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Cloud

Will Cloud Services One Day Be Traded Just Like Stocks and Bonds? 168

Posted by timothy from the too-compute-intensive-to-fail dept.
Brandon Butler writes "Today, cloud computing resources are bought and sold in a fairly straightforward process: A company needs extra compute capacity, for example, so they contract with a provider who spins up virtual machines for a certain amount of time. But what will that process look like in, say, 2020? If efforts by a handful of companies come to fruition, there could be a lot more wheeling and dealing that goes on behind the scenes. An idea is being floated to package cloud computing resources into blocks that can be bought and sold on a commodity futures trading market. It would be similar to how financial instruments like stocks, bonds and agricultural products like corn and wheat are traded on exchanges by investors. Blocks of cloud computing resources — for example a month's worth of virtual machines, or a year's worth of cloud storage — would be packaged by service providers and sold on a market. In the exchange, investors and traders could buy up these blocks and resell them to end users, or other investors, potentially turning a profit if the value of the resource increases."
Google

Google Offers Cash For Security Fixes To Linux and Other FOSS Projects 94

Posted by timothy from the enlightened-self-interest dept.
jrepin writes "Google is offering rewards as high as $3,133.70 for software updates that improve the security of OpenSSL, OpenSSH, BIND, and several other open-source packages that are critical to the stability of the Internet. The program announced Wednesday expands on Google's current bug-bounty program, which pays from $500 to $3,133.70 to people who privately report bugs found in the company's software and Web properties." Google isn't the only company that sees the value in rewarding those who find security problems: Microsoft just paid British hacker James Forshaw $100,000 for finding a serious security flaw in Windows 8.1.
United States

Cost of Healthcare.gov: $634 Million — So Far 497

Posted by timothy from the oh-c'mon-what's-a-sevenfold-increase-among-friends? dept.
First time accepted submitter Saethan writes "Healthcare.gov, the site to be used by people in 36 states to get insurance as part of the Affordable Care Act, has apparently cost the U.S. Government $634 million. Not only is this more than Facebook spent during its first 6 years in operation, it is also over $500 million above what the original estimate was: $93.7 million. Why, in a country with some of the best web development companies in the world, has this website, which is poor quality at best, cost so much?" That $634 million figure comes from this U.S. government budget-tracking system. Given that this system is national rather than for a single city, maybe everyone should just be grateful the contract didn't go to TechnoDyne.
Security

Army Researching Network System That Defends Against Social Engineering 57

Posted by samzenpus from the protect-ya-neck dept.
Nerval's Lobster writes "The U.S. Army Research Laboratory has awarded as much as $48 million to researchers trying to build computer-security systems that can identify even the most subtle human-exploit attacks and respond without human intervention. The more difficult part of the research will be to develop models of human behavior that allow security systems decide, accurately and on their own, whether actions by humans are part of an attack (whether the humans involved realize it or not). The Army Research Lab (ARL) announced Oct. 8 a grant of $23.2 million to fund a five-year cooperative effort among a team of researchers at Penn State University, the University of California, Davis, Univ. California, Riverside and Indiana University. The five-year program comes with the option to extend it to 10 years with the addition of another $25 million in funding. As part of the project, researchers will need to systematize the criteria and tools used for security analysis, making sure the code detects malicious intrusions rather than legitimate access, all while preserving enough data about any breach for later forensic analysis, according to Alexander Kott, associate director for science and technology at the U.S. Army Research Laboratory. Identifying whether the behavior of humans is malicious or not is difficult even for other humans, especially when it's not clear whether users who open a door to attackers knew what they were doing or, conversely, whether the "attackers" are perfectly legitimate and it's the security monitoring staff who are overreacting. Twenty-nine percent of attacks tracked in the April 23 2013 Verizon Data Breach Investigations Report could be traced to social-engineering or phishing tactics whose goal is to manipulate humans into giving attackers access to secured systems."

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