Meltdown Reading Kernel Memory from User Space Moritz Lipp1 , Michael Schwarz1 , Daniel Gruss1 , Thomas Prescher2 , Werner Haas2 , Anders Fogh3 , Jann Horn4 , Stefan Mangard1 , Paul Kocher5 , Daniel Genkin6 , Yuval Yarom

Source URL: mlq.me

• Computer security
• Computer hardware
• Side-channel attacks
• X86 architecture
• Computing
• Meltdown
• Computer engineering
• Pwnie Awards

Hyperkernel: Push-Button Verification of an OS Kernel

Source URL: unsat.cs.washington.edu

• System software
• Computer architecture
• Software
• Kernel
• Xv6
• LLVM
• Linux kernel

Hyperkernel: Push-Button Verification of an OS Kernel Luke Nelson, Helgi Sigurbjarnarson, Kaiyuan Zhang, Dylan Johnson, James Bornholt, Emina Torlak, and Xi Wang University of Washington {lukenels,helgi,kaiyuanz,dgj16,bo

Source URL: unsat.cs.washington.edu

• Computer architecture
• Computing
• Formal methods
• Logic in computer science
• Kernel
• Linux kernel
• L4 microkernel family
• Mach
• Verification
• X86-64
• Formal verification
• Satisfiability modulo theories

Meltdown: Reading Kernel Memory from User Space Moritz Lipp1 , Michael Schwarz1 , Daniel Gruss1 , Thomas Prescher2 , Werner Haas2 , Anders Fogh3 , Jann Horn4 , Stefan Mangard1 , Paul Kocher5 , Daniel Genkin6,9 , Yuval Ya

Source URL: mlq.me

• Computer architecture
• Computing
• Computer hardware
• Central processing unit
• X86 architecture
• Computer memory
• Side-channel attacks
• Virtual memory
• Translation lookaside buffer
• CPU cache
• Meltdown
• Spectre

PDF Document

Source URL: vger.kernel.org

PDF Document

Source URL: vger.kernel.org

PDF Document

Source URL: wireless.wiki.kernel.org

PDF Document

Source URL: vger.kernel.org

PDF Document

Source URL: vger.kernel.org

PDF Document

Source URL: vger.kernel.org