twistah writes "It seems that a recent 'reply-all storm' at the State Department caused the entire e-mail infrastructure to crash. A notice sent to all State Department employees warned of disciplinary actions which will be taken if users 'reply-all' to lists with a large amount of users. Apparently, the problem was compounded by not only angry replies asking to be taken off the errant list, but by the e-mail recall function, which generated further e-mail traffic. One has to wonder if capacity planning was performed correctly — should an e-mail system be able to handle this type of traffic, or is it an unreasonable task for even the best system?"

JadedApprentice writes "Caught a mention of this startup yesterday on CNBC while they were reviewing the latest gadgets at CES. In the off chance that there was anything remotely feasible or safe about the wireless power prototypes PowerBeam had on display, I took a quick google and found this nice little write-up on the technology (along with some priceless comments for those that scroll down, and I'm not talking about those on the page below). Bottom line: while it's possibly safe, it may not be efficient and it sure as hell won't power your 1200W gaming rig, the guys at PowerBeam are hoping the convenience of wireless power delivered through directed IR lasers will not only give you the coolest living room in town, but make them very rich in the process" This may be the only one using lasers, but there's a fair gaggle of wireless power schemes on the floor at CES. Besides several chargers limited to charging the controllers of specific game consoles, I walked through a working high-concept demo put on by PowerMat (also mentioned in that PC Magazine article), which relies on dedicated per-device sleeves and dongles to power cameras, phones, and other necessary pocket-fillers; the sleeve-equipped devices then sit to charge on one of the PowerMat induction mats. That means that if your gizmo isn't one for which a sleeve or dongle is available, you're out of luck, unless it uses AA or AAA batteries (there's a charger made to fit on the mat) or can be powered by USB (for which the company has hockey-puck sized USB-power sources, which, Yes, sit on the induction mat). Impressive, but at $30 a pop, that would mean a fair outlay to convert many gadgets to use such a system.

thefickler writes "Seagate and Symwave are jointly demonstrating the first consumer applications of USB 3.0 at CES, showing a Seagate FreeAgent drive running through a Symwave USB 3.0-compatible storage controller device. According to Symwave, this will result in 'speeds previously unattainable with legacy USB technology.' Which means, if you understand PR-write, it will be much faster."

Jamie Price writes with a nice tutorial on putting technology to use in the service of mankind, with one of his latest projects — BaR2D2. "BaR2D2 is a radio-controlled, mobile bar that features a motorized beer elevator, motorized ice/mixer drawer, six-bottle shot dispenser, and sound activated neon lighting. The robot is driveable so you can take the party on the road! It was created in my garage using standard hand/power tools and readily available parts and materials. Here is a video of it in action. To see the full how-to with tons of pictures, check out the build.

caffeinemessiah writes "In the wake of the recent terrorist attacks in Mumbai, India, the local police are going to be sniffing out unsecured wi-fi access points and ordering the owners to secure them. The article notes that 'terror mails were sent through unsecured Wi-Fi connections' before bomb blasts in other Indian cities. No word on if they'll be walking around using Kismet, or if people who use pathetically weak WEP encryption will be ordered to switch to more advanced protocols. Unfortunately, a gesture like this does not take into account the insidious scenario of walking into a cafe, buying a coffee and then (legally) using the cafe's wi-fi. Or the fact that terrorists might actually be able to pay to use a cybercafe, and know what VPNs are." On the other hand, the Mumbai police may still be keeping track of the mandatory keyloggers that went into the area's cybercafes in 2007.

Wandering Wombat tips a BBC story about researchers from Imperial College London who were able to stimulate stem cell production by a factor of 100 in the bone marrow of mice. Such stem cells are released by the marrow to help with the regeneration of damaged bone and tissue. "Techniques already exist to increase the numbers of blood cell producing stem cells from the bone marrow, but the study focuses on two other types — endothelial, which produce the cells which make up our blood vessels, and mesenchymal, which can become bone or cartilage cells." The scientists hope that the increased production rate could be used to greatly speed tissue repair and to allow recovery from wounds that would otherwise be too severe. "There are also hopes that the technique could help damp down autoimmune diseases such as rheumatoid arthritis, where the body's immune system attacks its own tissues. Mesenchymal stem cells are known to have the ability to damp down the immune system." The full research paper is available at Cell Stem Cell.