Upon close inspection of the Windows 10 build that Microsoft accidentally pushed to insiders last week, several users are reporting discovering the reference of a new Windows 10 SKU. From a report: In a leaked slide, Microsoft describes the edition as “Windows 10 Pro for Workstation” with four main capabilities: 1. Workstation mode: Microsoft plans to optimize the OS by identifying “typical compute and graphics intensive workloads” to provide peak performance and reliability when Workstation mode is enabled. 2. Resilient file system: Microsoft’s file system successor to NTFS, dubbed ReFS, is enabled in this new version, with support for fault-tolerance, optimized for large data volumes, and auto-correcting. 3. Faster file handling: As workstation machines are typically used for large data volumes across networks, Microsoft is including the SMBDirect protocol for file sharing and high throughput, low latency, and low CPU utilization when accessing network shares. 4. Expanded hardware support: Microsoft is also planning to allow Windows 10 Pro for Workstation on machines with up to 4 CPUs and a memory limit of 6TB. Windows 10 Pro currently only supports 2 CPUs. Read more of this story at Slashdot.
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Microsoft Leak Reveals New Windows 10 Workstation Edition For Power Users
Determining how to prevent acts of censorship has long been a priority for the non-profit Wikimedia Foundation, and thanks to new research from the Harvard Center for Internet and Society, the foundation seems to have found a solution: encryption. From a report: HTTPS prevents governments and others from seeing the specific page users are visiting. For example, a government could tell that a user is browsing Wikipedia, but couldn’t tell that the user is specifically reading the page about Tiananmen Square. Up until 2015, Wikipedia offered its service using both HTTP and HTTPS, which meant that when countries like Pakistan or Iran blocked the certain articles on the HTTP version of Wikipedia, the full version would still be available using HTTPS. But in June 2015, Wikipedia decided to axe HTTP access and only offer access to its site with HTTPS. The Harvard researchers began by deploying an algorithm which detected unusual changes in Wikipedia’s global server traffic for a year beginning in May 2015. This data was then combined with a historical analysis of the daily request histories for some 1.7 million articles in 286 different languages from 2011 to 2016 in order to determine possible censorship events. After a painstakingly long process of manual analysis of potential censorship events, the researchers found that, globally, Wikipedia’s switch to HTTPS had a positive effect on the number censorship events by comparing server traffic from before and after the switch in June of 2015. Read more of this story at Slashdot.