to the faculty and staff members that have dedicated their support and service to @ONE over the years. An organization is only as good as its people—and Blaine and I are both honored and humbled to work with the best"

The @ONE Project, is a statewide technology training initiative of the Chancellor's Office of the 112 California Community Colleges. The @ONE Project makes it easy for California Community College faculty and staff to learn about technology that will enhance student learning and success.The project specializes in preparing faculty for teaching online effectively through a development program based on nationally recognized standards for online teaching quality.

Each year, @ONE offers more than 100 trainings, drawing more than 8,500 registrations. Workshops are taught by knowledgeable instructors who tailor their content to the specifics of the community college setting. The programs are also structured to fit a busy faculty or staff member’s schedule. Training methods include the following:

Desktop Webinars
These one-hour webinars present emerging issues and best practices in using technology on your campus. Sessions are conducted with CCC Confer meeting software, which allows you to view a live PowerPoint presentation and talk with instructors and participants over a phone bridge.
 
Instructor-Led Online Courses
@ONE’s online courses last several weeks and give you an in-depth understanding of how to use specific technologies in an instructional context. Courses include posted materials, links to resources, assignments, and the opportunity to share experiences with CCC faculty and staff throughout the state via discussion boards. Registration is only $65 for CCC faculty and staff.
 
Self-Paced Training
Self-paced online courses feature many of the same content areas as @ONE’s instructor-led sessions, but allow you to learn on your own schedule. Streaming videos demonstrate how technology is being used to enhance learning at California Community Colleges.
 
Trainers Bureau
The @ONE Trainers Bureau houses a large and growing number of skilled trainers across the state of California who have already worked with @ONE or have been approved by @ONE. These trainers can use standard @ONE curriculum for events, or depending on a college's specific needs, use customized curriculum, as well as provide online training.
 
For more information about @ONE visit the project website: http://onefortraining.com.
For more information about DET/CHE visit the organization website: http://www.detche.org/home.
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Posted in Educational Technology, elearning, James Jones, Teaching and Learning | No comments

CVC Distance Education Catalog Update 2012

Posted on 09:11 by Unknown
TechEDge, Written by Sandoval Chagoya Thursday, 13 December 2012
California Virtual Campus Link
After its 2012 update the California Virtual Campus Distance Education Catalog now includes 16,129 courses and 1,247 degree-granting programs available online from 167 schools of higher education. These numbers represent a 15 percent decrease in courses and a 15 percent increase in degree programs available online to California's students.
The 2012 update occured between mid-August and mid-October. Information was gathered from public websites in the same manner that a student would look for this information. The CVC distance education catalog takes a catalog approach rather than a class-schedule approach to this information, so regardless of how many sessions a course might be offered in an academic term each unique course was counted only once. Whenever possible information for multiple, future academic terms was included when available.
Here is a list representing the difference in course offerings after the 2012 update when compared to the results of the 2011 update.
  • Total course count after 2011 update: 18,979
  • Total course count after 2012 update: 16,129
    • Difference: -2,750
    • Percentage: -15%
The California Community Colleges lost 1,977 online course offerings between the 2012 and 2011 updates, which accounts for 70 percent of the decrease in all courses in the catalog.
  • CCC course count after 2011 update: 11,915
  • CCC course count after update: 9,938
    • Difference: -1977
    • Percentage: -17%
Despite this decrease in course offerings, several colleges report that online enrollments—both raw count and percentage of all enrollments—continue to trend up significantly.
In addition, online academic programs leading to degrees increased 15 percent in 2012 compared to 2011.
  • Total program count before update: 1,084
  • Total program count after update: 1,247
    • Difference: +163
    • Percentage: +15%
The online, degree-granting programs in the CVC distance education catalog are listed here by degree type:
  • Associate Degrees: 252
  • Bachelors Degrees: 143
  • Certificates: 574
  • Degree Minors: 14
  • Masters Degrees: 241
  • Doctorates: 21
  • Others: 23
As illustrated in the following list, both the California Community Colleges and the California State University increased their program offerings in 2012 compared to 2011:
  • CCC program count before update: 365
  • CCC program count after update: 425
  • CSU program count before update: 126
  • CSU program count after update: 185
  • UC program count before update: 160
  • UC program count before update: 121
  • Independents program count before update: 433
  • Independents program count after update:516
As these numbers show, there are significant opportunities in California higher education for students to supplement their traditional learning with online courses or even to follow a degree path that is offered entirely at a distance.<>

Sandoval Chagoya is the TechEDge Managing Editor and a Project Manager for the
California Community Colleges Technology Center and the California Virtual Campus.
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Posted in Computer Science, Database, Digital Literacy, Digital Media, Educational Technology, elearning, Electronics, ICT Education, James Jones, Networking, Software Engineering, Web | No comments

Monday, 17 December 2012

Please Help! Important Foundational ICT Competency Study

Posted on 13:55 by Unknown



We are requesting your help in an important study of California ICT* Workforce demand by sending a version of the email below to your California business and industry contacts!

Employers are asked to complete a half hour online survey, an optional $50 reward is offered, study results are free to all, and it will produce valuable information.

You are aware of the skills mismatch problem, in which a majority of employers report difficulties finding appropriately skilled ICT Workforce.  We need a set of employer-generated, clearly defined competencies expected of the future ICT Workforce we can use to create better alignment across community college programs and employer needs. 

Using the results of this study, we will be engaging ICT educators in the spring on how to use these employer generated competencies to develop consistent foundational Student Learning Outcomes (SLOs) for ICT programs in California Community Colleges.

ACTION REQUESTED:

Please customize an email below and forward to your ICT employer contacts (e.g. IT Managers, IT Directors, etc.) strongly encouraging them to take the survey.

*Information and Communication Technologies (ICT) is an umbrella term, widely used outside the U.S. and in the U.N., to encompass all rapidly emerging, evolving and converging computer, software, networking, telecommunications, Internet, programming, information systems and digital media technologies.


___________________
Subject: Please Help!  Important Foundational ICT Competency Study

 


Dear [California Business and Industry Contact],

On behalf of the California Community Colleges, I am requesting your input on this important study of California ICT* Workforce demand!

The study’s goal is to develop a set of employer-generated, clearly defined competencies expected of the future ICT Workforce, to create better consistency across community college programs and employer needs.  The study is focused at a foundational level, knowledge and skills expected of all ICT Workforce, regardless of specialized role.  The results of the study will help address a skills mismatch problem, in which a majority of employers report difficulties finding appropriately skilled ICT Workforce, even in this period of high unemployment.

 ACTION REQUESTED:

·         If you have direct knowledge of your ICT Workforce competency needs, as a California employer, you can help by participating in an online survey at www.caictresearch.com.  It takes about half an hour, and you may opt to receive $50 reward.

·         If you do not have direct knowledge of your ICT Workforce competency needs, or are not located in California, you can help by sending a version of this email to your California business and industry contacts who do!

Please find further details about the study at www.caictresearch.com.

Your assistance with this study is very much appreciated!

Sincerely,

[YOUR NAME]

*Information and Communication Technologies (ICT) is an umbrella term, widely used outside the U.S. and in the U.N., to encompass all rapidly emerging, evolving and converging computer, software, networking, telecommunications, Internet, programming, information systems and digital media technologies.

 
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Posted in ICT Education, ICT Jobs, ICT pathways, ICT Research, James Jones, MPICT Announcements | No comments

Friday, 14 December 2012

Thank You and Happy Holidays from WebProfessionals.org

Posted on 14:50 by Unknown
MPICT/CCC ICT Collaborative, their Advisors, Members, Supporters and Partners:

From: Bill Cullifer with WebProfessionals.org.  

Re: Thank You and Happy Holidays!

I’m taking the opportunity of the holiday season to send you a note of heartfelt thanks from me and the many volunteers and supporters of WebProfessionals.org. We are so very grateful for your support. Together, we have helped make progress on behalf of the Web professional community and, although much remains undone, we can be proud of our collective efforts and successes.

As a result of your support, we've raised over a million dollars in scholarships for college bound students to study topics within the Web profession. We've also launched the SchoolofWeb.org complete with training and educational resources (see http://schoolofweb.org) for practicing Web professionals, students and teachers.

Our National Web Design contest (see http://webdesigncontest.org) continues to grow and, for the first time, we're participating in international Web Design Contest events that will help us with advocating on behalf of Web standards and the building of Web professional relationships around the globe. This global initiative will ultimately assist us with efforts to create an environment for the recognition and stature of the Web profession that we deserve.  We thank YOU for your continued support.

We need every one of you to continue your support for the gains we have made. Our ongoing mission is to expand the creation of new opportunities for Web professionals while advocating and promoting legislation that brings the benefits of the Web revolution to everyone.

The New Year 2013 is an exciting time to be a Web professional. For example, the improvements in Web standards, the natural maturity of the Web, social media, the mobile Web and the ever-evolving and improving "tools of our trade" are making our lives so much easier.  Yet at the same time, in many ways our Web professional lives are so much more complex. Questions that I often ask Web pros are "How do we continue to navigate the crossover requirements of skills" and "How do we stay current with emerging technologies and trends?" To that end, thanks to you our members and supporters, we've introduced our "Web Professional Trends in 2013″ podcast series and, if you haven’t already done so, we invite you to take a look and subscribe to the feed. http://webprofessionals.org/blog

The series will explore trends and cutting-edge enabling technologies potentially affecting Web professionals’ upcoming projects and next-generation technology. The series will include topics ranging from Web Accessibility, Responsive Design, Typograpghy, HTML5, JavaScript, CSS, Linked Data, Programming, JQuery, Search, Web Standards, Web Marketing and Branding, Project Management, Web Security, Legal Issues, Web Server Administration (including hardware, security, network), Mobile Application Development and Social Media to name a few.

Check them out at:  http://webprofessionals.org/blog/

Also, if you haven’t already done so, please consider joining our “Web Professional Group” on LinkedIn at http://www.linkedin.com/groups/WebProfessionalsorg-aka-World-Organization-Webmasters-71006/about

And on Facebook at http://facebook.com/webprofessionals

Or our “new” Google plus page at: https://plus.google.com/u/0/b/101285789452959791151/

On Twitter at http://twitter.com/webprominute

But, before 2012 comes to a close, we want to say thank you. Thank you for helping grow our membership base and for the success of our practice improvement, leadership development and Web professional education and advocacy initiatives. You are wonderful supporters and we are so fortunate. 

Best,

Bill Cullifer
Executive Director
http://www.webprofessionals.org
bill@webprofessionals.org
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Posted in James Jones, Web, Workforce Development | No comments

It’s Time to Fix the Pitifully Slow, Expensive Internet Access in the U.S.

Posted on 11:12 by Unknown
Wired
By Susan Crawford, 12.13.12
 
One of the core issues being debated in Dubai right now is whether governments should be encouraged to mandate deep-packet inspection standards that make it easy for telcos to charge for and monitor internet communications crossing national borders. The U.S. government has taken on the fight against such an international norm in a bipartisan fashion, which is good news.
 
But while our government representatives in Dubai discuss global internet access, it’s worth considering some of the access limitations on our own soil.
 
Here are the facts: Approximately 19 million Americans can’t subscribe to high-speed internet access because they live in areas that private companies believe are too expensive to serve. Internet access is still very expensive compared to the rest of the developed world – a third of Americans don’t or can’t subscribe.
 
Internet access in America remains relatively slow – particularly when it comes to upload speeds, the very feature necessary for cloud computing and creating user-generated content. Cable companies dominate wired internet access and face no real competition or pricing pressure; telcos like Verizon and AT&T have retreated to wireless, which will never be a full substitute for wired capacity; and we still have no plan for a nation-wide upgrade to fiber.

Susan Crawford

Susan Crawford is a visiting professor at Harvard’s Kennedy School and Law School. She was a board member of The Internet Corporation for Assigned Names and Numbers (ICANN) from 2005-2008, and served as Special Assistant to the President for Science, Technology, and Innovation Policy in 2009. Crawford is the author of the upcoming book Captive Audience.

Congress created the FCC to make available to “all the people of the United States” a “rapid, efficient, Nation-wide” communications service “at reasonable charges.” But we have failed in that task when it comes to the basic communications need of our time: high-speed internet access. Reliable information access is central to every policy we care about, including education, health, and even national security.
Bottom line: For $30 a month, we must be able to provide high-speed internet access to every American. This fiber connection service should include voice, data, and basic broadcast channels at speeds that meet global standards. It’s embarrassing that one of the most innovative nations in the world can’t do this.
And if private providers don’t want to do it, local and federal government needs to undertake this infrastructure investment. We need to build fiber rings around every U.S. town and city.
Yet we’re moving in the opposite direction. Both Verizon and AT&T have refused to take subsidies from the FCC aimed at ensuring rural service. The reason? They’re worried about regulatory oversight that might follow from taking the money, and they’d rather focus on wireless.
More troubling, though, is the perspective – espoused by the giant telecommunications companies – that it’s “our wires, our rules”.
Verizon, for example, has challenged the FCC’s Open Internet Rules before the D.C. Circuit Court of Appeals. The company already sued the FCC earlier this year for forcing data roaming over its lines – a claim that was flatly rejected this past week.
But now Verizon’s making an even more troubling assertion: that it’s a speaker with First Amendment rights … just like a newspaper. In other words, the company is claiming that its business of transmitting bits amounts to speech.
 
Needless to say, this argument is legally wrong. As Democratic Representatives Henry Waxman and Anna Eshoo (California), and Edward Markey (Massachussetts) have warned:
Although this First Amendment issue is being raised by Verizon in the context of the Open Internet Order, there is no apparent limit to the company’s claim. If the court accepts Verizon’s argument, the role of Congress in enacting communications policy through power granted by the Commerce Clause – including efforts to protect consumers and promote competition in contexts far removed from the Open Internet rules themselves – could be radically undermined.
Along with a group of other former federal officials – including former FCC Chairman Reed Hundt and the National Association of Telecommunications Officers and Advisors (NATOA) – I signed an amicus brief in the case last month, urging the court to reject Verizon’s startling constitutional assertion.
 
The major telecom companies already have plenty of power on Capitol Hill when it comes to writing laws. But they shouldn’t be allowed to rewrite the Constitution.
 
Unfortunately, Verizon is not alone in its quest to finally end oversight over American data networks: AT&T filed a petition just last month with the FCC, suggesting wholesale deregulation of its data facilities. This move would eliminate the American social contract that provides for a reasonably priced, privacy-protective communications service for everyone.
 
So while our government representatives are off in Dubai, let’s not forget that we have some work to do on our own policies and infrastructure.
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Posted in ICT Infrastructure, ICT Regulation, Industry News, James Jones, Networking | No comments

Eric Schmidt Says Google Fiber Won’t Stop With Kansas City

Posted on 11:05 by Unknown
Wired
By Michael V. Copeland, 12.12.12

Google Executive Chairman Eric Schmidt in an earlier appearance at the World Economic Forum. Photo: World Economic Forum

Kansas City is just the first stop for Google’s ultra-fast Google Fiber broadband network, Google Executive Chairman Eric Schmidt said today.
 
Speaking at The New York Times‘ Dealbook Conference on Wednesday, Schmidt corrected himself after initially referring to the first, and thus far only, Google Fiber network as an experiment.
 
“It’s actually not an experiment; we’re actually running it as a business,” Schmidt said. He described the influx of bandwidth hungry startups to the parts of Kansas City where the fiber has been laid and hinted at expansion of the service to “hopefully more cities.”
 
Sadly, Schmidt dodged the all-important question of where. “We’re trying to decide now,” he said.
 
There will be no lack of places dying to get the service, especially after Netflix just designated Google Fiber the “most consistently fast ISP in America.” The average speed in November of Netflix streaming over Google Fiber was 2.55 megabits per second. Second place was Verizon’s own fiber network at 2.19 megabits per second.
 
Still, just calling Google Fiber a business doesn’t mean it will be a viable one.
 
A recent report from Goldman Sachs highlighted by Business Insiderestimated that bringing the service to 50 million homes, or less than half of all U.S. homes, could cost as much as $70 billion. In its most recent quarter, Google had about $45 billion in cash on hand. In other words, Google would need to borrow money to embark on a massive fiber build out.
 
Is that really the business Google wants to be in? Not likely, at least not at that expense and scale. Google’s bread-and-butter is still its online advertising business, and its nascent content business. But if it turns out Google Fiber helps Google sell more (and more valuable) ads and content, that gives Schmidt’s comments a bit more weight. Google can justify funding a modest expansion of Google Fiber. Will it blanket the nation? Probably not. But just ask those happy Kansas City web heads; there’s always the chance your neighborhood could get lucky.
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CITY OF SEATTLE, UNIVERSITY OF WASHINGTON, AND GIGABIT SQUARED ANNOUNCE PLAN TO DEVELOP ULTRA-FAST BROADBAND NETWORK

Posted on 11:01 by Unknown

 GigabitSeattle

Gigabit-Neighborhood seattle
Plan begins with demonstration fiber project in 12 Seattle neighborhoods
SEATTLE (December 13, 2012) – Today Seattle Mayor Mike McGinn announced that the City of Seattle has reached an agreement with broadband developer Gigabit Squared to develop and operate an ultra high-speed fiber-to-the-home/fiber-to-the-business broadband network. The plan will begin with a demonstration fiber project in twelve Seattle neighborhoods and includes wireless methods to deploy services more quickly to other areas in the city. The initiative, leveraging the City of Seattle’s excess fiber capacity, the expertise of Gigabit Squared, and the community leadership of The University of Washington, aims to stimulate business opportunities, spur advancements in health care, education, and public safety, and enhance quality of life for the residents and businesses of Seattle.
“This is a very promising proposal that can help bring 21st century infrastructure to Seattle,” said McGinn. “I’ve heard from residents and businesses that Seattle needs better broadband service, and this agreement lays the groundwork for building that network. I’m excited to work with the University of Washington and Gigabit Squared to provide new Internet service choices.”
The City, the University and Gigabit Squared have signed a Memorandum of Understanding and a Letter of Intent that allows Gigabit Squared to begin raising the capital needed to conduct engineering work and to build out the demonstration fiber network. The project is the second city project announced by Gigabit Squared as part of its multi-million dollar Gigabit Neighborhood Gateway Program.  Gigabit Squared will collaborate with the City of Seattle and the University of Washington to initiate a process for sharing information and soliciting input on the project from members of the affected communities.
“The UW, the City of Seattle and Gigabit Squared are working together to make Seattle the most wired and connected city in the nation and to continue its role as a major leader in the innovation economy of the 21stcentury,” said University of Washington President Michael Young. “This new level of high-speed connectivity will provide essential infrastructure to help us address some of our biggest problems in the areas of climate, the environment, education, energy, and transportation. It’s definitely a game-changer, and we are delighted to be one of the driving forces in making this a reality.”
The network, called Gigabit Seattle (www.gigabitseattle.com) includes three pieces: Fiber directly to the home and business in twelve demonstration neighborhoods, dedicated gigabit broadband wireless connections to multifamily housing and offices across Seattle, and next generation mobile wireless internet.
1) Fiber to the home and business: Gigabit Seattle plans to build out a fiber-to-the-home/fiber-to-the-business (FTTH/FTTB) network to more than 50,000 households and businesses in 12 demonstration neighborhoods, connected together with the excess capacity that Gigabit Seattle will lease from the City’s own fiber network. Gigabit Seattle’s technology intends to offer gigabit speeds that are up to 1,000 times faster than the typical high-speed connection.
The initial 12 neighborhoods include: Area 1: the University of Washington’s West Campus District, Area 2: South Lake Union, Area 3: First Hill/Capitol Hill/Central Area, Area 4: the University of Washington’s Metropolitan Tract in downtown Seattle, Area 5: the University of Washington’s Family Housing at Sand Point, Area 6: Northgate, Area 7: Volunteer Park Area, Area 8: Beacon Hill and SODO Light Rail Station and Areas 9-12: Mount Baker, Columbia City, Othello, and Rainier Beach.
2) Dedicated gigabit to multifamily housing and offices: To provide initial coverage beyond the 12 demonstration neighborhoods, Gigabit Seattle intends to build a dedicated gigabit broadband wireless umbrella to cover Seattle providing point-to-point radio access up to one gigabit per second. This will be achieved by placing fiber transmitters on top of 38 buildings across Seattle. These transmitters can beam fiber internet to multifamily housing and offices across Seattle, even those outside the twelve demonstration neighborhoods, as long as they are in a line of sight. Internet service would be delivered to individual units within a building through existing wiring. This wireless coverage can provide network and Internet services to customers that do not have immediate access to fiber in the city.
3) Next generation mobile wireless internet: Gigabit Seattle will provide next generation wireless cloud services in its 12 neighborhoods to provide customers with mobile access.
The fiber network, the gigabit dedicated wireless connections, and wireless cloud services neighborhoods will together provide broadband wired and wireless network and Internet services, giving Seattle customers new choices.
“Seattle and its spirit of entrepreneurship, community advancement, innovation and invention make it the ideal City for this exciting initiative,” said Mark Ansboury, president of Gigabit Squared. “Bringing the City of Seattle, the University of Washington, individual neighborhoods, as well as Gigabit Squared and our investors together, we’re able to do what none of us could do individually – build a platform for economic development and business creation.”
This is the first demonstration project of Gigabit Squared’s Gigabit Neighborhood Gateway Program (GNGP), which will bring other projects like this to promote gigabit network innovation in six selected university communities across the country. The $200 million broadband program was developed in partnership with The University Community Next Generation Innovation Project (Gig.U).
“This exciting public-private partnership serves as an example to communities all over the world of how universities and their local stakeholders can collaborate to drive economic opportunities by putting private investment to work alongside public capital,”  said Blair Levin, Executive Director of Gig.U.  “We’re thrilled to see our Gig.U member, University of Washington, at the center of this innovative initiative to help Seattle communities benefit from the advanced applications and services accelerating the meaningful use of this gigabit speed network.  Congratulations to all involved in the Seattle Broadband Initiative in developing this world-class fiber network that will support not only today’s needs, but foster innovation and serve the research and community development needs of tomorrow.”
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Wednesday, 12 December 2012

ACME Animation: Online Arts and Animation Mentoring

Posted on 21:39 by Unknown

Bringing Professionals to Youth for 21st Century Skills Development.

ACME Animation is a professional animation mentoring community that connects students from middle school through college with industry professionals to foster 21st Century creative skills in arts, digital media, technology and other classes. Sponsored by the Acme Network, a Los Angeles-based non-profit, ACME Animation students learn through small group interactions and being mentored by true Hollywood creative experts. Mentors include independent professionals as well as Dreamworks Animation, Disney Feature Animation, Pixar Animation Studios, and Sony Pictures Imageworks, among others.

The ACME Network is the winner of the 2012 U.S. Distance Learning Association's 21st Century Best Practices Award and two California state-wide awards for helping to close the digital divide.
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CCC COE: Stem in 20 Reports

Posted on 21:30 by Unknown
STEM in 20Centers of Excellence


Today's Innovation : Tomorrow's Jobs

STEM in 20, a research and planning project of the COE in collaboration with the Institute for the Future, takes an explorative look at industry innovations affecting workforce trends in the next 20 years, focusing on science, technology, engineering and mathematics.

What is STEM in 20?

The STEM in 20 project was developed to assist community college and k-12 partners discuss workforce trends with students from a unique perspective - more than 20 years into our future, what innovations and trends will have become mainstream? And where is it likely that advances in science and technology will create new products, new paradigms and new job opportunities? 

Drivers of Change in California

Drivers are important starting points for creating forecasts - plausible, internally consistent visions of the future. Drivers of change are the deep underlying forces that will be shaping the future. When thinking about the future of jobs in California, the Institute for the Future identified the following seven drivers as key: health divide, de-institutionalization, energy, volatility and uncertainty, smart machines, new manufacturing, and big data. 
AgricultureManufacturing
SecurityMedia
HealthcareRetail
Infrastructure 

Industries of the Future

STEM in 20 identified a short list of industry sectors vital to the California economy and the opportunities they hold for the future of the state's workforce. The Industries of the Future were chosen for their relationship to the Drivers of Change and for the opportunity they present in advancing an innovation economy.  At least two relate to ICT:
  • Security
  • Media

Check it out!

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By 2020, there will be 5,200 GB of data for every person on Earth

Posted on 09:44 by Unknown
By Lucas Mearian
December 11, 2012 05:29 AM ET
Computerworld 
During the next eight years, the amount of digital data produced will exceed 40 zettabytes, which is the equivalent of 5,200 GB of data for every man, woman and child on Earth, according to an updated Digital Universe study released today.

To put it in perspective, 40 zettabytes is 40 trillion gigabytes -- estimated to be 57 times the amount of all the grains of sand on all the beaches on earth. To hit that figure, all data is expected to double every two years through 2020.

The majority of data between now and 2020 will not be produced by humans but by machines as they talk to each other over data networks. That would include, for example, machine sensors and smart devices communicating with other devices.

So far, however, only a tiny fraction of the data being produced has been explored for its value through the use of data analytics. IDC estimates that by 2020, as much as 33% of all data will contain information that might be valuable if analyzed.

The Digital universe explained

The digital universe includes everything from images and videos on mobile phones uploaded to YouTube to digital movies populating the pixels of high-definition TVs to transponders recording highway tolls. It also, naturally, includes more traditional corporate data, such as banking data swiped in an ATM, security footage at airports and major events such as the Olympic Games, as well as subatomic collisions recorded by the Large Hadron Collider at CERN.

Using business intelligence to analyze data could reveal patterns in social media use, correlations in scientific data from discrete studies, medical information intersected with sociological data, as well as faces in security footage.

"Herein is the promise of 'Big Data' or MapReduce technology -- the extraction of value from the large untapped pools of data in the digital universe," IDC said in the study.

Additionally, data that would be mined has to be "tagged" with meta data to give it context. That would include, for example, adding a date stamp to video surveillance or geolocation information to smartphone photos or video --"basically, some data that puts context around the data we're creating," said Chuck Hollis, global marketing CTO at EMC.

"We're not only going to have to tag more of it, but we're going to have to tag it with better information over time if we want to extract data with value from it," he said.

That opens up a burgeoning career field for data scientists, who will be asked to extrapolate useable information from massive data stores such as consumer buying trends.

Picking up speed

The Digital Universe study, which is sponsored by EMC, was first launched in 2005. For the first three years, it was refreshed on an annual basis. This latest update, however, marks an 18-month lag between study results -- and a huge change in its predictions.

For example, the last version, released in June 2011, predicted the amount of data to be produced by 2020 would be 35 zettabytes, not 40 zettabytes.

Hollis said the new IDC study reveals that for every physical or virtual server corporations have today, they can plan on having 10 times that number by the end of the decade.

"Another way to look at it is that for every terabyte of data you own today, plan on 14 times more just like it by the end of the decade," he said. "But I think most of the people I meet in IT world know this is happening."

The number of servers (virtual and physical) worldwide will grow 10-fold and the amount of information managed directly by enterprise datacenters will grow by a factor of 14, the study showed. Meanwhile, the number of IT professionals is expected to grow by less than a factor of 1.5.

Hollis, whose company is heavily promoting the cloud and big data analytics products, said that in order to manage that data growth, companies will have to restructure to create automated service-oriented architectures (SOAs). SOAs allow business units to choose server, networking and storage capacity from online catalogs that automatically provision and then charge back for it.

"You can't do what you did five years ago and scale at that rate," Hollis said.

More efficiency needed

The Digital Universe study agreed with Hollis' assessment. IT managers must find ways to drive more efficiency in their infrastructures so that IT administrators can focus on more value-add initiatives such as "bring your own device" (BYOD) policies, Big Data analytics, customer on-boarding efficiency and security.

"One way this is likely to happen is through converged infrastructures, which integrate storage, servers, and networks," the study said.

In one area, the Digital Universe study contradicted one predominant line of thinking today: that most data in the future will be stored in the cloud.

While spending on public and private cloud computing accounts for less than 5% of total IT spending today, IDC estimates that by 2020, nearly 40% of the information in the digital universe will be "touched" by cloud computing, meaning that a byte will be stored or processed in a cloud somewhere in its journey from originator to disposal. Yet, only as much as about 15% of data will be maintained in a cloud, IDC said.

The investment in managing, containing, studying and storing the bits in the digital universe will only grow by 40% between 2012 and 2020. As a result, the investment per gigabyte during that same period will drop from $2 to 20 cents.

Entertainment and social media

A majority of the information in the digital universe is entertainment or social media. In 2012, 68% of all data created was used by consumers watching digital TV, interacting with social media or sending camera phone images and videos between devices and around the Internet. Yet enterprises have liability or responsibility for nearly 80% of the information in the digital universe.

As a result, corporations must deal with issues of copyright, privacy, and compliance even when the data zipping through their networks and server farms is created and used by consumers.

IDC's research paper estimates that about one-third of all data requires some type of protection, either to safeguard personal privacy, adhere to regulations, or prevent digital snooping or theft. However, currently, only about 20% of data now has these protections. The level of security varies by region, with much less protection in emerging tech markets, which include countries such as Brazil, Russia, India, Malaysia, and the United Arab Emirates.

Additionally, emerging market nations will go from creating a minority of data to creating the majority, IDC said. In 2005, for example, 48% of the digital universe came from the United States and Western Europe. Emerging markets accounted for less than 20%. However, the share of data attributable to emerging markets is now 36% and will be 62% by 2020. By then, China alone will generate 21% of the bit streams entering the digital universe.

Additionally, the study found:
  • The network is growing in importance. Latencies must get shorter, not longer. Data must be analyzed, security applied, and authentication verified -- all in real time and at levels yet to be seen. Network infrastructure will be a key investment over the next eight years.
  • The regulations governing information security must harmonize around the globe, though differences will remain. IT managers must realize that data will be requested outside geographic boundaries, and a global knowledge of information security may be the difference between approval and denial of a data request.
Lucas Mearian covers storage, disaster recovery and business continuity, financial services infrastructure and health care IT for Computerworld.
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