Tag: brides-cond

Activist group sues San Diego Police Department over “stingray” records

A legal advocacy group has sued the San Diego Police Department (SDPD) and the city of San Diego in an attempt to force the release of public records relating to stingrays, also known as cell-site simulators. Stingrays are often used covertly by local and federal law enforcement to locate target cellphones and their respective owners. However, stingrays also sweep up cell data of innocent people nearby who have no idea that such collection is taking place. Stingrays can be used to intercept voice calls and text messages as well. Earlier this week, a local judge in Arizona ruled that a local reporter could not receive similar stingray documents from the Tucson Police Department because disclosure “would give criminals a road map for how to defeat the device, which is used not only by Tucson but other local and national police agencies.” Read 5 remaining paragraphs | Comments

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Activist group sues San Diego Police Department over “stingray” records

ICANN e-mail accounts, zone database breached in spearphishing attack

Unknown attackers used a spearphishing campaign to compromise sensitive systems operated by the Internet Corporation for Assigned Names and Numbers (ICANN), a coup that allowed them to take control of employee e-mail accounts and access personal information of people doing business with the group. ICANN, which oversees the Internet’s address system, said in a release published Tuesday that the breach also gave attackers administrative access to all files stored in its centralized zone data system , as well as the names, postal addresses, e-mail addresses, fax and phone numbers, user names, and cryptographically hashed passwords of account holders who used the system. Domain registries use the database to help manage the current allocation of hundreds of new generic top level domains (gTLDs) currently underway. Attackers also gained unauthorized access to the content management systems of several ICANN blogs. “We believe a ‘spear phishing’ attack was initiated in late November 2014,” Tuesday’s press release stated. “It involved email messages that were crafted to appear to come from our own domain being sent to members of our staff. The attack resulted in the compromise of the email credentials of several ICANN staff members.” Read 4 remaining paragraphs | Comments

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ICANN e-mail accounts, zone database breached in spearphishing attack

FCC expected to fine Sprint $105 million for overcharging customers

The Federal Communications Commission is reportedly on the verge of fining Sprint $105 million for cramming charges that brought complaints from tens of thousands of customers. The $105 million fine would match one levied on AT&T , which was accused of the same illegal practice. The US government has also sued T-Mobile  over cramming charges. The FCC has not confirmed the action against Sprint, but it was reported Monday in the National Journal  and yesterday in The   Wall Street Journal . “According to the enforcement action, which hasn’t been finalized, Sprint billed customers for third-party services it knew they hadn’t asked for and didn’t want,”  National Journal wrote. Read 2 remaining paragraphs | Comments

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FCC expected to fine Sprint $105 million for overcharging customers

Cops illegally nailed webcam to utility pole for 6 weeks to spy on house

A federal judge on Monday tossed evidence that was gathered by a webcam—turned on for six weeks—that the authorities nailed to a utility pole 100 yards from a suspected drug dealer’s rural Washington state house. The Justice Department contended that the webcam, with pan-and-zoom capabilities that were operated from afar—was no different from a police officer’s observation from the public right-of-way. The government argued  (PDF): Read 6 remaining paragraphs | Comments

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Cops illegally nailed webcam to utility pole for 6 weeks to spy on house

Oakland cops disciplined 24 times for failing to turn on body-worn cameras

OAKLAND, Calif.—Over the last two years, the Oakland Police Department (OPD) has disciplined police officers on 24 occasions  for disabling or failing to activate body-worn cameras, newly released public records show. The City of Oakland did not provide any records prior to 2013, and the OPD did not immediately respond to Ars’ request for comment. The records show that on November 8, 2013 one officer was terminated after failing to activate his camera. Less than two weeks later, another resigned for improperly removing the camera from his or her uniform. However, most officers received minor discipline in comparison. The OPD has used Portable Digital Recording Devices (PDRDs) since late 2010 . According to the department’s  own policy , patrol officers are required to wear the cameras during a number of outlined situations, including detentions, arrests, and serving a warrant. At present, the city has about 700 officers . Read 9 remaining paragraphs | Comments

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Oakland cops disciplined 24 times for failing to turn on body-worn cameras

4 seconds of body cam video can reveal a biometric fingerprint, study says

Researchers say they can have computers examine body camera video footage and accurately identify a person wearing a body-mounted device in about four seconds, according to a recently released paper . The authors of the study had their software look at biometric characteristics like height, stride length, and walking speed to find the identity of the person shooting the footage. As they point out, this could have both positive and negative implications for civilians, law enforcement, and military personnel if they’re using body-mounted cameras. (It’s important to note that this research paper,  Egocentric Video Biometrics , was posted  to the arXiv repository . As such, it’s not considered a final, peer-reviewed work.) Using static, mounted cameras to match a person’s height and gait is a relatively common and well-researched vector for narrowing down the identity of people caught in videos. The authors said that, to get an accurate read of the biometric data of the person wearing the body cam, the footage has to be from a camera secured to one point on a person’s body (handheld cameras don’t work), and it has to have at least four seconds of video of the camera-wearer walking. Despite these restrictions, the two researchers from The Hebrew University in Jerusalem noted that once the necessary information had been gathered, “the identity of the user can be determined quite reliably from a few seconds of video.” “This is like a fingerprint,” Shmuel Peleg, one of the paper’s authors, told The Verge. “In order to find the person you have to have their fingerprint beforehand. But we can compare two people and say whether two videos were shot by the same person or not.” Read 4 remaining paragraphs | Comments

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4 seconds of body cam video can reveal a biometric fingerprint, study says

Judge says reporter can’t get public records about cops’ “stingray” use

A local judge in Arizona ruled Friday that the Tucson Police Department (TPD) does not have to disclose records related to the use of stingrays, also known as cell-site simulators, under the state’s public records act. According to a Saturday report from Capitol Media Services , a state news wire, complying with reporter Beau Hodai ’s public records request “would give criminals a road map for how to defeat the device, which is used not only by Tucson but other local and national police agencies.” Hodai sued the TPD and the City of Tucson in March 2014 to force them to hand over such records. The devices are often used covertly by local and federal law enforcement to locate target cellphones and their respective owners. However, stingrays also sweep up cell data of innocent people nearby who have no idea that such collection is taking place. Stingrays can be used to intercept voice calls and text messages as well. Read 9 remaining paragraphs | Comments

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Judge says reporter can’t get public records about cops’ “stingray” use

Microsoft makes a nod to subscriptions for Windows 10

Microsoft Chief Operating Officer Kevin Turner Microsoft Even as it has cut the price of Windows— offering it for free on phones and small screen tablets, plus there’s a Bing edition for everything else—Microsoft is still working on ways to monetize its platform. Chief Operating Officer Kevin Turner was speaking to investors last week, and GeekWire  reported that profits are still the goal. Asked if the plan was to make Windows a loss leader to draw people into the Microsoft ecosystem, Turner said that the company had “not had any conversations” on this. He reiterated this when asked if the company was going to start losing money on Windows, saying “that’s not any conversations that we’ve had… we’ve got to monetize it differently.” What form might that different monetization take? Turner says that “there are services involved. There are additional opportunities for us to bring additional services to the product and do it in a creative way.” Read 10 remaining paragraphs | Comments

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Microsoft makes a nod to subscriptions for Windows 10

New wireless charging gear promises 3x faster charging

Faster charging, like Qualcomm’s “Quick Charge 2.0” (branded as “Turbo Charging” on the Nexus 6), is one of the nicest new smartphone features available. If we can’t make a battery last all day with heavy use, we can at least make it charge faster. The faster charging is possible because these devices charge at a higher voltage—instead of the normal 5 watts from a standard USB charger, these hit about 14 watts. These faster chargers have left wireless chargers in the dust, though. Today’s Qi charging pads still only put out 5W, the same as a slow wired charger. Freescale Semiconductor, a company that provides various chips to OEMs, is out to fix that. Today the company announced integrated circuits for 15 watt wireless chargers —a wireless solution that should be just as fast as a hardwired turbo charger. Of course, you will need new hardware to make this work. Freescale’s solution will require a new chip in your smartphone or tablet and a new charging pad. The good news is that this isn’t a new standard. Freescale’s chips can be tweaked to be compliant with Qi charging, which is found in many smartphone, or with lesser-used standards like the Power Matters Alliance. The Qi “medium power” standard is actually good up to 120W, provided the pad and device support it. Read 2 remaining paragraphs | Comments

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New wireless charging gear promises 3x faster charging

Samsung 850 EVO SSD takes its storage into the third dimension

Things have advanced quite a bit since our last thoroughly in-depth look at how solid state disks work, and Samsung has been one of the biggest companies leading the charge toward faster, denser solid state drives. Its 840 EVO was the first consumer SSD to use TLC NAND—that’s triple-level cell NAND, which can store three bits per memory cell instead of one or two. Now, Samsung’s newest consumer SSD takes NAND density a step further, stacking the memory cells on top of each other in a complex sandwich. The 850 EVO, formally announced this morning , uses 32-layer TLC “V-NAND,” where the “V” stands for “vertical.” As we discussed previously at the 2013 Consumer Electronics Show, Samsung is the only SSD manufacturer that makes ” the whole widget “—it’s the only vertically integrated OEM that builds every part of the SSDs it sells, including the NAND that actually holds the data. This gives the company a distinct advantage over other SSD manufacturers—most of whom source their NAND from Samsung. The 850 EVO is set to be released in four capacities: 120GB, 250GB, 500GB, and 1TB. These are all decimal measurements, not binary—so that “1TB” is properly one trillion bytes, not 1024GB (there are official IEC units for binary measurements, but I’ll eat glass before I start saying ” tebibyte “). The quoted numbers on Samsung’s site look pretty good for a consumer-level drive: max sequential read speeds of 540MB/s, max sequential write speeds of 520MB/s, and relatively high IOPS across a variety of read and write regimes. Read 5 remaining paragraphs | Comments

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Samsung 850 EVO SSD takes its storage into the third dimension