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Bits readers have a serious case of broadband envy. I've been writing about the debate about how the government might encourage more high-speed Internet use and you've complained loudly that people in other countries have faster, cheaper, more widely available broadband service. Even customer-service representatives of Internet service providers overseas are nicer too. I don't know about manners, but it's easy to find examples that American's broadband is second-rate: In Japan, broadband service running at 150 megabits per second (Mbps) costs $60 a month. The fastest service available now in the United States is 50 Mbps at a price of $90 to $150 a month. In London, $9 a month buys 8 Mbps service. In New York, broadband starts at $20 per month, for 1 Mbps. In Iceland, 83 percent of the households are connected to broadband. In the United States, the adoption rate is 59 percent. There's more than just envy at stake here. President Obama campaigned on a promise of fast broadband service for all. On the White House Web site, he writes "America should lead the world in broadband penetration and Internet access." And the recent stimulus bill requires the Federal Communications Commission to create a national broadband plan in order to make high-speed Internet service both more available and more affordable. I've spent the last week trolling through reports and talking to people who study broadband deployment around the world to see what explains the faster and cheaper service in many countries. We'll start with where the United States isn't doing quite so badly: the basic speed of broadband service. If you take out the countries that have made significant investment in fiber optic networks - Japan, Korea and Sweden - the United States is in the middle of the pack when it comes to network speed.

A year ago, we talked about reaching for Terabit Ethernet, the next power-of-10 increase in speed over the state of the art today. Now, researchers have demonstrated one way to do that. In a paper published in the Feb. 16 edition of Optics Express, the researchers detail their approach for de-multiplexing signals at high speeds, claiming that they were able to achieve 640Gbps over fiber-optic lines with no errors. The material they used in the chip is chalcogenide, and Australian researchers were talking about the high-speed networking possibilities of the material last summer. Calling it "just a piece of scratched glass," they said it could potentially be cheap to produce.

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Netbook web surfers beware. That low-cost netbook you're using could be a high-speed gateway into your life, bank accounts, passwords and other personal data. Netbooks have made headlines since their 2007 launch, making PCs accessible to millions of non-traditional users. But their cheap cost could also carry a steep price tag due to lax security that makes them easier prey for viruses and hackers. Since their introduction less than two years ago by Taiwan's Asustek, nearly all major PC makers, including Hewlett-Packard, Dell, Acer and Lenovo, have jumped on the netbook bandwagon. But their no frills nature, combined with low computing power and relative lack of sophistication among their users could combine to create the perfect storm for hackers and virus creators looking for easy targets, analysts say. "The Internet is full of dangers, regardless of what computer you are using," said Sam Yen, greater China marketing manager at anti-virus software maker Symantec. "But keeping in mind that the netbook is primarily used to surf the Internet, those dangers are possibly multiplied many-fold, especially if there is no anti-virus software installed in the machine." Price tags as low as $300 mean that netbooks often lack such standard gear as firewalls and other anti-virus software typically found in other computers, leaving them highly vulnerable to attacks. "Frankly, netbook security is not there yet," said Pranab Sarmah, an analyst at the Daiwa Institute of Research. "The positioning of the netbook means PC brands are going to do whatever it takes to make the price point attractive to consumers, which means keeping costs low." Many netbook users are relative Internet newcomers, and may not be aware of precautions they can take to protect themselves. Low computing power also means savvy netbook users may shut down critical security programs to boost speed. "It's a Catch-22 situation," said Gartner analyst Lillian Tay. "If you're running too many security prog

Paul Greenberg explains it this way in CRM at the Speed of Light, Fourth Edition: Social CRM 2.0 Strategies, Tools, and Techniques for Engaging Your Customers "It is a revolution in how we communicate, not how we do business....We are now living in the era of the social customer.

The traditional

The Senate and House appear headed for a clash over competing visions of how to protect the privacy of patients' electronic medical records, with the House favoring strict protections advocated by consumer groups while the Senate is poised to endorse more limited safeguards urged by business interests. President Obama has called creation of a nationwide system of electronic medical records fundamental to health-care reform, and both chambers of Congress have included about $20 billion to jump-start the initiative as part of their stimulus bills. But as with much in the stimulus package, it is not just the money but the accompanying provisions that groups are trying to influence. The effort to speed adoption of health information technology has become the focus of an intense lobbying battle fueled by health-care and drug-industry interests that have spent hundreds of millions of dollars on lobbying and tens of millions more on campaign contributions over the past two years, much of it shifting to the Democrats since they took control of Congress. At the heart of the debate is how to strike a balance between protecting patient privacy and expanding the health industry's access to vast and growing databases of information on the health status and medical care of every American. Insurers and providers say the House's proposed protections would hobble efforts to improve the quality and efficiency of health care, but privacy advocates fear that the industry would use the personal data to discriminate against patients in employment and health care as well as to market the information, often through third parties, to generate profits.

In the paradises of broadband - Japan, South Korea and Sweden - nearly everyone can surf far faster and far cheaper than anyone in the United States. What is their secret sauce and how can we get some? The short answer is that broadband deployment in those countries was spurred by a combination of heavy government involvement, subsidies and lower corporate profits that may be tough for the economic and political system in the United States to accept. Those countries have also tried to encourage demand for broadband by paying schools, hospitals and other institutions to use high-speed Internet services. Sweden has built one of the fastest and most widely deployed broadband networks in Europe because its government granted tax breaks for infrastructure investments, directly subsidized rural deployment, and, perhaps most significantly, required state-owned municipal utilities to create local backbone networks, reducing the cost for the local telephone company to provide service. Japan let telecommunications companies write down about one-third of their investment in broadband the first year, rather than the usual policy, which requires them to spread the deductions over 22 years. The Japanese government also subsidized low-cost loans for broadband construction and paid for part of the wiring of rural areas.

Cloud services are now vulnerable to malicious use, a security company has suggested, after a techie worked out how Amazon's EC2 service could be used as a BitTorrent file harvester and host. Amazon's Elastic Compute Cloud (EC2) is a web service software developers can use to access computing, compilation and software trialling power on a dynamic basis, without having to install the resources locally. Now a developer, Brett O'Connor, has come up with a step-by-step method for using the same service to host an open source BitTorrent application called TorrentFlux. Getting this up and running on Amazon would require some technical know-how, but would be within the reach of a moderately experienced user, right down to following O'Connor's command line low-down on how to install the public TorrentFlux app straight to Amazon's EC2 rather than a user's local machine. Finding an alternative way of using BitTorrent matters to hardcore file sharers because ISPs and admins alike are increasingly keen to block such bandwidth-eating traffic on home and business links, and O'Connor's EC2 guide was clearly written to that end - using the Amazon service would make such blocking unlikely. "I created a web-based, open-source Bittorrent 'machine' that liberated my network and leveraged Amazon's instead," says O'Connor. He then quips "I can access it from anywhere, uploading Torrent files from wherever, and manage them from my iPhone." However, security company GSS claims the guide shows the scope for possible abuse, using EC2 to host or 'seed' non-legitimate BitTorrent file distribution. "This means, says Hobson, that hackers and other interested parties can simply use a prepaid (and anonymous) debit card to pay the $75 a month fee to Amazon and harvest BitTorrent applications at high speed with little or no chance of detection," said David Hobson of GSS. "The danger here is that companies may find their staff FTPing files from Amazon EC2 - a completely legitimate domain -

During the past decade, rapid developments in information and communications technology have transformed key social, commercial, and political realities. Within that same time period, working at something less than Internet speed, much of the academic and policy debate arising from these new and emerging technologies has been fragmented. There have been few examples of interdisciplinary dialogue about the importance and impact of anonymity and privacy in a networked society. Lessons from the Identity Trail: Anonymity, Privacy and Identity in a Networked Society fills that gap, and examines key questions about anonymity, privacy, and identity in an environment that increasingly automates the collection of personal information and relies upon surveillance to promote private and public sector goals. This book has been informed by the results of a multi-million dollar research project that has brought together a distinguished array of philosophers, ethicists, feminists, cognitive scientists, lawyers, cryptographers, engineers, policy analysts, government policy makers, and privacy experts. Working collaboratively over a four-year period and participating in an iterative process designed to maximize the potential for interdisciplinary discussion and feedback through a series of workshops and peer review, the authors have integrated crucial public policy themes with the most recent research outcomes. The book is available for download under a Creative Commons Attribution-Noncommercial-No Derivative Works 3.0 Canada License by chapter below. Hard copies are available for purchase at Amazon & at Oxford University Press.

Will monetary value increase the value of user's data on social networks?

Facebook and Twitter have helped make social networking a household word. Now they need to make money. Efforts to monetize the popular Internet services are increasingly a priority within the two companies, with Facebook Chief Executive Mark Zuckerberg and Twitter Co-founder Biz Stone outlining several initiatives at the Reuters Global Technology Summit in New York this week. And analysts and investors, in search of the next Google-like hit, are paying close attention to the breakneck speed at which Facebook and Twitter are adding new users. While the popularity of the two social media firms has yet to translate into the kind of revenue-generating machine that Google Inc developed with its search advertising business, some say Facebook and Twitter have become so central to the Internet experience that they are inherently valuable. "Both are new ways of communicating. And when you have a new way of communicating ... you benefit people enough so that there is going to be value there," said Tim Draper, managing director of venture capital firm Draper Fisher Jurvetson, noting that he regretted not having invested in either firm. In April, Twitter's website attracted 17 million unique visitors in the United States, up sharply from 9.3 million the month before. Facebook grew to 200 million active users in April, less than a year after hitting 100 million users.

Raises some realistic questions about the American approach to privacy law & regulation. Unfortunately, the article tends to point at the misapplication of laws more heavily than offering the reader an account of the abuses that led us to where we are now. Businesses & government, including the medical industry, freely shared details - or spied on Americans with impunity for decades. The article reminds us that work needs to continue to balance our approach. A Federal law, that sets a floor for privacy requirements, could help reduce conflicting requirements caused by almost every state writing seperate laws because there was a lack of leadership from Washington. American privacy regulations are implemented sectorally - at the industry or State level for example. This leads to many different, and conflicting laws. Privacy is a difficult subject with complex considerations touching aspects of life that have not been questioned for years. This article provides more con than balance, but it reminds us that extreme positions rarely serve anyone well.

Special interest groups and lawyers claim they are defenders of individual privacy. But all that red tape is causing more harm to consumers than good. In a world of tight budgets and sacrificed programs, one sector has continued to grow with the speed and choking effectiveness of kudzu: regulations around privacy. More than 300 privacy-related laws are on the books, in both Washington, D.C. and state capitals. Privacy-related consulting services provided by law and accounting firms are a $500-million-a-year business and have been growing at double digits.

Climbing into his Volvo, outfitted with a Matrics antenna and a Motorola reader he'd bought on eBay for $190, Chris Paget cruised the streets of San Francisco with this objective: To read the identity cards of strangers, wirelessly, without ever leaving his car. It took him 20 minutes to strike hacker's gold. Zipping past Fisherman's Wharf, his scanner detected, then downloaded to his laptop, the unique serial numbers of two pedestrians' electronic U.S. passport cards embedded with radio frequency identification, or RFID, tags. Within an hour, he'd "skimmed" the identifiers of four more of the new, microchipped PASS cards from a distance of 20 feet. Embedding identity documents - passports, drivers licenses, and the like - with RFID chips is a no-brainer to government officials. Increasingly, they are promoting it as a 21st century application of technology that will help speed border crossings, safeguard credentials against counterfeiters, and keep terrorists from sneaking into the country. But Paget's February experiment demonstrated something privacy advocates had feared for years: That RFID, coupled with other technologies, could make people trackable without their knowledge or consent. He filmed his drive-by heist, and soon his video went viral on the Web, intensifying a debate over a push by government, federal and state, to put tracking technologies in identity documents and over their potential to erode privacy. Putting a traceable RFID in every pocket has the potential to make everybody a blip on someone's radar screen, critics say, and to redefine Orwellian government snooping for the digital age. "Little Brother," some are already calling it - even though elements of the global surveillance web they warn against exist only on drawing boards, neither available nor approved for use.