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Submission + - One In Four Indiana Residents Lost Data in Electronic Records Firm Hack (securityledger.com)

chicksdaddy writes: Four million patients of more than 230 hospitals, doctors offices and clinics had patient data exposed in a May hack of the Fort Wayne, Indiana firm Medical Informatics Engineering (MIE), which makes the NoMoreClipBoard electronic health records system, according to the Indiana Attorney General.(http://goo.gl/KdCbRX) The breach affected 3.9 million people. But it hit MIE's home state of Indiana especially hard. In all, 1.5 million Hoosiers had data exposed in the hack, almost a quarter of the state's population, the Security Ledger reports. (https://securityledger.com/2015/07/doctors-still-in-the-dark-after-electronics-records-hack-exposes-data-on-4-million/)

But the breach affects healthcare organizations from across the country, with healthcare providers ranging from prominent hospitals to individual physicians’ offices and clinics are among 195 customers of the NoMoreClipboard product that had patient information exposed in the breach. And, more than a month after the breach was discovered, some healthcare organizations whose patients were affected are still waiting for data from EMI on how many and which patients had information exposed.

“We have received no information from MIE regarding that,” said a spokeswoman for Fort Wayne Radiology Association (http://www.fwradiology.com/), one of hundreds of healthcare organizations whose information was compromised in the attack on MIE.

According to MIE’s statement, released on July 24, individuals who received services from Fort Wayne Radiology Association and a variety of other imaging and MRI centers were also compromised when a database relating to the healthcare providers was breached in the incident, MIE said. That contained data going back more 17 years and involved another 44 healthcare organizations in three states: Indiana, Ohio and Michigan.

Comment Re:Local CO2 (Score 2, Informative) 73

pouring into the atmosphere at a rate of more than 100x what nature produces

... man, go back to elementary school. That hasn't happened, isn't happening, and isn't going to happen. [Jane Q. Public, 2015-07-31]

Yes it is. As the NAS explains on page 6 here:

"In nature, CO2 is exchanged continually between the atmosphere, plants and animals through photosynthesis, respiration, and decomposition, and between the atmosphere and ocean through gas exchange. A very small amount of CO2 (roughly 1% of the emission rate from fossil fuel combustion) is also emitted in volcanic eruptions. This is balanced by an equivalent amount that is removed by chemical weathering of rocks."

So natural CO2 emissions are balanced, and our fossil fuel emissions are roughly 100x faster than volcanic emissions. That's why "actual science" shows that our current CO2 emissions rate is unprecedented over the last 300 million years.

And if you read the rest of that NAS document, you'd discover that "actual science" shows that our unprecedentedly rapid CO2 emissions are a cause for concern.

The Almighty Buck

Will Autonomous Cars Be the Insurance Industry's Napster Moment? 231

An anonymous reader writes: Most of us are looking forward to the advent of autonomous vehicles. Not only will they free up a lot of time previously spent staring at the bumper of the car in front of you, they'll also presumably make commuting a lot safer. While that's great news for the 30,000+ people who die in traffic accidents every year in the U.S. alone, it may not be great news for insurance companies. Granted, they'll have to pay out a lot less money with the lower number of claims, but premiums will necessarily drop as well and the overall amount of money within the car insurance system will dwindle.

Analysts are warning these companies that their business is going to shrink. It will be interesting to see if they adapt to the change, or cling desperately to an outdated business model like the entertainment industry did. "One opportunity for the industry could be selling more coverage to carmakers and other companies developing the automated features for cars. ... When the technology fails, manufacturers could get stuck with big liabilities that they will want to cover by buying more insurance. There's also a potential for cars to get hacked as they become more networked."
Transportation

Munich Planning Highway System For Cyclists 163

An anonymous reader writes: The German city of Munich has been looking for solutions to its traffic problem. Rush hour traffic is a parking lot, and public transit is near capacity. They think their best bet is to encourage (and enable) more people to hop on their bikes. Munich is now planning a Radschnellverbindungen — a highway system just for cyclists. Long bike routes will connect the city with universities, employment centers, and other cities. The paths themselves would be as free from disruption as possible — avoiding intersections and traffic lights are key to a swift commute. They'll doubtless take lessons from Copenhagen's bike skyway: "Cykelslangen (pronounced soo-cool-klag-en) adds just 721 feet of length to the city's 220 miles of bicycle paths, but it relieves congestion by taking riders over instead of through a waterfront shopping area."

Submission + - 10 years of Intel processors compared (techspot.com)

jjslash writes: An interesting look back at the evolution of Intel CPUs since the original Core 2 Duo E6600 and Core 2 Quad processors were introduced. The test pits the eight year old CPUs to their successors in the Nehalem, Sandy Bridge and Haswell families, including today's Celeron and Pentium parts which fare comparably well. A great reference just days before Intel's new Skylake processor debuts.
Networking

$340 Audiophile Ethernet Cable Tested 391

An anonymous reader writes: Ars Technica has posted a series of articles attempting to verify whether there's any difference between a $340 "audiophile" Ethernet cable and a $2.50 generic one. In addition to doing a quick teardown, they took the cables to Las Vegas and asked a bunch of test subjects to evaluate the cables in a blind test. Surprise, surprise: the expensive cables weren't any better. The subjects weren't even asked to say which one was better, just whether they could tell there was a difference. But for the sake of completeness, Ars also passed the cables through a battery of electrical tests. The expensive cable met specs — barely, in some cases — while the cheap one didn't. The cheap one passed data, but with a ton of noise. "And listeners still failed to hear any difference."

Comment Re:No just laws = No fair trial (Score 1) 608

Don't bother. The "law" and the "process" are totally different things according to him, so he's scoring points on his private definition. If the law says, "Nobody gets to make arguments at trial," the trial is still fair because it follows the law. Laws on how trials are run have no bearing on whether the trial itself is fair.

Unfortunately, we've now defined the term "fair trial" in such a way that it's 100% meaningless. As a completely innocent man with the evidence on my side sitting in prison, God Himself could appear in my cell and say, "Fear not, My Son. You shall receive a fair trial," and I'm afraid it would not comfort me in the slightest. "What does that mean, Father? Is it one of those fair trials where I get summarily executed before the opening arguments, or is it one of the ones with evidence and stuff?"

Comment Re:Sudden outbreak of common sense. (Score 0) 172

If I see a coin come up heads nine out of ten times, I'm expecting it to come up heads on the eleventh toss.

You exactly demonstrated the problem with common sense reasoning. People assume that because they have what feels like to them (and may actually be) extensive experience with something they automatically understand it. But most people who haven't been trained in mathematics have plenty of misconceptions about what mathematicians call the "Bernoulli Process" (coin flipping).

Medicine

Ebola Vaccine 100% Successful In Guinea Trial 118

An anonymous reader writes: Doctors and researchers have been testing a vaccine to protect against Ebola in the west African nation of Guinea. Trials involving 4,000 people have now shown a 100% success rate in preventing infection. "When Ebola flared up in a village, researchers vaccinated all the contacts of the sick person who were willing — the family, friends and neighbors — and their immediate contacts. Children, adolescents and pregnant women were excluded because of an absence of safety data for them. In practice about 50% of people in these clusters were vaccinated. To test how well the vaccine protected people, the cluster outbreaks were randomly assigned either to receive the vaccine immediately or three weeks after Ebola was confirmed. Among the 2,014 people vaccinated immediately, there were no cases of Ebola from 10 days after vaccination — allowing time for immunity to develop — according to the results published online in the Lancet medical journal (PDF). In the clusters with delayed vaccination, there were 16 cases out of 2,380."
Cellphones

Samsung Wants To Bring Back the Flip Phone With Bendable Screens 59

redletterdave writes: A new patent filed last April but published by the U.S. Patent and Trademark Office earlier this month suggests Samsung might be working on a smartphone that can bend in half like a flip phone. The biggest problem, according to the patent, is all the strain that accumulates by continually folding the display, or keeping the display folded for a long period of time, which can result in deformations and imperfections, Samsung notes. But Samsung's patent also describes how the phone could keep track of how long it's been in the folded and unfolded states, so as to alert the user of any strain that needs to be relieved. This could help extend the lifetime of the phone and its display.

Submission + - Open Hardware Team successfully replicating Tesla inventions (fixtheworldproject.net)

lkcl writes: A small team has successfully overcome the usual barrier to replicating one of Tesla's inventions (death threats and intimidation) by following Open Hardware development practices, encouraging other teams world-wide to replicate their work. Their FAQ and several other reports help explain that the key is Schumann resonance: "tuning" the device to the earth's own EM field and harvesting it as useful electricity. Whilst it looks like it's going mainstream, the real question is: why has it taken this long, and why has an Open Hardware approach succeeded where other efforts have not?

Submission + - $340 Audiophile Ethernet Cable Tested (arstechnica.com)

An anonymous reader writes: Ars Technica has done a series of articles that attempt to verify whether there's any difference between a $340 "audiophile" Ethernet cable and a $2.50 generic one. In addition to doing a quick teardown, they took the cables to Las Vegas and asked a bunch of test subjects to evaluate the cables in a blind test. Surprise, surprise: they couldn't. They weren't even asked to say which one was better, just whether they could tell a difference. But for the sake of completeness, they also passed the cables through a battery of electrical tests. The expensive cable met specs — barely, in some cases — while the cheap one didn't. It passed data, but with a ton of noise. "And listeners still failed to hear any difference."
NASA

NASA's Drone For Other Worlds 30

An anonymous reader writes: A group of engineers is building a new drone. What sets this apart from the hundreds of other drone development projects going on around the world? Well, these engineers are at the Kennedy Space Center, and the drone will be used to gather samples on other worlds. The drone is specifically designed to be able to fly in low- or no-atmosphere situations. Senior technologist Rob Mueller describes it as a "prospecting robot." He says, "The first step in being able to use resources on Mars or an asteroid is to find out where the resources are. They are most likely in hard-to-access areas where there is permanent shadow. Some of the crater walls are angled 30 degrees or more, and that's far too steep for a traditional rover to navigate and climb." They face major challenges with rotor and gas-jet design, they have to figure out navigation without GPS, and the whole system needs to be largely autonomous — you can't really steer a drone yourself with a latency of several minutes (or more).

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