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The Rise of Autorun- Based Malware by Vinoo Thomas, Prashanth Ramagopal, and Rahul Mohandas Report the Rise of Autorun-Based Malware
Report The Rise of AutoRun- Based Malware By Vinoo Thomas, Prashanth Ramagopal, and Rahul Mohandas Report The Rise of AutoRun-Based Malware Table of Contents Abstract 3 The Return of Removable-Disk Malware 3 Distribution of AutoRun-Based Malware 4 AutoRun Woes 6 Incomplete autorun.inf cleaning 7 Traditional detection methods 8 Smart removal of autorun.inf 8 Leveraging In-the-Cloud Computing Technology 10 The Road Ahead 11 About the authors 12 Report The Rise of AutoRun-Based Malware Abstract Most people associate today’s computer viruses and other prevalent malware with the Internet. But that’s not where they started. Lest we forget, the earliest computer threats came from the era of floppy disks and removable media. With the arrival of the Internet, email and network-based attacks became the preferred infection vector for hackers to spread malicious code—while security concerns about removable media took a back seat. Now, however, our attention is returning to plug-in media. Over the years, floppy disks have been replaced by portable hard drives, flash media cards, memory sticks, and other forms of data storage. Today’s removable devices can hold 10,000 times more data than yesterday’s floppy disks. Not only can they store more data, today’s devices are “smart”—with the ability to run portable software programs1 or boot operating systems. 2,3 Seeing the popularity of removable storage, virus authors realized the potential of using this media as an infection vector. And they are greatly aided by a convenience feature in operating systems called AutoRun, which launches the content on a removable disk without any user interaction. -
List of Applications Updated in ARL #2530
List of Applications Updated in ARL #2530 Application Name Publisher .NET Core SDK 2 Microsoft Acrobat Elements Adobe Acrobat Elements 10 Adobe Acrobat Elements 11.0 Adobe Acrobat Elements 15.1 Adobe Acrobat Elements 15.7 Adobe Acrobat Elements 15.9 Adobe Acrobat Elements 6.0 Adobe Acrobat Elements 7.0 Adobe Application Name Acrobat Elements 8 Adobe Acrobat Elements 9 Adobe Acrobat Reader DC Adobe Acrobat.com 1 Adobe Alchemy OpenText Alchemy 9.0 OpenText Amazon Drive 4.0 Amazon Amazon WorkSpaces 1.1 Amazon Amazon WorkSpaces 2.1 Amazon Amazon WorkSpaces 2.2 Amazon Amazon WorkSpaces 2.3 Amazon Ansys Ansys Archive Server 10.1 OpenText AutoIt 2.6 AutoIt Team AutoIt 3.0 AutoIt Team AutoIt 3.2 AutoIt Team Azure Data Studio 1.9 Microsoft Azure Information Protection 1.0 Microsoft Captiva Cloud Toolkit 3.0 OpenText Capture Document Extraction OpenText CloneDVD 2 Elaborate Bytes Cognos Business Intelligence Cube Designer 10.2 IBM Cognos Business Intelligence Cube Designer 11.0 IBM Cognos Business Intelligence Cube Designer for Non-Production environment 10.2 IBM Commons Daemon 1.0 Apache Software Foundation Crystal Reports 11.0 SAP Data Explorer 8.6 Informatica DemoCreator 3.5 Wondershare Software Deployment Wizard 9.3 SAS Institute Deployment Wizard 9.4 SAS Institute Desktop Link 9.7 OpenText Desktop Viewer Unspecified OpenText Document Pipeline DocTools 10.5 OpenText Dropbox 1 Dropbox Dropbox 73.4 Dropbox Dropbox 74.4 Dropbox Dropbox 75.4 Dropbox Dropbox 76.4 Dropbox Dropbox 77.4 Dropbox Dropbox 78.4 Dropbox Dropbox 79.4 Dropbox Dropbox 81.4 -
How Is Video Game Development Different from Software Development in Open Source?
Delft University of Technology How Is Video Game Development Different from Software Development in Open Source? Pascarella, Luca; Palomba, Fabio; Di Penta, Massimiliano; Bacchelli, Alberto DOI 10.1145/3196398.3196418 Publication date 2018 Document Version Accepted author manuscript Published in Proceedings of the 15th International Conference on Mining Software Repositories, MSR. ACM, New York, NY Citation (APA) Pascarella, L., Palomba, F., Di Penta, M., & Bacchelli, A. (2018). How Is Video Game Development Different from Software Development in Open Source? In Proceedings of the 15th International Conference on Mining Software Repositories, MSR. ACM, New York, NY (pp. 392-402) https://doi.org/10.1145/3196398.3196418 Important note To cite this publication, please use the final published version (if applicable). Please check the document version above. Copyright Other than for strictly personal use, it is not permitted to download, forward or distribute the text or part of it, without the consent of the author(s) and/or copyright holder(s), unless the work is under an open content license such as Creative Commons. Takedown policy Please contact us and provide details if you believe this document breaches copyrights. We will remove access to the work immediately and investigate your claim. This work is downloaded from Delft University of Technology. For technical reasons the number of authors shown on this cover page is limited to a maximum of 10. How Is Video Game Development Different from Software Development in Open Source? Luca Pascarella1, -
Rohos Disk Encryption Tutorial
Rohos Disk Encryption - creates hidden and password protected partitions on the computer or USB flash drive. With megabytes of sensitive files and private data on your computer or USB drive you can not imagine life without the hidden partition that is created using this wonderful tool. It has a separate portable tool that allows accessing encrypted partition on USB flash drive from any PC where you work as a guest or user with no admin rights. Rohos Disk uses NIST approved AES encryption algorithm, 256 bit encryption key length. Encryption is automatic and on-the-fly. The installation requires administrative rights. Encrypt USB drive • After installation of Rohos Disk Encryption, insert your USB pen drive to the computer and run the Rohos Disk Encryption application. screen shot 1 • Click on “Encrypt USB drive” • The program automatically determines the best Rohos disk options for your system. It will create a partition namely I: with 900 Mb space. You can customize the partition size, disk letter and file system by clicking [ Change …]. screen shot 2 © Tesline-Service S.R.L. All rights reserved. 2010 1 screen shot 3 Remember Rohos Disk Encryption has no encrypted disk size limit. Thus you may change disk size in this window. Notice that Rohos Disk displays your flash drive’s available free space. Also file system may be changed. By default, Rohos Disk Encryption creates disk in NTFS but it may be changed to FAT/FAT32. • After all disk settings are adjusted you may insert a password to Rohos disk, confirm it and click on “ Create disk ”. -
Forensics Evaluation of Privacy of Portable Web Browsers
International Journal of Computer Applications (0975 – 8887) Volume 147 – No. 8, August 2016 Forensics Evaluation of Privacy of Portable Web Browsers Ahmad Ghafarian Seyed Amin Hosseini Seno Department of Computer Science Department of Computer Engineering and Information Systems Faculty of Engineering University of North Georgia Ferdowsi University of Mashhad Dahlonega, GA 30005, USA Mashhad, Iran ABSTRACT relation to a computer forensic investigation is that the latter is Browsers claim private mode browsing saves no data on the a less tangible source of evidence [3]. host machine. Most popular web browsers also offer portable A study of tools and techniques for memory forensics can be versions of their browsers which can be launched from a found in [4]. The author has evaluated several command line removable device. When the removable device is removed, it and graphical user interface tools and provide the steps is claimed that traces of browsing activities will be deleted needed for memory forensics. Retrieving portable browsing and consequently private portable browsers offer better forensics artifacts left behind from main memory have privacy. This makes the task of computer forensics recently attracted some attention [5, 6]. The authors used investigators who try to reconstruct the past browsing history, limited memory forensics to retrieve forensics artifacts left in case of any computer incidence, more challenging. after a private portable browsing session. They argue that However, whether or not all data is deleted beyond forensic memory forensics is very promising in establishing a link recovery is a moot point. This research examines privacy of between the suspect and the retrieved data. -
(Hardening) De Navegadores Web Más Utilizados
UNIVERSIDAD DON BOSCO VICERRECTORÍA DE ESTUDIOS DE POSTGRADO TRABAJO DE GRADUACIÓN Endurecimiento (Hardening) de navegadores web más utilizados. Caso práctico: Implementación de navegadores endurecidos (Microsoft Internet Explorer, Mozilla Firefox y Google Chrome) en un paquete integrado para Microsoft Windows. PARA OPTAR AL GRADO DE: MAESTRO EN SEGURIDAD Y GESTION DEL RIESGO INFORMATICO ASESOR: Mg. JOSÉ MAURICIO FLORES AVILÉS PRESENTADO POR: ERICK ALFREDO FLORES AGUILAR Antiguo Cuscatlán, La Libertad, El Salvador, Centroamérica Febrero de 2015 AGRADECIMIENTOS A Dios Todopoderoso, por regalarme vida, salud y determinación para alcanzar un objetivo más en mi vida. A mi amada esposa, que me acompaño durante toda mi carrera, apoyó y comprendió mi dedicación de tiempo y esfuerzo a este proyecto y nunca dudó que lo concluiría con bien. A mis padres y hermana, que siempre han sido mis pilares y me enseñaron que lo mejor que te pueden regalar en la vida es una buena educación. A mis compañeros de trabajo, que mediante su esfuerzo extraordinario me han permitido contar con el tiempo necesario para dedicar mucho más tiempo a la consecución de esta meta. A mis amigos de los que siempre he tenido una palabra de aliento cuando la he necesitado. A mi supervisor y compañeros de la Escuela de Computación de la Universidad de Queens por facilitarme espacio, recursos, tiempo e información valiosa para la elaboración de este trabajo. A mi asesor de tesis, al director del programa de maestría y mis compañeros de la carrera, que durante estos dos años me han ayudado a lograr esta meta tan importante. Erick Alfredo Flores Aguilar INDICE I. -
Guide How to Protect Your Private Data with Rohos Disk Encryption
Guide how to protect your private data with Rohos Disk Encryption 1 Content 1. Encrypt USB drive - Portable Application 2. Encrypt HDD 3. Hide folder 4. Have USB Key for access control 5. Rohos disk options 6. Steganography 7. Other Rohos Disk features 8. Integrated File-Shredder 9. Access your portable partition on a PC without Admin rights - Virtual keyboard 10. How to delete encrypted disk 11. How to delete all Rohos files from you USB flash drive 2 Rohos Disk Encryption - program creates hidden and protected partitions on the computer or USB flash drive. Those who have megabytes of sensitive files and seriously concerned with data security, can not imagine their computer or USB drive without the hidden partition that is created using this wonderful data encryption tool. Rohos Disk uses NIST approved AES encryption algorithm, 256 bit encryption key length. Encryption is automatic and on-the-fly. The installation requires administrative rights. Encrypt USB drive • After installation of Rohos Disk Encryption, insert your USB pen drive to the computer and run the Rohos Disk Encryption application. screen shot 1 • Click on “Encrypt USB drive” • The program automatically determines the best Rohos disk options for your system. It will create a partition namely G: with 2000 Mb space. You can customize the partition size, disk letter and file system by clicking [ Change …]. 3 screen shot 2 screen shot 3 Remember Rohos Disk Encryption has no encrypted disk size limit. Thus you may change disk size in this window. Notice that Rohos Disk displays your flash drive’s available free space. -
Boxedapp Complete Guide
APPLICATION VIRTUALIZATION SOLUTIONS BoxedApp Application Virtualization Solutions from Softanics Complete Guide c Softanics, All rights reserved BoxedApp.com APPLICATION VIRTUALIZATION SOLUTIONS THE COMPLETE GUIDE Contents Table of contents 2 Introduction 3 Which Product to Choose 3 System Requirements 3 Virtual File System 4 Introduction................................................4 Creating Virtual Files..........................................4 Custom Virtual Files: IStream-Based Files...............................4 Virtual Registry 5 Processes that Share Virtual Environment5 Attached Processes............................................5 How Attachment Works.........................................6 Virtual Process..............................................6 Shared Memory..............................................6 Typical Use Scenarios for BoxedApp SDK6 Loading DLL from Memory.......................................6 Using COM / ActiveX Object without Registering It in the Registry................7 Starting Application Directly from Memory..............................7 Intercepting Functions..........................................7 BoxedApp SDK 9 BoxedApp SDK Functions........................................9 BoxedAppSDK_Init....................................... 11 BoxedAppSDK_Exit....................................... 11 BoxedAppSDK_EnableDebugLog............................... 11 BoxedAppSDK_SetLogFile................................... 12 BoxedAppSDK_WriteLog.................................... 12 BoxedAppSDK_EnableOption................................ -
Guest OS Compatibility Guide
Guest OS Compatibility Guide Guest OS Compatibility Guide Last Updated: September 29, 2021 For more information go to vmware.com. Introduction VMware provides the widest virtualization support for guest operating systems in the industry to enable your environments and maximize your investments. The VMware Compatibility Guide shows the certification status of operating system releases for use as a Guest OS by the following VMware products: • VMware ESXi/ESX Server 3.0 and later • VMware Workstation 6.0 and later • VMware Fusion 2.0 and later • VMware ACE 2.0 and later • VMware Server 2.0 and later VMware Certification and Support Levels VMware product support for operating system releases can vary depending upon the specific VMware product release or update and can also be subject to: • Installation of specific patches to VMware products • Installation of specific operating system patches • Adherence to guidance and recommendations that are documented in knowledge base articles VMware attempts to provide timely support for new operating system update releases and where possible, certification of new update releases will be added to existing VMware product releases in the VMware Compatibility Guide based upon the results of compatibility testing. Tech Preview Operating system releases that are shown with the Tech Preview level of support are planned for future support by the VMware product but are not certified for use as a Guest OS for one or more of the of the following reasons: • The operating system vendor has not announced the general availability of the OS release. • Not all blocking issues have been resolved by the operating system vendor. -
Virtualization and Containerization of Application Infrastructure: a Comparison Mathijs Jeroen Scheepers University of Twente P.O
Virtualization and Containerization of Application Infrastructure: A Comparison Mathijs Jeroen Scheepers University of Twente P.O. Box 217, 7500AE Enschede The Netherlands [email protected] ABSTRACT Modern cloud infrastructure uses virtualization to isolate applications, optimize the utilization of hardware resources and provide operational flexibility. However, conventional virtualization comes at the cost of resource overhead. Container-based virtualization could be an alternative as it potentially reduces overhead and thus improves the uti- lization of datacenters. This paper presents the results of a marco-benchmark performance comparison between the two implementations of these technologies, namely Xen Figure 1. A schematic overview of virtual ma- and LXC, as well as a discussion on their operational flex- chines in a datacenter. ibility. Keywords et al. [7], expects hypervisors to provide isolation and portability. The Xen [4] hypervisor is a popular technol- Hypervisor, Virtualization, Cloud computing, Application ogy and widely used at the moment. infrastructure, LXC, Xen, Container-based virtualization With recent developments around Docker [2] and LXC [3] there now seems to be a viable alternative to the hyper- 1. INTRODUCTION visor and traditional virtualization for application infras- According to Zhang et al. [20] virtualization technology tructures. Linux Containers (LXC) is a kernel technol- is an essential part of modern cloud infrastructure, such ogy that is able to run a multitude of processes, each in as Amazon's Elastic Compute Cloud (EC2) and Google's their own isolated environment. This technique is called App Engine. These days, most cloud computing datacen- container-based virtualization. Docker is a tool that makes ters run hypervisors on top of their physical machines. -
The Impact of U3 Devices on Forensic Analysis
Edith Cowan University Research Online Australian Digital Forensics Conference Conferences, Symposia and Campus Events 3-12-2008 The Impact of U3 Devices on Forensic Analysis R. Tank Edith Cowan University Patricia A.H. Williams Edith Cowan University Follow this and additional works at: https://ro.ecu.edu.au/adf DOI: 10.4225/75/57b27e1f40cc6 6th Australian Digital Forensics Conference, Edith Cowan University, Perth Western Australia, December 3rd 2008. This Conference Proceeding is posted at Research Online. https://ro.ecu.edu.au/adf/57 The Impact of U3 Devices on Forensic Analysis R. Tank and P.A.H Williams School of Computer and Information Science Edith Cowan University Perth, Western Australia Abstract Flash and USB portable drives are now in common place use in computing environments. The U3 smart drive is one emerging type of enhanced flash drive. It is believed that U3 smart drive devices do not leave any record or evidence on a host PC after use. Therefore, it is conceivable that it could be used in a digital crime or attack on a computer or networked system. In circumstances where a portable device such as a U3 has been used, it is more complex for a forensic analyst to find evidence of its use. This paper discusses the impact of U3 smart drive devices on a forensic investigation. Further, it describes the forensic investigation undertaken of a computer in which U3 was used. Keywords: U3, U3 smart technology, computer forensics, forensic investigation, forensic tools. INTRODUCTION Computer forensics broadly consists of identification, acquisition, analysis and reporting (Williams, 2008). It focuses on gathering digital evidence from devices such as computers and networks. -
Rstudio and .Rnw-Files
Rstudio and .Rnw-files. The compilation of .Rnw-files requires that both LATEX and R are installed on the computer,1 and furthermore, the R-package knitr must be installed in order for the compilation to work. The example file Rnw_Example.Rnw (that you hopefully got a copy of together with this file), will in addition require that the R-package xtable is installed. There are several editors available for R and LATEX,2 but few of these can deal properly with .Rnw-files. Among editors that can deal with the .Rnw-files, the optimal editor is Emacs, http://www.gnu.org/software/emacs/ (with the packages Auctex, http://www.gnu.org/software/auctex/ and Emacs Speaks Statistics, http:// /ess.r-project.org), but this editor requires some time to get used to (the time invested in learning emacs will pay of quickly, so it’s worthwhile to learn how to use it). For newbies it might be easier to try Rstudio, http://www.rstudio.com, which have a very simple solution for dealing with .Rnw-files, i.e. it’s “push a button”. But it’s important to be aware of some adjustments that must be made in the default settings before attempting to compile any .Rnw-file. Please consult the following support-page (and the links found there) https://support.rstudio.com/hc/ en-us/articles/200552056-Using-Sweave-and-knitr, in order to get up-to-date information about the present defaults in Rstudio, since things might have changed after this document was written in January 2016.