New submitter himilean writes with this snippet from PC World: "A Florida VoIP carrier has filed a net neutrality complaint against a Georgia utility and broadband provider, after the utility accused the VoIP firm of theft of service for using its network to deliver voice service without paying for it. L2Networks filed the net neutrality complaint with the U.S. Federal Communications Commission Tuesday, the first formal complaint since the FCC passed net neutrality rules in December 2010. L2Networks' filing comes after the telecommunications manager for the City of Albany Water, Gas & Light Commission, a municipal utility in Georgia, filed a theft-of-service complaint with the Dougherty County Police Department in Albany earlier this year." Asks himilean: "So, would this not be considered the most abusive power of all within the legal system? Does this mean if I Skype my buddy and he's on Comcast, Comcast can file theft charges against me?"

mrquagmire writes with this snippet from CNET: "Facebook shareholders have sued the social network, CEO Mark Zuckerberg, and a number of banks, alleging that crucial information was concealed ahead of Facebook's IPO. The lawsuit, filed in the U.S. District Court in Manhattan this morning, charges the defendants with failing to disclose in the critical days leading up to Friday's initial public offering 'a severe and pronounced reduction' in forecasts for Facebook's revenue growth, as users more and more access Facebook through mobile devices, according to Reuters, which cited a law firm for the plaintiffs."

jrepin writes "In the wake of the announcement of the first ever KDE powered tablet, quite a few interesting things are happening in the background. One of them is the formation of a professional Partner Network for devices such as the Vivaldi tablet. The Make Play Live Partner Program is designed to build and support a collaborative business and economic network. Members work together to provide comprehensive professional service and product offerings around Plasma Active and devices such as Vivaldi. Professional support options make it easier to convince potential parties, such as users, clients, customers and partners, bringing KDE software to a larger group of users. Nine organizations have already joined."

An anonymous reader writes "FCC Chairman Julius Genachowski has publicly backed usage-based pricing for wired internet access at the cable industry's annual NCTA Show. He makes the claim that it would drive network efficiency. Currently most internet service providers charge a flat fee and price their packages based on the speed of the service, while wireless providers are reaping record profits by charging based on usage, similar to the way utilities charge for electricity. By switching to this model, the cable companies can increase their profitibility while at the same time blocking consumers from cutting the cord and getting their TV services online."

benfrog writes "Microsoft just quietly launched so.cl in an experiment to more closely unite web searches and social networking. It's not intended as a stand-alone social network — users can log in with Facebook or Windows Live IDs, and it will share your searches publicly by default. "As students work together, they often search for the same items, and discover new shared interests by sharing links. We see this trend today on many social networks, such as Twitter, where shared links spread virally and amplify popular content. So.cl experiments with this concept by automatically sharing links as you search." They've also (wisely?) put Bing Search at the center of the site."

Fluffeh writes "A researcher has found and published a way to tune into an RSA SecurID Token. Once a few easy steps are followed, anyone can generate the exact numbers shown on the token. The method relies on finding the seed that is used to generate the numbers in a way that seems random. Once it is known, it can be used to generate the exact numbers displayed on the targeted Token. The technique, described on Thursday by a senior security analyst at a firm called SensePost, has important implications for the safekeeping of the tokens. An estimated 40 million people use these to access confidential data belonging to government agencies, military contractors, and corporations. Scrutiny of the widely used two-factor authentication system has grown since last year, when RSA revealed that intruders on its networks stole sensitive SecurID information that could be used to reduce its security. Defense contractor Lockheed Martin later confirmed that a separate attack on its systems was aided by the theft of the RSA data."

First time accepted submitter gtirloni writes "Just days after wrapping up the biggest initial public offering in Silicon Valley history, shares of Facebook slumped 6% and tumbled below their issue price on Monday, a troubling signal for the newly-public social network. Facebook broke below its $38-a-share issue IPO price in the wake of a highly-anticipated offering that raised more than $16 billion, the second-largest domestic IPO after Visa's 2008 debut. Shares of Facebook were recently off 6.44% to $35.72."

First time accepted submitter Shalmendo writes "My client needs to monitor traffic on his LAN, particularly going out to the internet. This will include websites like Facebook, Myspace, and similar, including from mobile devices. So far, based on the network education I have, I've concluded that it might be best to get a tap (And some kind of recording system with wireshark, probably a mini-barebone), or replace the existing Linksys router with a custom built mini barebone system with linux routing software and appropriate storage capacity etc to record traffic internally. (either way it looks like I will need to put together a mini barebone system for some purpose) My client is trying to protect his family from scammers and other unsavory types, and isn't savvy in this matter, so i'm doing it for him. What I need is a way to record the traffic at a singular point, like modem/router areas, or similar, and a way to scrape out Facebook, Myspace, and other messages. It also appears that the client's family is using iPhones and some game called 'words' which has message capability. Is it possible to scrape messages out of that game's packets, or are they obfuscated? Can I write a script? What software would you recommend? Linux routing OS? Can we sniff packets and drop them on the internal hard drive? or would a tap be better? How do I analyze and sort the data afterwards? my client needs easily read evidence (Such as text or screenshots) he can use as proof in discussion with his family to try and intercede in any potentially harmful transactions. In other words, how can I Achieve this goal? I have basic and medium training in computer networking, so I can make my own cables and such, but I've never worked on this exact kind of project before, and thought it might be better to query slashdot instead of do my own research from scratch. After days of discussion with the client, it's not plausible to put monitoring software in the devices on the network (due to legal issues and a few other factors), so I concluded a network tap or other device would be the best way to capture and study what's going on."

colinneagle writes with an excerpt from Network World: "Guy's and St Thomas' Hospital in London began trials of a Kinect-driven camera last week that would sense body position, and by waving his or her hands, the surgeon can sift through medical images, such as CT scans or real-time X-rays, while in the middle of an operation. During surgery, a surgeon will stop and consult medical images anywhere from once an hour to every few minutes. So the surgeon doesn't have to leave the table, the doctor will work with assistants, but sometimes, if you want things done to your satisfaction, you have to do it yourself. Dr. Tom Carrell, a consultant vascular surgeon at Guy's and St Thomas', described an operation on a patient's aorta earlier this month to New Scientist. 'Up until now, I'd been calling out across the room to one of our technical assistants, asking them to manipulate the image, rotate one way, rotate the other, pan up, pan down, zoom in, zoom out.' With the Kinect, he says, 'I had very intuitive control.'"

MatthewVD writes "German scientists have modified Google's PageRank algorithm to scan tumors and learn more about how cancers progress. PageRank orders results based on how other web pages are connected to them via hyperlinks; the modified algorithm, NetRank, scans how genes and proteins in a cell are similarly connected through a network of interactions with their neighbors. This approach could also yield new therapies to help combat tumors."

Hugh Pickens writes "No two subway systems have the same design. New York City's haphazard rail system differs markedly from the highly organized Moscow Metro, or the tangled spaghetti of Tokyo's subway network. Now BBC reports that a study analyzing 14 subway networks around the world has discovered that the distribution of stations within each of the subway networks, as well as common proportions of the numbers of lines, stations, and total distances seem to converge over time to a similar structure regardless of where the networks were, when they were begun, or how quickly they reached their current layout. 'Although these (networks) might appear to be planned in some centralized manner, it is our contention here that subway systems like many other features of city systems evolve and self-organize themselves as the product of a stream of rational but usually uncoordinated decisions taking place through time,' write the study authors. The researchers uncovered three simple features that make subway system topologies similar all around the world. First, subway networks can be divided into a core and branches, like a spider with many legs. The 'core' typically sits beneath the city's center, and its stations usually form a ring shape. Second, the branches tend to be about twice as long as the width of the core. The wider the core, the longer the branches. Last, an average of 20 percent of the stations in the core link two or more subway lines, allowing people to make transfers. 'The apparent convergence towards a unique network shape in the temporal limit suggests the existence of dominant, universal mechanisms governing the evolution of these structures.'"

gollum123 writes "As with past technological threats, network executives are closing ranks against a Dish Network device that undermines the broadcast business model. The disruptive technology at hand is an ad-eraser, embedded in new digital video recorders sold by Charles W. Ergen's Dish Network, one of the nation's top distributors of TV programming. Turn it on, and all the ads recorded on most prime-time network shows are automatically skipped, no channel-flipping or fast-forwarding necessary. Some reviewers have already called the feature, called the Auto Hop, a dream come true for consumers. But for broadcasters and advertisers, it is an attack on an entrenched television business model, and it must be strangled, lest it spread elsewhere."

MrSeb writes "Researchers at the Tokyo Institute of Technology have developed a new wireless transmission system that works above all currently regulated spectrum frequencies. The new system works at the range of 300GHz to 3THz (terahertz), which is the Far Infrared (FIR) frequencies of the infrared spectrum. That spectrum is currently totally unregulated by any country or standards organization in the world, making it ripe for development of new technologies. So far the Japanese researchers have transmitted data at 3Gbps, but in theory speeds of up to 100Gbps should be possible."

New submitter slashbill writes "MIT's working on a way to measure network capacity. Seems no one really knows how much data their network can handle. Makes you wonder about how then do you calculate expense when building out capacity? From the article: 'Recently, one of the most intriguing developments in information theory has been a different kind of coding, called network coding, in which the question is how to encode information in order to maximize the capacity of a network as a whole. For information theorists, it was natural to ask how these two types of coding might be combined: If you want to both minimize error and maximize capacity, which kind of coding do you apply where, and when do you do the decoding?'" This is a synopsis of the first of two papers on the topic.

New submitter mjrauhal writes "In Finland, the operator of an open WiFi access point was found not guilty for copyright infringement allegedly committed over said access point. The operation of such access points would have become legally risky were this decided otherwise. Appeal by the Finnish Anti-Piracy Center is still possible for this district court ruling."

joabj writes "Following up on experiments of running Internet Protocol(IP)-based networks with carrier pigeons or bongos, UofC grad student R. Stuart Geiger has demonstrated that it is possible to transmit simple ping requests across two computers using people playing xylophones. Throughput is roughly 1 baud, when the participants don't make any mistakes, or get bored and wander off. The OSI encapsulated model of networking makes this project doable, allowing humans to be inserted at Layer 1, the physical layer. Vint Cerf wasn't kidding when he used to say, 'IP on Everything.'"

An anonymous reader writes "I work in a network environment that requires multiple people to have access to numerous Wireless Access Keys, iTunes/iCloud accounts/passwords, hardware appliance logins, etc. I'm attempting to replace the ever popular 'protected' excel spreadsheet that exists in almost every network with all usernames and passwords just waiting to be discovered. Are there any open source, multi-user, secure and preferably Linux-based password management tools that the Slashdot community would recommend?"

parallel_prankster writes "Bloomberg reports that Eduardo Saverin, the billionaire co- founder of Facebook, has renounced his U.S. citizenship before an initial public offering that values the social network at as much as $96 billion, a move that may reduce his tax bill. From the article: 'Facebook plans to raise as much as $11.8 billion through the IPO, the biggest in history for an Internet company. Saverin's stake is about 4 percent, according to the website Who Owns Facebook. At the high end of the IPO valuation, that would be worth about $3.84 billion. Saverin, 30, joins a growing number of people giving up U.S. citizenship, a move that can trim their tax liabilities in that country. Saverin won't escape all U.S. taxes. Americans who give up their citizenship owe what is effectively an exit tax on the capital gains from their stock holdings, even if they don't sell the shares, said Reuven S. Avi-Yonah, director of the international tax program at the University of Michigan's law school. For tax purposes, the IRS treats the stock as if it has been sold.'"

DesScorp writes "The Charleston Gazette is reporting that the state of West Virginia has purchased hundred of enterprise class routers from Cisco at over $22,000 dollars apiece via federal stimulus money. The stimulus cash was intended to spread broadband coverage. The problem is that the routers are overkill, and are being placed in small schools and libraries with just a handful of users. The West Virginia Office of Technology warned that the purchase was 'grossly oversized' for the intended uses, but the purchase went through anyway. Curiously, the project is being headed up not by the state's usual authorities on such matters, but by Jimmy Gianato, West Virginia's Homeland Security Chief. In addition to the $24 million contract signed with Verizon Network Integration to provide the routers and maintenance, Gianato asked for additional equipment and services that tacked an additional $2.26 million to the bill. Perhaps the worst part is that hundreds of the routers are sitting in their boxes, unused, two years after the purchase."

MrSeb writes "Chinese physicists are reporting that they've successfully teleported photonic qubits (quantum bits) over a distance of 97 kilometers (60mi). This means that quantum data has been transmitted from one point to another, without passing through the intervening space. It's important to note that the Chinese researchers haven't actually made a photon disappear and reappear 97 kilometers away; rather, they've used quantum entanglement to recreate the same qubit in a new location, with the same subatomic properties as the original qubit. The previous record for transmitting entangled qubits was 16 kilometers, performed by another Chinese team back in 2010 — and perhaps most excitingly, the researchers seem confident that their system will scale up from 97km to distances capable of reaching orbital satellites, at which point we'll actually be able to build a global quantum network for all of our cryptographic needs."