redletterdave writes with news of a drone that's helping weather forecasters this hurricane season. From the article: "Hurricane prediction is not always an exact science — back in 2005, Hurricane Rita was projected to hit Houston, but missed the region entirely — but the NOAA (National Oceanographic and Atmospheric Administration) is already on the case. A few weeks ago today, the agency launched an experimental Wave Glider robot named Alex into the ocean, hoping the unmanned drone can forecast the direction of future storms. The Wave Glider, which is completely powered by the waves and the sun thanks to solar panels and a unique thrust engine, contains a GPS unit, satellite communications systems, and sensors for measuring water temperature, wind speed, and various wave characteristics. With its ability to withstand strong winds and thrashing waters — which are typically prohibitive for humans and even aerial vehicles — and its ability to theoretically drift in the ocean endlessly without refueling, a single Wave Glider could be used to monitor not just one storm, but several hurricanes occurring over an entire seasonal period. The NOAA hopes to soon use more Wave Glider robots like Alex to help determine more accurate hurricane watches and warnings."

Esther Schindler writes "Ready for a nostalgic trip into the wayback? We had floppy disks long before we had CDs, DVDs, or USB thumb-drives. Here's the evolution of the portable media that changed everything about personal computing. 'The 8-inch drive began to show up in 1971. Since they enabled developers and users to stop using the dreaded paper tape (which were easy to fold, spindle, and mutilate, not to mention to pirate) and the loathed IBM 5081 punch card. Everyone who had ever twisted a some tape or—the horror!—dropped a deck of Hollerith cards was happy to adopt 8-inch drives. Besides, the early single-sided 8-inch floppy could hold the data of up to 3,000 punch cards, or 80K to you.'"

MojoKid writes "Today at the Hot Chips Symposium, AMD CTO Mark Papermaster is taking the wraps off the company's upcoming CPU core, codenamed Steamroller. Steamroller is the third iteration of AMD's Bulldozer architecture and an extremely important part for AMD. Bulldozer, which launched just over a year ago, was a disappointment. The company's second-generation Bulldozer implementation, codenamed Piledriver, offered a number of key changes and was incorporated into the Trinity APU family that debuted last spring. Steamroller is the first refresh of Bulldozer's underlying architecture and may finally deliver the sort of performance and efficiency AMD was aiming for when it built Bulldozer in the first place. Enhancements to Fetch and Decode architecture have been made, as well as increased scheduler efficiency and cache load latency, which combined could bring a claimed 15 percent performance-per-watt performance gain. AMD expects to ship Steamroller sometime in 2013 but wouldn't offer timing detail beyond that."

dcblogs writes "IBM's new mainframe includes a 5.5-GHz processor, which may be the world's fastest commercial processor, say analysts. This new system, the zEnterprise EC12, can also support more than 6-TB of flash memory to help speed data processing. The latest chip has six cores, up from four in the prior generation two years ago. But Jeff Frey, the CTO of the System Z platform, says they aren't trading off single-thread performance in the mainframe with the additional cores. There are still many customers who have applications that execute processes serially, such as batch applications, he said. This latest chip was produced at 32 nanometers, versus 45 nanometers in the earlier system. This smaller size allows more cache on the chip, in this case 33% more Level-2 cache. The system has doubled the L3 and L4 cache over the prior generation."

Barence writes "Lexmark has announced it will stop making inkjet printers and cut 1,700 jobs as part of a cost-cutting restructuring move. Lexmark will stop all inkjet development worldwide by 2013, and close its Philippines-based inkjet supplies manufacturing plant by 2015. This will provide annual savings of $85 million, rising to $95 million by 2015. The total restructuring cost before tax is expected to be $160 million. The company is also looking into the possible sale of its inkjet-related technology." I know there are some purposes for which inkjets are good (modern home photo printing can be insanely good, and we've featured a lot of cool projects which use inkjets to print sensors, solar cells, antennae, and more), but I get just a little queasy whenever I see an inkjet printer purchased by an innocent friend or family member who doesn't realize quite how much it will end up costing them in the long run.

MTorrice writes "Microscopic particles of aluminum and gallium rocket around using water as their fuel. The particles, which are 20 micrometers in diameter, are asymmetric: A chemical reaction on the back side of the particle forms hydrogen gas bubbles that propel the motor forward. Over the past several years, bioengineers have built micro- and nanosized rockets that zip through liquids, fueled by chemical reactions between the materials that make up the rockets and their environments. The engineers hope someday these tiny motors could help deliver cargo, such as drugs, in people. Unfortunately, many of these motors require toxic hydrogen peroxide as fuel source, limiting their use in the body. To overcome that constraint, the new micromotors harness a well-known reaction between aluminum and water to produce hydrogen gas."

Cory Doctorow has posted the content of his talk delivered at Google this month on what he calls the coming civil war over general purpose computing. He neatly crystallizes the problem with certain types of (widely called-for) regulation of devices and the software they run — and they all run software. The ability to stop a general purpose computer from doing nearly anything (running code without permission from the mothership, or requiring an authorities-only engine kill switch, or preventing a car from speeding away), he says boils down to a demand: "Make me a general-purpose computer that runs all programs except for one program that freaks me out." "But there's a problem. We don't know how to make a computer that can run all the programs we can compile except for whichever one pisses off a regulator, or disrupts a business model, or abets a criminal. The closest approximation we have for such a device is a computer with spyware on it— a computer that, if you do the wrong thing, can intercede and say, 'I can't let you do that, Dave.'"

mikejuk writes "The Shor quantum factoring algorithm has been run for the first time on a solid state device and it successfully factored a composite number. A team from UCSB has managed to build and operate a quantum circuit composed of four superconducting phase qubits. The design creates entangled bits faster than before and the team verified that entanglement was happening using quantum tomography. The final part of the experiment implemented the Shor factoring algorithm using 15 as the value to be factored. In 150,000 runs of the calculation, the chip gave the correct result 48% of the time. As Shor's algorithm is only supposed to give the correct answer 50% of the time, this is a good result but not of practical use."

An anonymous reader writes "NASA's Ames Research Center is working on a new project designed to drastically cut the cost of launching and operating small satellites in Low Earth Orbit (LEO). The project, known as PhoneSat, will see the Android powered Nexus One and Nexus S phones command their very own small scale spacecraft this year in a first of its kind research mission."

After a few years of rumors and hints, All Things Digital says that a smaller iPad will debut in October. And Amazon may be trying to steal their thunder with a revamped Kindle tablet: Nerval's Lobster writes with a report at SlashCloud that "Amazon could be readying a new set of Kindle tablets for unveiling in early September. That's the widespread speculation following the online retailer's invitations to media for a Sept. 6 event in Santa Monica, Calif. Even by the coy standards of most tech companies' event invitations, Amazon's is notably bereft of detail. It will take place at 10:30 AM PST at Barker Hangar, a noted (and quite large) event space. But the timing of the event is auspicious: with Apple rumored to be unveiling a smaller iPad in the near future, and the holiday shopping season a few months away, early September could prove the ideal time for Amazon to whip back the curtain from a new tablet and dominate the media conversation, at least for a few days."

An anonymous reader (citing "silly workplace security policies") writes "I'm in charge of developing for my workplace a particular sort of 'dynamic' file server for handling scientific data. We have all the hardware in place, but can't figure out what *nix distro would work best. Can the great minds at Slashdot pool their resources and divine an answer? Some background: We have sensor units scattered across a couple square miles of undeveloped land, which each collect ~500 gigs of data per 24h. When these drives come back from the field each day, they'll be plugged into a server featuring a dozen removable drive sleds. We need to present the contents of these drives as one unified tree (shared out via Samba), and the best way to go about that appears to be a unioning file system. There's also requirement that the server has to boot in 30 seconds or less off a mechanical hard drive. We've been looking around, but are having trouble finding info for this seemingly simple situation. Can we get FreeNAS to do this? Do we try Greyhole? Is there a distro that can run unionfs/aufs/mhddfs out-of-the-box without messing with manual recompiling? Why is documentation for *nix always so bad?""

hypnosec writes "The U.S.'s National Institute of Standards and Technology has come up with a set of proposed guidelines for security of server BIOSes— the mechanism on which most modern day computers rely during boot up. Recently quite a few instances of malware have been known to persistently infect computer systems, and cannot be removed even on OS re-installs. NIST is proposing a set of measures through which the BIOS can be made more secure and resistant to such firmware manipulating attacks. Mebromi is one such Trojan. NIST published the draft guidelines [PDF] earlier this week and has proposed four different features through which the server BIOSes can be made more secure: authenticated update mechanism; secure local update mechanism (optional); firmware integrity protections; and non-bypassability features."

First time accepted submitter rephlex writes "The USB controller used in the Broadcom BCM2835 (which is the SoC the Raspberry Pi uses) has buggy drivers which have been causing problems for many of its users. In addition to this, the Pi can only supply an unusually low amount of current to its USB devices, just 140 mA approximately, and using a powered hub to sidestep this limit exacerbates the issues caused by the USB drivers. Even Ethernet is affected as the Ethernet controller used on the Raspberry Pi is connected to the SoC via USB. This has resulted in packet loss and even total loss of network connectivity in certain situations. Attempts have been made in the past to fix the buggy USB drivers as there are other devices which use this problematic controller. None of these attempts seem to have achieved very much."

The place is big. It has lots of bats. And the people there not only make things, but play games and just plain hang out. Some are making a TARDIS they hope to take to Burning Man. Others are college student roboteers, working on their entry in a regional IEEE robotics contest. They're cutting, shaping, drilling, soldering, programming, talking, and generally having a great time. Timothy says they're Texas-friendly, too, so go ahead and stop on by if you're in the neighborhood. They're open 24/7, too, so whenever you have an urge to make something, ATX Hackerspace is ready to help you satisfy that urge.

First time accepted submitter Thorodin writes in with a story at the BBC about scientists at Yale who have built a robot that they hope will be able to recognize itself in a mirror. "A robot named Nico could soon pass a landmark test - recognizing itself in a mirror. Such self-awareness would represent a step towards the ultimate goal of thinking robots. Nico, developed by computer scientists at Yale University, will take the test in the coming months. The ultimate aim is for Nico to use a mirror to interpret objects around it, in the same way as humans use a rear-view mirror to look for cars. 'It is a spatial reasoning task for the robot to understand that its arm is on it not on the other side of the mirror,' Justin Hart, the PhD student leading the research told BBC News. So far the robot has been programmed to recognize a reflection of its arm, but ultimately Mr Hart wants it to pass the "full mirror test". The so-called mirror test was originally developed in 1970 and has become the classic test of self-awareness."