postbigbang writes "Imagine having thousands of images on disparate machines. many are dupes, even among the disparate machines. It's impossible to delete all the dupes manually and create a singular, accurate photo image base? Is there an app out there that can scan a file system, perhaps a target sub-folder system, and suck in the images-- WITHOUT creating duplicates? Perhaps by reading EXIF info or hashes? I have eleven file systems saved, and the task of eliminating dupes seems impossible."

An anonymous reader writes "I've been a software engineer for about 15 years, most of which I spent working on embedded systems (small custom systems running Linux), developing in C. However, web and mobile technologies seem to be taking over the world, and while I acknowledge that C isn't going away anytime soon, many job offers (at least those that seem interesting and in small companies) are asking for knowledge on these new technologies (web/mobile). Plus, I'm interested in them anyway. Unfortunately, there are so many of those new technologies that it's difficult to figure out what would be the best use of my time. Which ones would you recommend? What would be the smallest set of 'new technologies' one should know to be employable in web/mobile these days?"

snydeq writes "With the four-year anniversary of Oracle's Sun Microsystems acquisition looming, InfoWorld reached out to Java founder James Gosling to rate how Oracle has done in shepherding Sun technology. Gosling gives Oracle eyebrow-raising grades, lauding Oracle's handling of Java, despite his past acrimony toward Oracle over Java (remember those T-shirts?), and giving Oracle a flat-out failing grade on what has become of Solaris OS."

Taco Cowboy writes "Perhaps it's not much, but China has released a panoramic view of the moonscape where their lander has landed. They 'stitched' up some 60 photos taken by 3 cameras on the Chang'e 3 lander, taken from 3 different angles — Vertical, 15 degrees up, and 15 degrees down. From the picture, there is a significant sized crater is seen, several meters wide, off to the left of Yutu, the (jade rabbit) moon rover, and located only about 10 meters away from the Chang'e-3 lander."

An anonymous reader writes "Some of the functionality is missing from Facebook this morning. You can't post, comment or like anything today."

The Bad Astronomer writes "On Oct. 10, 2013, the Cassini spacecraft took a series of wide-angle pictures of Saturn from well above the plane of the rings. Croatian software developer and amateur astronomical image processor Gordan Ugarkovic assembled them into a stunning mosaic (mirrored on Flickr), showing the planet from a high angle not usually seen. There's a lot to see in this image, including the rings (and the gaps therein), moons, and the planet itself, including the remnants of a monstrous northern hemisphere storm that kicked off in 2010. It's truly wondrous."

Slashdot's biggest redesign effort ever is now in beta and you're invited to help guide it. This redesign has been shaped by feedback from community members over the past few months (a big thanks to those of you who participated in our alpha testing phase!), and we'd like your thoughts on it, too. This new design is meant to be richer but also simpler to use, while maintaining the spirit of what Slashdot is all about: News for Nerds. Stuff that matters. Read on for the details of what's included, or read this blog post. Update: 10/02 19:16 GMT by T : Since this post went live, we've been reading through the comments below as well as your (hundreds!) of emails. These are all valuable, as we continue to implement our current features into the Beta. Keep 'em coming; we love the feedback. Please keep in mind that this is called Beta for a reason; we've still folding in lots of improvements. One important thing to bear in mind is that the images are optional: check out the Classic mode by clicking on the view selection widget (just above the stories) on the Beta page.

IamTheRealMike writes "In the wake of Bruce Schneier's statements that he no longer trusts the constants selected for elliptic curve cryptography, people have started trying to reproduce the process that led to those constants being selected ... and found it cannot be done. As background, the most basic standard elliptic curves used for digital signatures and other cryptography are called the SEC random curves (SEC is 'Standards for Efficient Cryptography'), a good example being secp256r1. The random numbers in these curve parameters were supposed to be selected via a "verifiably random" process (output of SHA1 on some seed), which is a reasonable way to obtain a nothing up my sleeve number if the input to the hash function is trustworthy, like a small counter or the digits of PI. Unfortunately it turns out the actual inputs used were opaque 256 bit numbers, chosen ad-hoc with no justifications provided. Worse, the curve parameters for SEC were generated by head of elliptic curve research at the NSA — opening the possibility that they were found via a brute force search for a publicly unknown class of weak curves. Although no attack against the selected values are currently known, it's common practice to never use unexplainable magic numbers in cryptography standards, especially when those numbers are being chosen by intelligence agencies. Now that the world received strong confirmation that the much more obscure and less widely used standard Dual_EC_DRBG was in fact an NSA undercover operation, NIST re-opened the confirmed-bad standards for public comment. Unless NIST/the NSA can explain why the random curve seed values are trustworthy, it might be time to re-evaluate all NIST based elliptic curve crypto in general."

mendax writes "The New York Times reports that the Russian government is warning its citizens to not travel to countries that have an extradition treaty with the United States, noting that 'detentions of Russian citizens in various countries, at the request of American law enforcement, have become more frequent.' The article reports the Russian foreign ministry as saying,'Experience shows that the judicial proceedings against those who were in fact kidnapped and taken to the U.S. are of a biased character, based on shaky evidence, and clearly tilted toward conviction.'"