Clickjacking Webcast Tomorrow

[Jeremiah Grossman] and [Eric Lawrence] will be presenting on clickjacking and browser security in an online seminar tomorrow. Clickjacking allows an attacker to transparently place links exactly where a user would be clicking, essentially forcing the user to perform actions without their knowledge. This method of attack has been known for a few years, but researchers have focused their attention on it lately because they feel the threat has been underestimated. Recently, Adobe patched a vulnerability specifically because of this issue. Tune in tomorrow for more info on the attack.

SGI 10,000 Core Concept

sgi

In a bold move, Silicon Graphics has decided to see how much crap many cores they can shove in one box. The Molecule is 10,000 core rackmount machine designed to leverage low cost consumer CPUs like the Intel Atom. It emphasizes high memory bandwidth and throughput between CPUs. While this sort of space efficiency is interesting it’s certainly going to take some serious cooling to get designs like this off the ground.

[via Hacked Gadgets]

Alarm Clock Automated Blinds

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[Anupam Pathak] knows how jarring it can be to wake up to a traditional alarm clock. He decided to hack an alarm clock so that it would open the shades in his room to allow in natural light. He found the pin that went high when the alarm was triggered and used that to signal an ATtiny45. The microcontroller activates a servo connected directly to the blinds. He has switches on the side of the clock to manually control the blinds and to cut power to the audible alarm. Video embedded after the break. Continue reading “Alarm Clock Automated Blinds”

Hacking At Random 2009 Dates Announced

Hacking at Random, an international technology and security conference, has just announced the dates for their 2009 event. The four day outdoor technology camp will be held August 13-16 near Vierhouten, Netherlands. HAR2009 is brought to you by the same people who held What the Hack, which we covered in 2005. They’ve done this every four years for the last 20. We’ll be sure to attend. We loved CCCamp in Germany last year and plan on attending ToorCamp in Seattle this year too.

[photo: mark]

Reversing Google’s IPhone Voice Search

Google recently updated their Google Mobile App with a couple new features. Voice Search automatically starts listening when you raise the phone to your ear. Just say what you’re looking for, and it will poll Google and return the results. The app leverages Google’s voice recognition engine, which they’ve been training with Goog-411. [Andy Baio] has been experimenting with audio transcription and was curious what the new app was doing behind the scenes. He started by sniffing the packets as they traversed his network. Unfortunately, the size of the data packets transmitted is so small that he’s almost certain he’s missing something. He’d appreciate any help in this endeavor. Part of the problem might be Google getting special treatment and using undocumented iPhone SDK features.

G-speak Spatial Operating Environment

[vimeo 2229299]

Our fascination with multitouch is fairly well known, but it expands even further to cover all sorts of man machine interaction. Embedded above is a tech demo of g-speak, a spatial operating environment. The user combines gestures and spatial location to interact with on screen objects. If it seems familiar, it’s because one of the company’s founders advised on Minority Report. We doubt all this hand waving is going to catch on very quickly though. Our bet is on someone developing a multitouch Cintiq style device for people to use as a secondary monitor. It would bridge the gap between between our standard 2D interactions and gestures without making a full leap to 3D metaphors.

[via Create Digital Motion]

Auduino Software Synth

audiuno

Tinker.it has published plans for building a software synthesizer using an Arduino. The Auduino uses granular synthesis to create a truly unique sound. The grain is constructed from two triangle waves. Each one has adjustable frequency, decay rate, and the repetition rate can be changed too. The Arduino just needs five potentiometers attached to the analog inputs and an audio jack on the digital out. You don’t have to use pots; you can use anything that varies the analog input between 0 and 5 volts. A video of the device is embedded after the jump. Continue reading “Auduino Software Synth”