Notes the Fate of Bittorrent John Does
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Malware Extorts Cash from Bittorrent Users | Torrentfreak
Malware Extorts Cash From BitTorrent Users | TorrentFreak http://torrentfreak.com/malware-extort-cash-from-bittorrent-use... TorrentFreak Home Contact About Archives Forum Malware Extorts Cash From BitTorrent Users Written by enigmax on April 11, 2010 A new type of malware is riding the wave of file-sharing pre-settlement letters by infecting BitTorrent users’ machines and then demanding payments in order to make imaginary lawsuits go away. ICPP Foundation try to give the impression they are RIAA and MPAA affiliated but the whole thing is a scam to extort cash and obtain credit card details. ICCP Foundation claims to be an international company operating out of Switzerland. They say they are “committed to promoting the cultural and economic benefits of copyright” while assisting their partners to fight “copyright theft around the world”. In fact what they really do is operate a scam to extort money from BitTorrent users. Right at this moment we are unsure of the exact route of infection, but somehow malware (probably in either fake file or attached virus form) is displaying a “copyright violation alert” on the victim’s screen, locking it, and redirecting users to the ICPP site where they are told they have been caught infringing copyright. There they are warned their offenses could result in 5 years in prison and a $250,000 fine and are given the option to take the (fake) case to court. They are also offered a chance to make the whole thing go away for the payment of a ‘fine’ of around $400. Victims are also prompted to give their name, address and full credit card details – it is unclear how this information is further abused but it doesn’t look good. -
You Are Not Welcome Among Us: Pirates and the State
International Journal of Communication 9(2015), 890–908 1932–8036/20150005 You Are Not Welcome Among Us: Pirates and the State JESSICA L. BEYER University of Washington, USA FENWICK MCKELVEY1 Concordia University, Canada In a historical review focused on digital piracy, we explore the relationship between hacker politics and the state. We distinguish between two core aspects of piracy—the challenge to property rights and the challenge to state power—and argue that digital piracy should be considered more broadly as a challenge to the authority of the state. We trace generations of peer-to-peer networking, showing that digital piracy is a key component in the development of a political platform that advocates for a set of ideals grounded in collaborative culture, nonhierarchical organization, and a reliance on the network. We assert that this politics expresses itself in a philosophy that was formed together with the development of the state-evading forms of communication that perpetuate unmanageable networks. Keywords: pirates, information politics, intellectual property, state networks Introduction Digital piracy is most frequently framed as a challenge to property rights or as theft. This framing is not incorrect, but it overemphasizes intellectual property regimes and, in doing so, underemphasizes the broader political challenge posed by digital pirates. In fact, digital pirates and broader “hacker culture” are part of a political challenge to the state, as well as a challenge to property rights regimes. This challenge is articulated in terms of contributory culture, in contrast to the commodification and enclosures of capitalist culture; as nonhierarchical, in contrast to the strict hierarchies of the modern state; and as faith in the potential of a seemingly uncontrollable communication technology that makes all of this possible, in contrast to a fear of the potential chaos that unsurveilled spaces can bring. -
Services for Microsoft Onedrive for Business
Service Overview SERVICES FOR MICROSOFT ONEDRIVE FOR BUSINESS Simplify where workers go for content sharing and collaboration Business Challenge ESSENTIALS Dynamic teams are constantly collaborating, which means easily Dell Technologies Consulting Services can sharing personal and team documents is a must for todays’ help you gain the most from your OneDrive innovative workers. All too often organizations have multiple content for Business investment with: repositories without a single standard for the entire workforce which • Repeatable, mature methodologies can cause frustration and impact worker productivity. designed for delivery efficiency and Simplifying where your workers go to collaborate and share content quality accelerate content migrations can boost innovation, increase productivity and more importantly • Determining and delivering the optimal worker satisfaction. For organizations who have adopted Office 365, OneDrive client deployment model as OneDrive for Business is the logical choice. But how do you part of your Windows 10 and Office 365 efficiently migrate, retire and consolidate personal and team files ProPlus initiatives from overlapping content repositories to control costs? • Security and management tuning at the It’s easy with Dell Technologies Consulting Services. We are a Gold worker, device and application level Certified Microsoft Partner with experience migrating organizations of all sizes and verticals to Office 365. • Migration and consolidation of content from a wide variety of sources • The right mix of -
FASTTRACK Through FUJITSU-DEV
FASTTRACK through FUJITSU-DEV Americas Headquarters: Cisco Systems, Inc., 170 West Tasman Drive, San Jose, CA 95134-1706 USA FASTTRACK through FUJITSU-DEV FASTTRACK FASTTRACK Name/CLI Keyword fasttrack Full Name FastTrack Description FastTrack is a file sharing client software that is based on peer-to-peer connection. FastTrack is used by multiple file sharing applications such as Kazaa, Grokster, iMesh, and Morpheus. Initialization: Initial the connection with FastTrack server over HTTP. Search: Searching for files in FastTrack server. Download: Download request from FastTracker server. Reference http://developer.berlios.de/projects/gift-fasttrack/ Global ID L7:57 ID 57 Known Mappings UDP Port - TCP Port - IP Protocol - IP Version IPv4 Support Yes IPv6 Support Yes Application Group fasttrack-group Category file-sharing Sub Category p2p-networking P2P Technology Yes Encrypted No Tunnel No Underlying Protocols - 2 FASTTRACK through FUJITSU-DEV FASTTRACK-STATIC FASTTRACK-STATIC Name/CLI Keyword fasttrack-static Full Name fasttrack-static Description FastTrack Traffic - KaZaA Morpheus Grokster... Reference - Global ID L7:1322 ID 1322 Known Mappings UDP Port 1214 TCP Port 1214 IP Protocol - IP Version IPv4 Support Yes IPv6 Support Yes Application Group fasttrack-group Category file-sharing Sub Category p2p-networking P2P Technology Yes Encrypted No Tunnel No Underlying Protocols - 3 FASTTRACK through FUJITSU-DEV FATSERV FATSERV Name/CLI Keyword fatserv Full Name Fatmen Server Description Fatmen Server Reference - Global ID L4:305 ID 305 Known -
Torrentfreak
TorrentFreak • Home • About • Archives • Categories ○ Anti-Piracy ○ Bittorrent Software ○ Breaking News ○ Copyright Issues ○ Legal Issues ○ Opinion ○ Pirate Talk ○ Politics and Ideology ○ Torrent Sites ○ Tutorial & How To • News Bits • Contact The place where breaking news, BitTorrent and copyright collide • Subscribe via RSS • Subscribe via Email • Tip Us Off! Top of Form Search TorrentFreak Search Bottom of Form BitTorrent: Bypass any Firewall or Throttling ISP with SSH • Ernesto • 14/10/2007 • 190 • bittorrent , firewall, ssh, ssh-tunnel, throttling • Print • On some networks it’s impossible to use BitTorrent. For example, if you’re at work, school, or connected to Comcast or a public hotspot. But there’s an easy solution to overcome this problem. By using a secure connection (SSH), you can bypass almost every firewall or traffic shaping application. Here’s a relatively simple 3-step guide that will show you how to set it up. I wouldn’t recommend BitTorrent over SSH as a permanent solution since it will cripple the servers of the SSH providers. If you’re looking for a long term solution check out a VPN service such as BTGuard. 1. Get an SSH account. You need an SSH account in order to get this working. You can try one of these free shell providers from this list. 2. Download, Install and Configure Putty Download Putty, store it somewhere on your computer and run it. In the session screen enter the host name, the port number (22), and tick the connection type box (SSH). Next, go to SSH –> Tunnels, enter a source port and tick the dynamic box. -
Security Analysis of the Micro Transport Protocol with a Misbehaving Receiver
2012 International Conference on Cyber-Enabled Distributed Computing and Knowledge Discover Security Analysis of the Micro Transport Protocol with a Misbehaving Receiver ∗ † ‡ ∗ Florian Adamsky , Syed Ali Khayam , Rudolf Jäger , Muttukrishnan Rajarajan ∗ City University London, United Kingdom Email: {Florian.Adamsky.1, R.Muttukrishnan}@city.ac.uk † National University of Sciences and Technology, Pakistan Email: [email protected] ‡ Technische Hochschule Mittelhessen University of Applied Sciences, Germany Email: [email protected] Abstract—BitTorrent is the most widely used Peer- This approach is inflexible and often leaves big head to-Peer (P2P) protocol and it comprises the largest room which is unused. A better approach is to use share of traffic in Europe. To make BitTorrent more a separate transport protocol for background traffic Internet Service Provider (ISP) friendly, BitTorrent Inc. like TCP-LP [1] or TCP-Nice [2]. These protocols can invented the Micro Transport Protocol (uTP). It is based detect foreground traffic and automatically reduce their on UDP with a novel congestion control called Low Extra Delay Background Transport (LEDBAT). This sending rate. With uTP using LEDBAT there is a new protocol assumes that the receiver always gives correct kid on the block. feedback, since otherwise this deteriorates throughput or In December 2008, BitTorrent announced in the yields to corrupted data. We show through experimental developer forum that μTorrent will switch the data investigation that a misbehaving uTP receiver, which transfer from TCP to UDP [3]. Shortly after that is not interested in data integrity, can increase the announcement, panic started spreading all over the bandwidth of the sender by up to five times. -
NBAR2 Standard Protocol Pack 1.0
NBAR2 Standard Protocol Pack 1.0 Americas Headquarters Cisco Systems, Inc. 170 West Tasman Drive San Jose, CA 95134-1706 USA http://www.cisco.com Tel: 408 526-4000 800 553-NETS (6387) Fax: 408 527-0883 © 2013 Cisco Systems, Inc. All rights reserved. CONTENTS CHAPTER 1 Release Notes for NBAR2 Standard Protocol Pack 1.0 1 CHAPTER 2 BGP 3 BITTORRENT 6 CITRIX 7 DHCP 8 DIRECTCONNECT 9 DNS 10 EDONKEY 11 EGP 12 EIGRP 13 EXCHANGE 14 FASTTRACK 15 FINGER 16 FTP 17 GNUTELLA 18 GOPHER 19 GRE 20 H323 21 HTTP 22 ICMP 23 IMAP 24 IPINIP 25 IPV6-ICMP 26 IRC 27 KAZAA2 28 KERBEROS 29 L2TP 30 NBAR2 Standard Protocol Pack 1.0 iii Contents LDAP 31 MGCP 32 NETBIOS 33 NETSHOW 34 NFS 35 NNTP 36 NOTES 37 NTP 38 OSPF 39 POP3 40 PPTP 41 PRINTER 42 RIP 43 RTCP 44 RTP 45 RTSP 46 SAP 47 SECURE-FTP 48 SECURE-HTTP 49 SECURE-IMAP 50 SECURE-IRC 51 SECURE-LDAP 52 SECURE-NNTP 53 SECURE-POP3 54 SECURE-TELNET 55 SIP 56 SKINNY 57 SKYPE 58 SMTP 59 SNMP 60 SOCKS 61 SQLNET 62 SQLSERVER 63 SSH 64 STREAMWORK 65 NBAR2 Standard Protocol Pack 1.0 iv Contents SUNRPC 66 SYSLOG 67 TELNET 68 TFTP 69 VDOLIVE 70 WINMX 71 NBAR2 Standard Protocol Pack 1.0 v Contents NBAR2 Standard Protocol Pack 1.0 vi CHAPTER 1 Release Notes for NBAR2 Standard Protocol Pack 1.0 NBAR2 Standard Protocol Pack Overview The Network Based Application Recognition (NBAR2) Standard Protocol Pack 1.0 is provided as the base protocol pack with an unlicensed Cisco image on a device. -
Comment Submitted by Ben Jones, Torrentfreak
Comments submitted to FTC DRM Town Hall – Comment, Project No. P094502 February 2009 Page 1/5 TorrentFreak.com DRM Town Hall – Comment, Project No. P094502 Summary The intent of Digital Rights Management (or DRM) is for the originator of the work, to attempt to control the ways in which the work can be used, after sale or license. Most often, these take the form of copy restrictions, but can include restrictions in other ways. Ultimately, DRM is an all-or-none measure, that seeks to control, without reference to context. A backup copy is allowed in many jurisdictions, while copying for the purposes of copyright infringement is not. However, both will be restricted by DRM. Many audio disc copy protection systems (which are DRM) utilise bad sectors to cause faults when copying is attempted, but which can also regular playback in some devices. Other methods might include using computer autoplay systems to install software to prevent copying, but which can leave systems vulnerable to malicious code. It is thus gratifying that the Federal Trade Commission sees fit to consider the impact on consumers of DRM, and we welcome the opportunity to highlight, for the commission, our experiences of DRM, and it's impact on consumers. We have split this response by category of media, to reflect the differing methods and approaches used in each sector of industry. Films Standard DVDs contain two forms of DRM; region coding, and Content Scrambling System (CSS). The former is used to limit the geographical regions where such discs can be played, the latter attempts to prevent copying. -
Master's Thesis
MASTER'S THESIS Analysis of UDP-based Reliable Transport using Network Emulation Andreas Vernersson 2015 Master of Science in Engineering Technology Computer Science and Engineering Luleå University of Technology Department of Computer Science, Electrical and Space Engineering Abstract The TCP protocol is the foundation of the Internet of yesterday and today. In most cases it simply works and is both robust and versatile. However, in recent years there has been a renewed interest in building new reliable transport protocols based on UDP to handle certain problems and situations better, such as head-of-line blocking and IP address changes. The first part of the thesis starts with a study of a few existing reliable UDP-based transport protocols, SCTP which can also be used natively on IP, QUIC and uTP, to see what they can offer and how they work, in terms of features and underlying mechanisms. The second part consists of performance and congestion tests of QUIC and uTP imple- mentations. The emulation framework Mininet was used to perform these tests using controllable network properties. While easy to get started with, a number of issues were found in Mininet that had to be resolved to improve the accuracy of emulation. The tests of QUIC have shown performance improvements since a similar test in 2013 by Connectify, while new tests have identified specific areas that might require further analysis such as QUIC’s fairness to TCP and performance impact of delay jitter. The tests of two different uTP implementations have shown that they are very similar, but also a few differences such as slow-start growth and back-off handling. -
Title: P2P Networks for Content Sharing
Title: P2P Networks for Content Sharing Authors: Choon Hoong Ding, Sarana Nutanong, and Rajkumar Buyya Grid Computing and Distributed Systems Laboratory, Department of Computer Science and Software Engineering, The University of Melbourne, Australia (chd, sarana, raj)@cs.mu.oz.au ABSTRACT Peer-to-peer (P2P) technologies have been widely used for content sharing, popularly called “file-swapping” networks. This chapter gives a broad overview of content sharing P2P technologies. It starts with the fundamental concept of P2P computing followed by the analysis of network topologies used in peer-to-peer systems. Next, three milestone peer-to-peer technologies: Napster, Gnutella, and Fasttrack are explored in details, and they are finally concluded with the comparison table in the last section. 1. INTRODUCTION Peer-to-peer (P2P) content sharing has been an astonishingly successful P2P application on the Internet. P2P has gained tremendous public attention from Napster, the system supporting music sharing on the Web. It is a new emerging, interesting research technology and a promising product base. Intel P2P working group gave the definition of P2P as "The sharing of computer resources and services by direct exchange between systems". This thus gives P2P systems two main key characteristics: • Scalability: there is no algorithmic, or technical limitation of the size of the system, e.g. the complexity of the system should be somewhat constant regardless of number of nodes in the system. • Reliability: The malfunction on any given node will not effect the whole system (or maybe even any other nodes). File sharing network like Gnutella is a good example of scalability and reliability. -
Case 1:14-Cv-00810-LY Document 116 Filed 03/05/21 Page 1 of 15
Case 1:14-cv-00810-LY Document 116 Filed 03/05/21 Page 1 of 15 IN THE UNITED STATES DISTRICT COURT FOR THE WESTERN DISTRICT OF TEXAS AUSTIN DIVISION VIA VADIS, LLC and § § AC TECHNOLOGIES, S.A., § § Case No. 1:14-cv-810-LY Plaintiffs, § § v. § JURY TRIAL DEMAND § BLIZZARD § ENTERTAINMENT, INC, § § Defendant. SECOND AMENDED COMPLAINT FOR PATENT INFRINGEMENT Plaintiffs Via Vadis (“Via Vadis”) and AC Technologies, S.A. (“AC Tech,” collectively, “Plaintiffs”), by and through their attorneys, respectfully file this Second Amended Complaint for patent infringement against Blizzard Entertainment, Inc. (“Blizzard”) and in support thereof state: I. INTRODUCTION 1. This is a claim for patent infringement arising under the patent laws of the United States, Title 35 of the United States Code. Plaintiff AC Tech is the owner and Plaintiff Via Vadis is the exclusive U.S. licensee, respectively, of the Asserted Patent (defined below), which relate to an improved data access and management system. In particular, systems operating pursuant to the Asserted Patent store data in a redundant manner in multiple data storage devices depending on pre-specified parameters of the measured data transmission between those data storage devices and computer units. These computer units further access one or more of these data storage devices to access and use such data as a function of those determined pre-specified parameters. Further, the data storage devices process the stored data independently from any access or direction of the computer units. These computer units shift redundantly stored data. In this manner, data can be 1 Case 1:14-cv-00810-LY Document 116 Filed 03/05/21 Page 2 of 15 processed in a decentralized manner whereby increased data integrity and an increased fault tolerance, as well as relief of individual system components, is achieved. -
Piratebrowser Artifacts
PirateBrowser Artifacts Written by Chris Antonovich Researched by Olivia Hatalsky 175 Lakeside Ave, Room 300A Phone: 802/865-5744 Fax: 802/865-6446 http://www.lcdi.champlin.edu Published Date Patrick Leahy Center for Digital Investigation (LCDI) Disclaimer: This document contains information based on research that has been gathered by employee(s) of The Senator Patrick Leahy Center for Digital Investigation (LCDI). The data contained in this project is submitted voluntarily and is unaudited. Every effort has been made by LCDI to assure the accuracy and reliability of the data contained in this report. However, LCDI nor any of our employees make no representation, warranty or guarantee in connection with this report and hereby expressly disclaims any liability or responsibility for loss or damage resulting from use of this data. Information in this report can be downloaded and redistributed by any person or persons. Any redistribution must maintain the LCDI logo and any references from this report must be properly annotated. Contents Introduction ............................................................................................................................................................................. 2 Background: ........................................................................................................................................................................ 2 Purpose and Scope: ............................................................................................................................................................