Microsoft Launches $100k Bug Bounty Program
Trailrunner7 writes "After years of saying that the company didn't need a bug bounty program, Microsoft is starting one. The company today will announce the start of a new program that will pay security researchers up to $100,000 for serious vulnerabilities and as much as $50,000 for new defensive techniques that help protect against those flaws. Microsoft security officials say that the program has been a long time in development, and the factor that made this the right time to launch is the recent rise of vulnerability brokers. Up until quite recently, most of the researchers who found bugs in Microsoft products reported them directly to the company. That's no longer the case. The system that Microsoft is kicking off on June 26 will pay researchers $100,000 for a new exploit technique that is capable of bypassing the latest existing mitigations in the newest version of Windows."
Canadian technology for rapid pathogen identification
An electronic chip that can rapidly detect and identify types of infectious bacteria could represent an important new development in the fight against antibiotic resistance.
Deb Nicholson Talks About the Open Invention Network (Video)
The OIN (Open Invention Network) site's front page starts out by saying, "Open source software development has been one of the greatest sources of innovation. It has reduced costs, improved functionality and spurred new industries." After another few sentences it says, "Open Invention Network® is an intellectual property company that was formed to promote the Linux system by using patents to create a collaborative ecosystem." Go a little deeper, on the About page, and you learn that: "Patents owned by Open Invention Network® are available royalty-free to any company, institution or individual that agrees not to assert its patents against the Linux System. This enables companies to make significant corporate and capital expenditure investments in Linux — helping to fuel economic growth." Today's interviewee, Deb Nicholson, is the OIN's Community Outreach Director. We did a video interview with OIN CEO Keith Bergelt back in February. This one adds to what he had to say. And once again, ...
Zynga Acquires Spooky Cool Labs To Boost Its Social Casino Push
In spite of the recent layoffs, Zynga is still picking up talent in strategic areas like social casino gaming. The company bought a roughly 40-person team called Spooky Cool Labs full of real-money gaming talent. Based in Chicago, the Spooky Cool Labs team is made up of social and real money gaming veterans from companies such as Aristocrat, and slot machine makers like IGT (International Game Technology) and WMS Gaming. The company’s founder, Joe Kaminkow, was ranked as one of the 10 most influential people in the history of slots by Strictly Slots Magazine. But from Spooky Cool’s website, the company looks like it had been working on non-casino titles like a Wizard of Oz city-building social game. Zynga says that access to this Wizard of Oz brand is part of the deal. The team will stay in Chicago and work with Zynga’s San Francisco-based social casino gaming team. In another interesting twist to this deal, Kaminkow will apparently also still lead game design at Aristocrat Leisure ...
Revisiting Amdahl's Law
An anonymous reader writes "A German computer scientist is taking a fresh look at the 46-year old Amdahl's law, which took a first look at limitations in parallel computing with respect to serial computing. The fresh look considers software development models as a way to overcome parallel computing limitations. 'DEEP keeps the code parts of a simulation that can only be parallelized up to a concurrency of p = L on a Cluster Computer equipped with fast general purpose processors. The highly parallelizable parts of the simulation are run on a massively parallel Booster-system with a concurrency of p = H, H >> L. The booster is equipped with many-core Xeon Phi processors and connected by a 3D-torus network of sub-microsecond latency based on EXTOLL technology. The DEEP system software allows to dynamically distribute the tasks to the most appropriate parts of the hardware in order to achieve highest computational efficiency.' Amdahl's law has been revisited many times, most notably by ...