Employees of Lawrence Livermore National Laboratory have ported Sun’s/Oracle’s ZFS natively to Linux. Linux already had a ZFS port in userspace via FUSE, since license incompatibilities between the CDDL and GPL prevent ZFS from becoming part of the Linux kernel. This project solves the licensing issue by distributing ZFS as a separate kernel module users will have to download and build for themselves.
Ubuntu’s community manager Jono Bacon talks in an interview with derStandard.at about the relationship between Ubuntu and GNOME, GNOME Shell, Unity and why the netbook market is that important to Canonical.
eldavojohn writes “Linus has announced the release of 2.6.35 for people to download and test after he found not a lot of changes between this week and last. The big features to look out for include: ‘Transparent spreading of incoming network traffic load across CPUs, Btrfs improvements, KDB kernel debugger frontend, Memory compaction and Support for multiple multicast route tables’ as well as various performance and graphics improvements. Linus also praised the community saying that ‘regression changes only’ after rc1 improved this time around and gave numbers to back it up saying ‘in the 2.6.34 release, there were 3800 commits after -rc1, but in the current 35 release cycle we had less than 2000.’ Good to see the process is becoming more refined and controlled after the first release candidate — hopefully there’s no impending burnout.”
Read more of this story at Slashdot.
Measures to support the power saving mechanisms of AMD graphics chips, network code optimizations for multi-core processors, features for de-fragmenting the working memory and an improved support of the power management and turbo features offered by modern processors are among the highlights of the new kernel version. After a development time of almost two-and-a-half months, Linus Torvalds has released version 2.6.35 of the Linux kernel.
Via Sandro Süffert. No original:
REMnux is designed for running services that are useful to emulate within an isolated laboratory environment when performing behavioral malware analysis. As part of this process, the analyst typically infects another laboratory system with the malware sample and directs potentially-malicious connections to the REMnux system that’s listening on the appropriate ports.
REMnux is also useful for analyzing web-based malware, such as malicious JavaScript, Java programs, and Flash files. It also has tools for analyzing malicious documents, such as Microsoft Office and Adobe PDF files, and utilities for reversing malware through memory forensics. In these cases, malware may be loaded onto REMnux and analyzed directly on the REMnux system without requiring other systems to be present in the lab.
You can learn about malware analysis techniques that make use of the tools installed and pre-configured on REMnux by taking the SANS Institute course on Reverse-Engineering Malware (REM).
Endereço? Por aqui: zeltser.com/remnux.
Charbax writes “In this video, Jerone Young, lead partner engineer at Canonical, explains some of the challenges facing Canonical and other companies who are part of the new Linaro project, in preparation for the now imminent release of a whole bunch of ARM Cortex A9 Powered laptops and desktops likely to be manufactured by giants of the industry such as HP, Dell, Lenovo, and Toshiba, as well as lesser names such as Quanta, Invetec, Pegatron, and Compal, all of whom have been showing tens of early prototype designs of these ARM-powered laptops at trade shows around the world during the past year and a half. They’re working to standardize the boot process, write drivers to use graphics and video hardware acceleration, optimize the web browser (Chrome and Mozilla), and implement faster DDR3 RAM and faster I/O bus speeds, as well as to optimize the software to use the new faster dual core ARM Cortex A9 processors.”
Read more of this story at Slashdot.
Embattled Linux vendor Mandriva released version 2010 Spring, after a delay that only underscored the uncertainty around the distro’s future.
Trailrunner7 writes “A security expert has released a stripped-down Ubuntu distribution designed specifically for reverse-engineering malware. The OS, called REMnux, includes a slew of popular malware-analysis, network monitoring and memory forensics tools that comprise a very powerful environment for taking apart malicious code. REMnux is the creation of Lenny Zeltser, an expert on malware reverse engineering who teaches a popular course on the topic at SANS conferences. He put the operating system together after years of having students ask him which tools to use and what works best. He originally used Red Hat Linux, but recently decided that Ubuntu was a better fit. REMnux has three separate tools for analyzing Flash-specific malware, including SWFtools, Flasm and Flare, as well as several applications for analyzing malicious PDFs, including Didier Stevens’ analysis tools. REMnux also has a number of tools for de-obfuscating JavaScript, including Rhino debugger, a version of Firefox with NoScript, JavaScript Deobfuscator and Firebug installed, and Windows Script Decoder.”
Read more of this story at Slashdot.
The last time OpenSUSE users enjoyed a stable release was in November 2009 making today’s release of OpenSUSE 11.3 a pretty big deal. This is the first release in the new eight month release schedule for OpenSUSE. Here are some screenshots of the OpenSUSE 11.3 install, KDE and GNOME desktops, and details about some of the popular new features in this release.
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The most vulnerable and exploitable operating system ever!
