https://www.youtube.com/watch?v=zX4XXLb_Vuw Point this gernsbeckian invisible ray gun at a drone, and it will drop from the sky, according to Battelle, the non-profit company that made it. The DroneDefender doesn’t make a cool sound when you pull the trigger, though, so I don’t like it. From Make : In a press release from Battelle, the gun is stated to use “radio control frequency disruption technologies to safely stop drones in the air, before they can pose a threat to military or civilian safety.” A video accompanying the post describes that it operates on standard GPS and ISM radio bands, allowing for it to interference with commercial UAV signals. Reportedly, the DroneDefender can hit objects up to 400 meters with an effective cone diameter of 30°. This is about as far as Battelle goes with the technical details, so the actual frequency ranges of the rifle still remain unknown.
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Long distance jammer knocks drones from the sky
We told you that YouTube would support 360-degree videos . Now, they’re here: as of today, Google’s streaming video service now serves up videos that let you look in any direction —not just where the camera is pointing. Needless to say, this could be a Big. Freaking. Deal. Read more… 
An anonymous reader writes: The U.S. Army Research Laboratory in Maryland has released on GitHub a version of a Python-based internal forensics tool which the army itself has been using for five years. Dshell is a Linux-based framework designed to help investigators identify and examine compromised IT environments. One of the intentions of the open-sourcing of the project is to involve community developers in the creation of new modules for the framework. The official release indicates that the version of Dshell released to Github is not necessarily the same one that the Army uses, or at least that the module package might be pared down from the Army-issued software. Read more of this story at Slashdot. 
An anonymous reader writes “Researchers at New York University have devised a new scheme called PolyPassHash for storing password hash data so that passwords cannot be individually cracked by an attacker. Instead of a password hash being stored directly in the database, the information is used to encode a share in a Shamir Secret Store (technical details PDF). This means that a password cannot be validated without recovering a threshold of shares, thus an attacker must crack groups of passwords together. The solution is fast, easy to implement (with C and Python implementations available), requires no changes to clients, and makes a huge difference in practice. To put the security difference into perspective, three random 6 character passwords that are stored using standard salted secure hashes can be cracked by a laptop in an hour. With a PolyPassHash store, it would take every computer on the planet longer to crack these passwords than the universe is estimated to exist. With this new technique, HoneyWords, and hardware solutions all available, does an organization have any excuse if their password database is disclosed and user passwords are cracked?.” Read more of this story at Slashdot. 
New submitter gadfium writes: “Python 3.4 has been released. It adds new library features, bug fixes, and security improvements. It includes: at standardized implementation of enumeration types, a statistics module, improvements to object finalization, a more secure and interchangeable hash algorithm for strings and binary data, asynchronous I/O support, and an installer for the pip package manager.” Read more of this story at Slashdot. 
mikejuk writes “Is it possible that we have been wasting our time typing programs. Could voice recognition, with a little help from an invented spoken language, be the solution we didn’t know we needed? About two years ago Tavis Rudd, developed a bad case of RSI caused by typing lots of code using Emacs. It was so severe that he couldn’t code. As he puts it: ‘Desperate, I tried voice recognition’. The Dragon Naturally Speaking system used by Rudd supported standard language quite well, but it wasn’t adapted to program editing commands. The solution was to use a Python speech extension, DragonFly, to program custom commands. OK, so far so good, but … the commands weren’t quite what you might have expected. Instead of English words for commands he used short vocalizations — you have to hear it to believe it. Now programming sounds like a conversation with R2D2. The advantage is that it is faster and the recognition is easier — it also sounds very cool and very techie. it is claimed that the system is faster than typing. So much so that it is still in use after the RSI cleared up.” Read more of this story at Slashdot. 