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Vysoké Učení Technické V Brně Detekcia Seedboxov V Sieti Bittorrent
VYSOKÉ UČENÍ TECHNICKÉ V BRNĚ BRNO UNIVERSITY OF TECHNOLOGY FAKULTA INFORMAČNÍCH TECHNOLOGIÍ FACULTY OF INFORMATION TECHNOLOGY ÚSTAV INFORMAČNÍCH SYSTÉMŮ DEPARTMENT OF INFORMATION SYSTEMS DETEKCIA SEEDBOXOV V SIETI BITTORRENT DETECTION OF SEEDBOXES INBITTORRENT NETWORK BAKALÁŘSKÁ PRÁCE BACHELOR’S THESIS AUTOR PRÁCE MARTIN GRNÁČ AUTHOR VEDOUCÍ PRÁCE Ing. LIBOR POLČÁK, Ph.D. SUPERVISOR BRNO 2018 Abstrakt Bakalárska práca sa venuje problematike sledovania a detekcie seedboxov v sieti BitTorrent za pomoci technológie netflow. V teoretickej časti je predstavená a popísaná architektúra P2P, základy a kľúčové pojmy architektúry BitTorrent a teoretická definícia seedboxu. Taktiež sú tu rozobrané metódy pomocou ktorých sa dá detekovať sieťová komunikácia a ďalej je uvedená analýza seedboxov v sieti a hľadanie ich charakteristík. Na základe týchto znalostí a sledovaní je navrhnutá sada nástrojov, ktoré napomáhajú ich detekcií. V praktickej časti je predstavená implementácia týchto nástrojov a výsledky ich testovania. Abstract Bachelor’s thesis is focused on issues with monitoring and detection of seedboxes in Bit- Torrent network with help of netflow technology. In the theoretical part of this thesis is introduced and described P2P architecture, basics and key terms of BitTorrent architec- ture and theoretical definition of seedbox. There are also described specific methods which can be used for detection of network communication and next there is described process of seedbox analysis in network and process of finding its characteristics. On base of this kno- wledge and observations is designed a set of tools,which help with detection of seedboxes. In the practical part of this work is presented implementation of these tools and results of testing these tools. Kľúčové slová BitTorrent, seedbox, detekcia, netflow, analýza, sieťová prevádzka, P2P, netflow Keywords BitTorrent, seedbox, detection, netflow, analysis, network traffic, P2P, netflow Citácia GRNÁČ, Martin. -
The Pirate Bay Liability
THE PIRATE BAY LIABILITY University of Oslo Faculty of Law Candidate name: Angela Sobolciakova Supervisor: Jon Bing Deadline for submission: 12/01/2011 Number of words: 16,613 10.12.2011 Abstract The thesis discuses about peer-to-peer technology and easy availability of an Internet access which are prerequisites to a rapid growth of sharing data online. File sharing activities are managing without the copyright holder‟s permission and so there is a great opportunity of infringing exclusive rights. The popular pee-to-peer website which is enabling immediate file sharing is for example www.thepiratebay.org – the object of this thesis. The copyright law is obviously breaching by end users who are committing these acts. However, on the following pages we are dealing with the third party liability – liability of online intermediaries for unlawful acts committed by their users. A file sharing through the pee-to-peer networks brings benefits for the Internet users. They need no special knowledge in order to learn how to use the technology. The service of www.thepiratebay.org website is offering simultaneously users an access to a broad spectrum of legal content and a copyright protected works. The service is mainly free of charge and the users can find a data they are interested in quickly and in a users‟ friendly format. The aim of the thesis is to compare the actual jurisprudential status of liability of intermediary information society service providers for the file sharing activities on www.thepiratebay.org. 2 Acknowledgement I would like to thank Professor Jon Bing, I am grateful to him for supervising the thesis. -
Characterizing Peer-Level Performance of Bittorrent
Characterizing Peer-level Performance of BitTorrent DRP Report Amir H. Rasti ABSTRACT 1. INTRODUCTION BitTorrent is one of the most popular Peer-to-Peer During the past few years, peer-to-peer appli- (P2P) content distribution applications over the cations have become very popular on the In- Internet that significantly contributes in network ternet. BitTorrent in one of the most popu- traffic. lar peer-to-peer applications providing scalable peer-to-peer content distribution over the In- In BitTorrent, a file is divided into segments ternet. Some recent studies [8] have shown that and participating peers contribute their outgoing BitTorrent is accountable for approximately bandwidth by providing their available segments 35% of the Internet traffic. BitTorrent is a to other peers while obtaining their missing peers scalable peer-to-peer content distribution sys- from others. Characterization of BitTorrent is use- tem that enables one-to-many distribution of ful in determining its performance bottlenecks as large files without requiring a large access link well as its impact on the network. bandwidth at the source. Similar to other peer- In this study, we try to address the following two to-peer systems, it uses resources of participat- key questions through measurement: (i) What are ing peers to increase the capacity of the system. the main factors that affect observed performance The main shared resource in BitTorrent is the by individual peers in BitTorrent?, and (ii) What up-link bandwidth of individual peers. The file are the contributions of these factors on the per- being distributed is divided into a large number formance of individual peers? To address these of segments. -
A Study of Peer-To-Peer Systems
A Study of Peer-to-Peer Systems JIA, Lu A Thesis Submitted in Partial Fulfilment of the Requirements for the Degree of Master of Philosophy in Information Engineering The Chinese University of Hong Kong August 2009 Abstract of thesis entitled: A Study of Peer-to-Peer Systems Submitted by JIA, Lu for the degree of Master of Philosophy at The Chinese University of Hong Kong in June 2009 Peer-to-peer (P2P) systems have evolved rapidly and become immensely popular in Internet. Users in P2P systems can share resources with each other and in this way the server loading is reduced. P2P systems' good performance and scalability attract a lot of interest in the research community as well as in industry. Yet, P2P systems are very complicated systems. Building a P2P system requires carefully and repeatedly thinking and ex- amining architectural design issues. Instead of setting foot in all aspects of designing a P2P system, this thesis focuses on two things: analyzing reliability and performance of different tracker designs and studying a large-scale P2P file sharing system, Xun- lei. The "tracker" of a P2P system is used to lookup which peers hold (or partially hold) a given object. There are various designs for the tracker function, from a single-server tracker, to DHT- based (distributed hash table) serverless systems. In the first part of this thesis, we classify the different tracker designs, dis- cuss the different considerations for these designs, and provide simple models to evaluate the reliability of these designs. Xunlei is a new proprietary P2P file sharing protocol that has become very popular in China. -
Torrent Crawler: a Tool for Collecting Information from Bittorrent Networks
Torrent Crawler: a tool for collecting information from BitTorrent networks Yeounoh Chung 1. Abstract structure and the unpredictability of the clients can cause problems in the network, making errors BitTorrent is a free peer-to-peer (P2P) difficult to detect and diagnosis. The reliance of a content-sharing application with a complex and node on node local views to maintain the overlay dynamic overlay structure due to loose coupling, high structure further compounds the problem. Defects or churn rate, and varying responsiveness of nodes. The anomalies such as partitioning in the overlay or load complexity and the dynamic nature of the overlay imbalance due to biased peer selection are structure can mask the problems in the network, undetectable without partial global information and a making errors difficult to detect and diagnosis in a good understanding of the various characteristics and timely manner. Furthermore, the heavy reliance of dynamic behaviors of the network. However, such an clients on the node local views compounds the understanding was often times missing or incorrectly problems such as partitioning in the network or load obtained from non-representative measurement imbalance due to biased peer selection. studies, in which a few instrumented clients were In an effort to provide the network with used to capture the desired properties. partial global information to resolve the network Collecting representative global information problems, this project looks into introducing a tool such as peer’s download rate, known neighboring that efficiently collects global information from peers, and the network’s churn rate, from the BitTorrent network. The tool, called Torrent Crawler complex and dynamic BitTorrent network is not (TC) uses a number of techniques to efficiently find simple. -
A Week in the Life of the Most Popular Bittorrent Swarms
A Week in the Life of the Most Popular BitTorrent Swarms Mark Scanlon, Alan Hannaway and Mohand-Tahar Kechadi 1 UCD Centre for Cybercrime Investigation, School of Computer Science & Informatics, University College Dublin, Belfield, Dublin 4, Ireland {mark.scanlon, alan.hannaway, tahar.kechadi}@ucd.ie AbstractThe popularity of peer-to-peer (P2P) file distribution is c material, which typically commences with a single source sharing large sized files to many downloaders. networks lend themselves well to the unauthorised distribution of To commence the download of the content in a particular copyrighted material due to their ease of use, the abundance of - material available and the apparent anonymity awarded to the downloaders. This paper presents the results of an investigation loaded from an indexing website. This file is then opened conducted on the top 100 most popular BitTorrent swarms over using a BitTorrent client, which proceeds to connect to several the course of one week. The purpose of this investigation is to members of the swarm and download the content. Each quantify the scale of unauthorised distribution of copyrighted BitTorrent swarm is built around a particular piece of content material through the use of the BitTorrent protocol. Each IP which is determined through a unique identifier based on a address, which was discovered over the period of the weeklong SHA-1 hash of the file information contained in this UTF- 8 investigation, is mapped through the use of a geolocation encoded metadata file, e.g., name, piece length, piece hash database, which results in the ability to determine where the values, length and path. -
Bittorrent and Bittyrant CS 344G 2/9/2015 Gregory D
BitTorrent and BitTyrant CS 344G 2/9/2015 Gregory D. Hill BitTorrent Overview Download .torrent file or use magnet URI to get file hash, required metadata Get partial list of peers from Tracker or Kademlia-based DHT Download file from peers following peer protocol (uses TCP) 10 message types described in following slides keep-alive choke/unchoke Interested/not interested have bitfield request piece cancel Basic BitTorrent Protocol Handshake with peer, after send bitfield(length, bitfield) message which has a bit for each piece of the file representing whether that peer has that piece or not have(piece index) message – tell a peer you have piece x request(piece index, byte offset, length) to a peer hopefully reciprocated by a piece(piece index, byte offset, data) which can be aborted with a cancel(piece index, byte offset, length) Send interested() to a peer that has data you want and undo this by sending them not interested() Piece Selection First piece: choose at random until a complete piece downloaded Normal: Rarest First, try to download piece fewest peers have Endgame: on last pieces, request all subpieces left from all peers, send cancels to others when data arrives BitTorrent Choking Refuse to upload to, or choke, all but a few (commonly 4) peers Upload even share to these unchoked peers Prefer to give to peers who upload most to you (tit-for-tat) Every 10 seconds decide which mutually interested peer to unchoke based on best rolling 20 second average of download rate from peers If no reciprocation from an -
Problems with Bittorrent Litigation in the United States: Personal Jurisdiction, Joinder, Evidentiary Issues, and Why the Dutch Have a Better System
Washington University Global Studies Law Review Volume 13 Issue 1 2014 Problems with BitTorrent Litigation in the United states: Personal Jurisdiction, Joinder, Evidentiary Issues, and Why the Dutch Have a Better System Violeta Solonova Foreman Washington University in St. Louis, School of Law Follow this and additional works at: https://openscholarship.wustl.edu/law_globalstudies Part of the Comparative and Foreign Law Commons, and the Intellectual Property Law Commons Recommended Citation Violeta Solonova Foreman, Problems with BitTorrent Litigation in the United states: Personal Jurisdiction, Joinder, Evidentiary Issues, and Why the Dutch Have a Better System, 13 WASH. U. GLOBAL STUD. L. REV. 127 (2014), https://openscholarship.wustl.edu/law_globalstudies/vol13/iss1/8 This Note is brought to you for free and open access by the Law School at Washington University Open Scholarship. It has been accepted for inclusion in Washington University Global Studies Law Review by an authorized administrator of Washington University Open Scholarship. For more information, please contact [email protected]. PROBLEMS WITH BITTORRENT LITIGATION IN THE UNITED STATES: PERSONAL JURISDICTION, JOINDER, EVIDENTIARY ISSUES, AND WHY THE DUTCH HAVE A BETTER SYSTEM INTRODUCTION In 2011, 23.76% of global internet traffic involved downloading or uploading pirated content, with BitTorrent accounting for an estimated 17.9% of all internet traffic.1 In the United States alone, 17.53% of internet traffic consists of illegal downloading.2 Despite many crackdowns, illegal downloading websites continue to thrive,3 and their users include some of their most avid opponents.4 Initially the Recording Industry Association of America (the “RIAA”) took it upon itself to prosecute individuals who 1. -
Libswift P2p Protocol: an Analysis and Extension
Master Thesis - TRITA-ICT-EX-2012-262 LIBSWIFT P2P PROTOCOL: AN ANALYSIS AND EXTENSION Fu Tang Design and Implementation of ICT products and systems Royal Institute of Technology (KTH) [email protected] October 30th, 2012 Supervisor: Flutra Osmani Examiner: Bj¨ornKnutsson Department: ICT School, NSLab Royal Institute of Technology (KTH) 1 Abstract More and more end-users are using P2P protocols for content sharing, on-demand and live streaming, contributing considerably to overall Internet traffic. A novel P2P streaming protocol named libswift was developed to enable people experience a better service by consuming less resources and transferring less unnecessary functions and metadata. This master thesis studies the inner functioning of libswift and analyzes some of the vulnerabilities that directly impact performance of the protocol, namely download speed and response delay. By investigating the behavior of libswift in scenarios with multiple peers, we found that the lack of a peer selection mechanism inside the protocol affects download efficiency and response time. We also discovered that libswift's internal piece picking algorithm raises competition among peers, thus not fully utilizing connected peers. In addition, we found that current libswift implementation does not follow the specification for PEX peer discovery, thus we modified PEX algorithm to support another message that is used to proactively request new peers from the currently connected. Having made these observations, we designed and implemented a peer selection extension interface that allows for third-party peer selection mechanisms to be used with libswift protocol. Apropos, we tested the interface (or adapter) with an example peer selection mechanism that groups peers according to properties such as latency and locality. -
C.A.T.S. Chats Fall 2015 Julie A
C.A.T.S. Chats Fall 2015 Julie A. Welch, Director CHILD ABUSE TRAINING SERVICES Brianne Schafer, Editor PROSECUTING ATTORNEYS ASSOCIATION OF MI www.michiganprosecutor.org/cats This time of year is one of my favorites. Along with Fall and the cooler weather, Friday night football, sweaters and Pumpkin Spice lattes it is a natural time of year for learning to occur. Not only are our kids heading back to school, we here at CATS are gearing up for our new year of trainings. We have been busy over the summer planning and learning new technologies, advances in learning and what’s coming down the road in the field of child abuse and neglect. If you have a chance to attend one of our confer- ences please do, the CATS seminars are free to our target audience, which in- cludes law enforcement, CPS workers and prosecutors. Some of the things we are working on include a prosecutor only child abuse basic prosecution class, with the success of our prosecutor only training last year we are excited to expand this to a more in depth training for those dealing with these important and often times confusing cases. Forensic Interviewing will continue to be our priority, look for our 16th annual conference this year as well as Internet Safety and What’s Trending in Child Abuse trainings. Sexting and Internet Safety has recently been added to the top 10 health con- cerns for children according to the University of Michigan Health Science group. This is among things like obesity, teen pregnancy, school violence, etc. -
Counteract HPS Applications Plugin Configuration Guide
CounterACT® HPS Applications Plugin Configuration Guide Version 2.1.4 CounterACT® HPS Applications Plugin Configuration Guide Table of Contents About the HPS Applications Plugin ............................................................... 3 Requirements .............................................................................................. 3 Installation .................................................................................................. 4 Configuration ............................................................................................... 4 Working with Endpoint Information ............................................................. 4 Detect Windows Versions .............................................................................. 5 Detect Third-Party Applications ...................................................................... 6 Manage Third-Party Applications .................................................................... 8 Kill Cloud Storage on Windows ................................................................... 8 Kill Instant Messaging on Windows ............................................................. 9 Kill Peer-to-Peer on Windows ..................................................................... 9 Start Antivirus on Windows ...................................................................... 10 Update Antivirus on Windows ................................................................... 10 Appendix A: Endpoint Applications Detected by CounterACT ..................... -
Torrents for Mac
1 / 2 Torrents For Mac Mac Torrent Download - Torrents for Mac. Free Apps, Games & Plugins. Apple Final Cut Pro & Logic Pro X, Adobe Photoshop, Lightroom, Illustrator, Premiere .... H. D. Mac Murdo , residing in Glasgow , v . ... Torrents of abuse were poured upon Lord Eldon , as a judge wavering in his mind , and dilatory in his decisions .... Quickly play torrent files and magnet links · Download torrents on Mac from your favorite browser · Supporting MacOS Catalina and below.. Jun 28, 2019 — Vuze, which was previously known as Azureus, offers far more detail than qBittorrent and Transmission, but still has a good macOS-friendly .... 11 hours ago — Google search now casually highlights 'best torrent sites . ... torrent torrentfunk site torrents mac torrenting software movies downloading ... Nov 14, 2020 — Can anyone suggest which is the best Torrent client on macOS Big Sur 11.0.1 ? Vuze torrent client which was running smoothly on Catalina , it .... May 28, 2021 — uTorrent; Transmission; WebTorrent; BitTorrent; Vuze; Deluge; qBitTorrent. The problem is, if you have a Mac device, installing a quality torrent .... Jan 29, 2021 — You could also have a firewall feature turned on your Mac. In this case, disabling it will likely let the torrent client downloads go through:.. A site offering torrents: It will serve as torrent search engine; A Torrent download software: Install on your Mac, it is he that will let you upload your file .... Find: Search for torrents or browse artist-sponsored content, directly from your software interface. Get: Download torrents and manage your files in the torrent .... Mar 16, 2006 — Softonic review. The original Bittorrent client.