According to VentureBeat, Samsung is planning to show off its next-generation Galaxy S9 and S9+ smartphones at January's Consumer Electronics Show in Las Vegas. Some of the information about the devices will be shared at CES, but Samsung is still apparently holding an official launch event in March, as it did this past year for the Galaxy S8 and S8+. From the report: Codenamed Star 1 and Star 2 -- and going by model numbers SM-G960 and SM-G965 -- the S9 and S9+ will feature the same 5.8-inch and 6.2-inch curved-edge Super AMOLED "Infinity" displays, respectively, as their predecessors. While no specific processor was mentioned, it is said to employ 10-nanometer fabrication techniques, which is highly suggestive of the upcoming Snapdragon 845 from Qualcomm (and likely a similar Exynos model for some regions). Besides a bigger screen, the S9+ will reportedly offer more RAM (6GB versus 4GB) and a second rear camera, similar to the Note8. Both models pack 64GB of internal storage, supplemented by a microSD slot, and both leave the 3.5-millimeter headphone jack intact. Regardless of rear camera configuration, both phones orient the elements on the back of the device vertically -- with the fingerprint sensor on the bottom, in acknowledgement of one of the most frequent complaints about all three of Samsung's 2017 flagship handsets. Another change that's sure to be well-received is the addition of AKG stereo speakers. Finally, Samsung plans to introduce a backward-compatible DeX docking station that situates the phones flat and utilizes the screens as either a touchpad or a virtual keyboard.

Brian Josephs, writing for The Outline: New York's northernmost borough is the city's most diverse, has the lowest income per household, and is the only borough without an Apple Store after one opened up in Brooklyn's predominantly white neighborhood of Williamsburg last year. This trend holds true on a national scale. That means 251 of the 270 stores, or 93 percent, are located in majority-white ZIP codes. Of the 19 that are not located in majority-white ZIP codes, eight are in ZIP codes where whites are still the largest racial bloc. For context, Garden City, New York, a city with a population of around 22,000 that is 94 percent white, has an Apple Store. Lake Grove, New York, which has a population of around 11,000 and is 89 percent white, has an Apple Store. By comparison, nearly 1.5 million people live in the densely-packed Bronx, which is only 21 percent white. Bronx residents must travel either north to Ridge Hill or down to the Upper East Side to get to an Apple store. Apple told me it couldn't comment on the record about what criteria it uses to decide where new stores are built or the demographics of its stores' neighborhoods, but USC Marshall School of Business professor Ira Kalb reasoned that the company is "going after the high-end of the market, so their store location choices typically go after areas that are considered upscale."

An anonymous reader writes: The Wi-Fi Pineapple is a cheap modified wireless router enables anyone to execute sophisticated exploits on Wi-Fi networks with little to no networking expertise. A report in Motherboard explains how it can be used to run a Wall of Sheep and execute a man-in-the-middle attack, as well as how you can protect yourself from Pineapple exploits when you're connected to public Wi-Fi. "... it's important that whenever you are done connecting to a public Wi-Fi network that you configure your phone or computer to 'forget' that network. This way your device won't be constantly broadcasting the SSIDs of networks it has connected to in the past, which can be spoofed by an attacker with a Pineapple," reports Motherboard. "Unfortunately there is no easy way to do this on an Android or an iPhone, and each network must be forgotten manually in the 'Manage Network' tab of the phone's settings. Another simple solution is to turn off your Wi-Fi functionality when you're not using it -- though that isn't as easy to do on some devices anymore -- and don't allow your device to connect to automatically connect to open Wi-Fi networks."