Connected NCT # Show Full-Configuration #Config-Version

Total Page:16

File Type:pdf, Size:1020Kb

Connected NCT # Show Full-Configuration #Config-Version Connected NCT # show full-configuration #config-version=FG200A-4.00-FW-build178-090820:opmode=0:vdom=0 #conf_file_ver=10491300511546348673 #buildno=0178 config system global set access-banner disable set admin-https-pki-required disable set admin-lockout-duration 60 set admin-lockout-threshold 3 set admin-maintainer enable set admin-port 80 set admin-scp disable set admin-server-cert "self-sign" set admin-sport 443 set admin-ssh-port 22 set admin-ssh-v1 disable set admin-telnet-port 23 set admintimeout 5 set anti-replay strict set auth-cert "self-sign" set auth-http-port 1000 set auth-https-port 1003 set auth-keepalive disable set auth-policy-exact-match enable set av-failopen pass set av-failopen-session disable set batch-cmdb enable set cfg-save automatic --More-- set check-protocol-header loose --More-- set check-reset-range disable --More-- set clt-cert-req disable --More-- set daily-restart disable --More-- set detection-summary enable --More-- set dst disable --More-- set endpoint-control-portal-port 8009 --More-- set failtime 5 --More-- set fds-statistics enable --More-- set fsae-burst-size 300 --More-- set fsae-rate-limit 100 --More-- set gui-ipv6 disable --More-- set gui-lines-per-page 50 --More-- set hostname "NCT" --More-- set http-obfuscate modified --More-- set ie6workaround disable --More-- set internal-switch-mode switch --More-- unset internal-switch-speed --More-- set interval 5 --More-- set ip-src-port-range 1024-25000 --More-- set language english --More-- set lcdpin ENC XXVrg9a1cu6os --More-- set lcdprotection disable --More-- set ldapconntimeout 500 --More-- set log-user-in-upper disable --More-- set loglocaldeny disable --More-- set management-vdom "root" --More-- set phase1-rekey enable --More-- set radius-port 1812 --More-- set refresh 0 --More-- set registration-notification enable --More-- set remoteauthtimeout 5 --More-- set reset-sessionless-tcp disable --More-- set send-pmtu-icmp enable --More-- set service-expire-notification enable --More-- set sslvpn-sport 10443 --More-- set strong-crypto disable --More-- set tcp-halfclose-timer 120 --More-- set tcp-halfopen-timer 60 --More-- set tcp-option enable --More-- set tcp-timewait-timer 120 --More-- set timezone 04 --More-- set tos-based-priority high --More-- set udp-idle-timer 180 --More-- set user-server-cert "self-sign" --More-- set vdom-admin disable --More-- set vip-arp-range restricted --More-- set wireless-controller enable --More-- set wireless-controller-port 5246 --More-- set fds-statistics-period 60 --More-- end --More-- config system accprofile --More-- edit "prof_admin" --More-- set admingrp read-write --More-- set authgrp read-write --More-- set endpoint-control-grp read-write --More-- set fwgrp read-write --More-- set loggrp read-write --More-- unset menu-file --More-- set mntgrp read-write --More-- set netgrp read-write --More-- unset roles --More-- set routegrp read-write --More-- set sysgrp read-write --More-- set updategrp read-write --More-- set utmgrp read-write --More-- set vpngrp read-write --More-- next --More-- end --More-- config system interface --More-- edit "wan1" --More-- set vdom "root" --More-- set mode dhcp --More-- set distance 5 --More-- set priority 0 --More-- set dhcp-relay-service disable --More-- unset dhcp-relay-ip --More-- set dhcp-relay-type regular --More-- unset ip --More-- set allowaccess ping https http --More-- set gwdetect disable --More-- unset detectserver --More-- set detectprotocol ping --More-- set ha-priority 0 --More-- set dns-query disable --More-- set arpforward enable --More-- set broadcast-forward disable --More-- set bfd global --More-- set l2forward disable --More-- set icmp-redirect enable --More-- set vlanforward enable --More-- set stpforward disable --More-- set ips-sniffer-mode disable --More-- set ident-accept disable --More-- set ipmac disable --More-- set subst disable --More-- set log disable --More-- set fdp disable --More-- set ddns disable --More-- set status up --More-- set netbios-forward disable --More-- set wins-ip 0.0.0.0 --More-- set type physical --More-- set tcp-mss 0 --More-- set inbandwidth 0 --More-- set outbandwidth 0 --More-- set spillover-threshold 0 --More-- set description '' --More-- set alias "NCT" --More-- config ipv6 --More-- set autoconf disable --More-- set ip6-address ::/0 --More-- unset ip6-allowaccess --More-- set ip6-default-life 1800 --More-- set ip6-hop-limit 0 --More-- set ip6-link-mtu 0 --More-- set ip6-manage-flag disable --More-- set ip6-max-interval 600 --More-- set ip6-min-interval 198 --More-- set ip6-other-flag disable --More-- set ip6-reachable-time 0 --More-- set ip6-retrans-time 0 --More-- set ip6-send-adv disable --More-- end --More-- set dhcp-client-identifier '' --More-- set idle-timeout 0 --More-- set defaultgw enable --More-- set dns-server-override enable --More-- unset macaddr --More-- set speed auto --More-- set mtu-override disable --More-- set wccp disable --More-- set explicit-web-proxy disable --More-- next --More-- edit "wan2" --More-- set vdom "root" --More-- set mode static --More-- set dhcp-relay-service disable --More-- unset dhcp-relay-ip --More-- set dhcp-relay-type regular --More-- set ip 0.0.0.0 0.0.0.0 --More-- set allowaccess ping --More-- set gwdetect disable --More-- unset detectserver --More-- set detectprotocol ping --More-- set ha-priority 0 --More-- set dns-query disable --More-- set pptp-client disable --More-- set arpforward enable --More-- set broadcast-forward disable --More-- set bfd global --More-- set l2forward disable --More-- set icmp-redirect enable --More-- set vlanforward enable --More-- set stpforward disable --More-- set ips-sniffer-mode disable --More-- set ident-accept disable --More-- set ipmac disable --More-- set subst disable --More-- set log disable --More-- set fdp disable --More-- set ddns disable --More-- set status up --More-- set netbios-forward disable --More-- set wins-ip 0.0.0.0 --More-- set type physical --More-- set tcp-mss 0 --More-- set inbandwidth 0 --More-- set outbandwidth 0 --More-- set spillover-threshold 0 --More-- set description '' --More-- set alias '' --More-- config ipv6 --More-- set autoconf disable --More-- set ip6-address ::/0 --More-- unset ip6-allowaccess --More-- set ip6-default-life 1800 --More-- set ip6-hop-limit 0 --More-- set ip6-link-mtu 0 --More-- set ip6-manage-flag disable --More-- set ip6-max-interval 600 --More-- set ip6-min-interval 198 --More-- set ip6-other-flag disable --More-- set ip6-reachable-time 0 --More-- set ip6-retrans-time 0 --More-- set ip6-send-adv disable --More-- end --More-- set idle-timeout 0 --More-- unset macaddr --More-- set speed auto --More-- set mtu-override disable --More-- set wccp disable --More-- set explicit-web-proxy disable --More-- next --More-- edit "dmz1" --More-- set vdom "root" --More-- set mode static --More-- set dhcp-relay-service disable --More-- unset dhcp-relay-ip --More-- set dhcp-relay-type regular --More-- set ip 10.10.10.1 255.255.255.0 --More-- set allowaccess ping https --More-- set gwdetect disable --More-- unset detectserver --More-- set detectprotocol ping --More-- set ha-priority 0 --More-- set dns-query disable --More-- set pptp-client disable --More-- set arpforward enable --More-- set broadcast-forward disable --More-- set bfd global --More-- set l2forward disable --More-- set icmp-redirect enable --More-- set vlanforward enable --More-- set stpforward disable --More-- set ips-sniffer-mode disable --More-- set ident-accept disable --More-- set ipmac disable --More-- set subst disable --More-- set log disable --More-- set fdp disable --More-- set ddns disable --More-- set status up --More-- set netbios-forward disable --More-- set wins-ip 0.0.0.0 --More-- set type physical --More-- set tcp-mss 0 --More-- set inbandwidth 0 --More-- set outbandwidth 0 --More-- set spillover-threshold 0 --More-- set description '' --More-- set alias '' --More-- config ipv6 --More-- set autoconf disable --More-- set ip6-address ::/0 --More-- unset ip6-allowaccess --More-- set ip6-default-life 1800 --More-- set ip6-hop-limit 0 --More-- set ip6-link-mtu 0 --More-- set ip6-manage-flag disable --More-- set ip6-max-interval 600 --More-- set ip6-min-interval 198 --More-- set ip6-other-flag disable --More-- set ip6-reachable-time 0 --More-- set ip6-retrans-time 0 --More-- set ip6-send-adv disable --More-- end --More-- set idle-timeout 0 --More-- unset macaddr --More-- set speed auto --More-- set mtu-override disable --More-- set wccp disable --More-- set explicit-web-proxy disable --More-- next --More-- edit "dmz2" --More-- set vdom "root" --More-- set mode static --More-- set dhcp-relay-service disable --More-- unset dhcp-relay-ip --More-- set dhcp-relay-type regular --More-- set ip 0.0.0.0 0.0.0.0 --More-- set allowaccess ping --More-- set gwdetect disable --More-- unset detectserver --More-- set detectprotocol ping --More-- set ha-priority 0 --More-- set dns-query disable --More-- set pptp-client disable --More-- set arpforward enable --More-- set broadcast-forward disable --More-- set bfd global --More-- set l2forward disable --More-- set icmp-redirect enable --More-- set vlanforward enable --More-- set stpforward disable --More-- set ips-sniffer-mode disable --More-- set ident-accept disable --More-- set ipmac disable --More-- set subst disable --More-- set log disable --More-- set fdp disable --More-- set ddns disable --More-- set status up --More-- set netbios-forward disable --More-- set wins-ip 0.0.0.0 --More-- set type physical --More-- set tcp-mss 0 --More-- set inbandwidth 0 --More-- set outbandwidth 0 --More--
Recommended publications
  • Sid 1 (4) STOCKHOLMS TINGSRÄTT PROTOKOLL Aktbilaga 19 Patent- Och Marknadsdomstolen 2019-10-08 Mål Nr Handläggning I PMÄ 13209-19 Stockholm
    Sid 1 (4) STOCKHOLMS TINGSRÄTT PROTOKOLL Aktbilaga 19 Patent- och marknadsdomstolen 2019-10-08 Mål nr Handläggning i PMÄ 13209-19 Stockholm Handläggning i parternas utevaro RÄTTEN Rådmannen Carl Rosenmüller PROTOKOLLFÖRARE Tingsnotarien Mikaela Alderhorn PARTER Sökande Copyright Management Services Ltd, 092766-90 43 Berkeley Square W1J 5AP London Storbritannien Ombud: Advokaterna Jeppe Brogaard Clausen och Emelie Svensson NJORD Law Firm Pilestræde 58 DK-1112 Köpenhamn Danmark Motpart Telia Sverige AB, 556430-0142 169 94 Solna Ombud: Bolagsjurist Peter Holm Adress som bolaget SAKEN Informationsföreläggande enligt upphovsrättslagen; fråga om säkerhetsåtgärd enligt 26 § lagen om domstolsärenden _____________ YRKANDEN M.M. Copyright Management Services Ltd (CMS) har i ansökan om informationsföre- läggande yrkat att Patent- och marknadsdomstolen vid vite om 200 000 kr ska förelägga Telia Sverige AB (Telia) att ge CMS information om namn på och adress till de som var registrerade som användare av de IP-adresser som anges i bilaga 1 vid de Dok.Id 2082696 Postadress Besöksadress Telefon Telefax Expeditionstid Box 8307 Rådhuset, 08- 561 654 70 måndag – fredag 104 20 Stockholm Scheelegatan 7 E-post: [email protected] 08:00–16:00 www.stockholmstingsratt.se Sid 2 STOCKHOLMS TINGSRÄTT PROTOKOLL PMÄ 13209-19 Patent- och marknadsdomstolen 2019-10-08 tidpunkter som anges i anslutning till respektive IP-adress. CMS har vidare yrkat att domstolen, för tiden till dess ärendet avgjorts eller annat beslutas, vid vite om 200 000 kr ska förbjuda Telia att förstöra de uppgifter som avses med yrkandet om informa- tionsföreläggande (säkerhetsåtgärd). Telia har till stöd för sin ansökan åberopat bl.a. DVD-omslag, registreringsansökningar och utdrag från United States Copyright Office samt licensavtal.
    [Show full text]
  • Threat Modeling and Circumvention of Internet Censorship
    Threat modeling and circumvention of Internet censorship David Fifield September 27, 2017 Abstract Research on Internet censorship is hampered by a lack of adequate models of censor behavior, encompassing both censors' current practice and their likely future evolution. Censor models guide the development of circumvention systems, so it is important to get them right. A censor model should be understood not only as a set of capabilities| such as the ability to monitor network traffic—but also as a set of priorities constrained by resource limitations. A circumvention system designed under inadequate assumptions runs the risk of being either easily blocked, or impractical to deploy. My thesis research will be concerned with developing empirically informed censor models and practical, effective circumvention systems to counter them. My goal is to move the field away from seeing the censorship problem as a cat-and-mouse game that affords only incre- mental and temporary advancements. We should instead state the hypotheses and assumptions under which our circumvention designs will work|with the designs being more or less practical depending on how well the hypotheses and assumptions match the behavior of real-world censors. 1 Thesis My research is about Internet censorship and how to make it ineffective. To this end, I am interested in building useful models of real-world censors as they exist today and may exist in the future, for the purpose of building circumvention systems that are not only sound in theory but also effective in practice. 1 2 Scope Internet censorship is an enormous topic. My thesis research is concerned with one important case of it: the border firewall.
    [Show full text]
  • OSS: Using Online Scanning Services for Censorship Circumvention
    OSS: Using Online Scanning Services for Censorship Circumvention David Fifield1, Gabi Nakibly2, and Dan Boneh1 1 Computer Science Department, Stanford University 2 National EW Research & Simulation Center, Rafael { Advanced Defense Systems Ltd. Abstract. We introduce the concept of a web-based online scanning service, or OSS for short, and show that these OSSes can be covertly used as proxies in a censorship circumvention system. Such proxies are suitable both for short one-time rendezvous messages and bulk bidirectional data transport. We show that OSSes are widely available on the Internet and blocking all of them can be difficult and harmful. We measure the number of round trips and the amount of data that can be pushed through various OSSes and show that we can achieve throughputs of about 100 KB/sec. To demonstrate the effectiveness of our approach we built a system for censored users to communicate with blocked Tor relays using available OSS providers. We report on its design and performance. 1 Introduction Nowadays many nations regularly filter Internet traffic by blocking news sites, social networking sites, search sites, and even public mail sites like Gmail. The OpenNet Initiative, which tracks public reports of Internet filtering, lists a large number of countries that filter Internet traffic. Over half of the 74 countries tested in 2011 imposed some degree of filtering on the Internet [1]. In response, several proxy systems have emerged to help censored users freely browse the Internet. Most notable among these is Tor [2], which, while originally designed to provide anonymity, has also seen wide use in circumvention.
    [Show full text]
  • Threat Modeling and Circumvention of Internet Censorship by David Fifield
    Threat modeling and circumvention of Internet censorship By David Fifield A dissertation submitted in partial satisfaction of the requirements for the degree of Doctor of Philosophy in Computer Science in the Graduate Division of the University of California, Berkeley Committee in charge: Professor J.D. Tygar, Chair Professor Deirdre Mulligan Professor Vern Paxson Fall 2017 1 Abstract Threat modeling and circumvention of Internet censorship by David Fifield Doctor of Philosophy in Computer Science University of California, Berkeley Professor J.D. Tygar, Chair Research on Internet censorship is hampered by poor models of censor behavior. Censor models guide the development of circumvention systems, so it is important to get them right. A censor model should be understood not just as a set of capabilities|such as the ability to monitor network traffic—but as a set of priorities constrained by resource limitations. My research addresses the twin themes of modeling and circumvention. With a grounding in empirical research, I build up an abstract model of the circumvention problem and examine how to adapt it to concrete censorship challenges. I describe the results of experiments on censors that probe their strengths and weaknesses; specifically, on the subject of active probing to discover proxy servers, and on delays in their reaction to changes in circumvention. I present two circumvention designs: domain fronting, which derives its resistance to blocking from the censor's reluctance to block other useful services; and Snowflake, based on quickly changing peer-to-peer proxy servers. I hope to change the perception that the circumvention problem is a cat-and-mouse game that affords only incremental and temporary advancements.
    [Show full text]
  • UNIVERSIDAD AUTÓNOMA DE CIUDAD JUÁREZ Instituto De Ingeniería Y Tecnología Departamento De Ingeniería Eléctrica Y Computación
    UNIVERSIDAD AUTÓNOMA DE CIUDAD JUÁREZ Instituto de Ingeniería y Tecnología Departamento de Ingeniería Eléctrica y Computación GRABADOR DE VIDEO DIGITAL UTILIZANDO UN CLUSTER CON TECNOLOGÍA RASPBERRY PI Reporte Técnico de Investigación presentado por: Fernando Israel Cervantes Ramírez. Matrícula: 98666 Requisito para la obtención del título de INGENIERO EN SISTEMAS COMPUTACIONALES Profesor Responsable: M.C. Fernando Estrada Saldaña Mayo de 2015 ii Declaraci6n de Originalidad Yo Fernando Israel Cervantes Ramirez declaro que el material contenido en esta publicaci6n fue generado con la revisi6n de los documentos que se mencionan en la secci6n de Referencias y que el Programa de C6mputo (Software) desarrollado es original y no ha sido copiado de ninguna otra fuente, ni ha sido usado para obtener otro tftulo o reconocimiento en otra Instituci6n de Educaci6n Superior. Nombre alumno IV Dedicatoria A Dios porque Él es quien da la sabiduría y de su boca viene el conocimiento y la inteligencia. A mis padres y hermana por brindarme su apoyo y ayuda durante mi carrera. A mis tíos y abuelos por enseñarme que el trabajo duro trae sus recompensas y que no es imposible alcanzar las metas soñadas, sino que solo es cuestión de perseverancia, trabajo, esfuerzo y tiempo. A mis amigos: Ana, Adriel, Miguel, Angélica, Deisy, Jonathan, Antonio, Daniel, Irving, Lupita, Christian y quienes me falte nombrar, pero que se han convertido en verdaderos compañeros de vida. v Agradecimientos Agradezco a Dios por haberme permitido llegar hasta este punto en la vida, sin Él, yo nada sería y es Él quien merece el primer lugar en esta lista. Gracias Señor porque tu mejor que nadie sabes cuánto me costó, cuanto espere, cuanto esfuerzo y trabajo invertí en todos estos años, gracias.
    [Show full text]
  • Cartoon Network's Implications for the Liability of Cyber Lockers
    View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Columbia University Academic Commons (4) BODNER_POST-FORMAT (DO NOT DELETE) 5/1/2013 7:59 PM Master Copies, Unique Copies and Volitional Conduct: Cartoon Network’s Implications for the Liability of Cyber Lockers Carrie Bodner* INTRODUCTION As technology advances, new types of devices and increasing compatibility of data formats make it possible to use files previously accessible on only one or two devices. For example, a person might wish to access a business file (formerly stored on a work computer or perhaps even in a file cabinet at the office) from her smart phone. Similarly, another might wish to access his MP3 collection (stored on an iPod or personal computer) from his work computer. Such technological progress has paved the way for innovative digital, cable and Internet services that enable users to enjoy copyrighted content in new ways: from time-shifting via VCRs1 to place-shifting via new TV devices;2 from instantly purchasing a movie through video on demand to watching a live stream of sports coverage on the Internet. One type of service that has recently proliferated is the digital storage locker—also known as the cyber locker.3 Digital storage lockers enable users to * J.D., Columbia Law School, 2012; B.A. English, Cornell University, 2007. Special thanks to Professor Jane Ginsburg and Professor June Besek for their insight on this Note, and for furthering my interest in and knowledge of copyright and trademark law as a law student. Many thanks to Bissie Bonner, Marissa Crespo and Rob Bernstein for their hard work and thoughtful feedback throughout the publication process, and also to Gerald Bodner, Candy Bodner, Ben Rankin and Megan Dubatowka for their encouragement and support.
    [Show full text]
  • The Latest Wintv-HVR-1150 Software Can Be Found at Disappeared the Software Will Be Removed
    3. Installing the WinTV-HVR-1150 board WinTV-HVR-1150 To install, switch off the computer and remove the computer cover. The manufacturer of your PC supplies Quick Installation Guide instructions on removing the PC cover. ote: Your PC could be damaged by electrostatic discharge. Avoid this by QI-WINTV-HVR1150-v3B · 1/12/2010 © Hauppauge Computer Works, Inc. 2010 contacting the earthed chassis of your PC, before you open it or touch Hauppauge Computer Works, Inc. Telephone: 631-434-1600 Nthe pci card. 91 Cabot Court Fax: 631-434-3198 Hauppauge, NY 11788 Tech Support: 631-434-3197 • Locate a free PCI slot. Unscrew and remove the metacover plate which covers the back of the empty [email protected] slot. Sales: [email protected] Web site: www.hauppauge.com • Plug the WinTV-HVR-1150 board into the PCI slot, and screw the WinTV-HVR-1150 metal cover plate to the PC. 1. Contents of the WinTV-HVR-1150 package • Replace the computer cover. • WinTV-HVR-1150 board • WinTV-HVR Windows Installation CD-ROM with WinTV v7 appli- 4. Connecting the cables cation with SoftPVR™ and TV Scheduler For the standard WinTV-HVR-1150 products, you will find: TV connector: either cable TV for analog and clear QAM digital or a TV antenna for ATSC TV. • Hauppauge remote control transmitter with 2 AAA batteries ote: clear QAM digital cable TV is only available in some areas and through some cable TV oper- • Remote control receiver cable Nators. Contact your local cable TV company to see if they support clear QAM digital cable TV.
    [Show full text]
  • 1.3 Energy Consumption
    JAIST Repository https://dspace.jaist.ac.jp/ Comparative analysis of overall energy Title consumption of storage architectures in home media players Author(s) ウィ, クリスティアント Citation Issue Date 2011-09 Type Thesis or Dissertation Text version author URL http://hdl.handle.net/10119/9928 Rights Supervisor: Associate Professor Xavier Defago, 情 Description 報科学研究科, 修士 Japan Advanced Institute of Science and Technology Comparative analysis of overall energy consumption of storage architectures in home media players By Christianto Oeij A thesis submitted to School of Information Science, Japan Advanced Institute of Science and Technology, in partial fulfillment of the requirements for the degree of Master of Information Science Graduate Program in Information Science Written under the direction of Associate Professor Xavier D´efago September, 2011 Comparative analysis of overall energy consumption of storage architectures in home media players By Christianto Oeij (9210202) A thesis submitted to School of Information Science, Japan Advanced Institute of Science and Technology, in partial fulfillment of the requirements for the degree of Master of Information Science Graduate Program in Information Science Written under the direction of Associate Professor Xavier D´efago and approved by Associate Professor Xavier D´efago Professor Mizuhito Ogawa Associate Professor Kiyofumi Tanaka August, 2011 (Submitted) Copyright c 2011 by Christianto Oeij Abstract In home entertainment, reducing energy is highly desirable. Our motivations stem from the important factors like the running cost, noise, heat, and energy consumption from the storage as the main component of it. Home theater PC is a good choice of home entertainment since it can provide high quality video output and be affordable in term of cost.
    [Show full text]
  • Blocking-Resistant Communication Through Domain Fronting
    Proceedings on Privacy Enhancing Technologies 2015; 2015 (2):46–64 David Fifield*, Chang Lan, Rod Hynes, Percy Wegmann, and Vern Paxson Blocking-resistant communication through domain fronting Abstract: We describe “domain fronting,” a versatile 1 Introduction censorship circumvention technique that hides the re- mote endpoint of a communication. Domain fronting Censorship is a daily reality for many Internet users. works at the application layer, using HTTPS, to com- Workplaces, schools, and governments use technical and municate with a forbidden host while appearing to com- social means to prevent access to information by the net- municate with some other host, permitted by the cen- work users under their control. In response, those users sor. The key idea is the use of different domain names at employ technical and social means to gain access to the different layers of communication. One domain appears forbidden information. We have seen an ongoing conflict on the “outside” of an HTTPS request—in the DNS re- between censor and censored, with advances on both quest and TLS Server Name Indication—while another sides, more subtle evasion countered by more powerful domain appears on the “inside”—in the HTTP Host detection. header, invisible to the censor under HTTPS encryp- Circumventors, at a natural disadvantage because tion. A censor, unable to distinguish fronted and non- the censor controls the network, have a point working fronted traffic to a domain, must choose between allow- in their favor: the censor’s distaste for “collateral dam- ing circumvention traffic and blocking the domain en- age,” incidental overblocking committed in the course of tirely, which results in expensive collateral damage.
    [Show full text]
  • Internet-Operaattoreihin Kohdistetut Tekijänoikeudelliset Estomääräykset Erityisesti Vertaisverkkopalvelun Osalta
    Pekka Savola INTERNET-OPERAATTOREIHIN KOHDISTETUT TEKIJÄNOIKEUDELLISET ESTOMÄÄRÄYKSET ERITYISESTI VERTAISVERKKOPALVELUN OSALTA Lisensiaatintutkimus, joka on jätetty opinnäytteenä tarkastettavaksi tekniikan lisensiaatin tutkintoa varten Espoossa, 21. marraskuuta 2012. Vastuuprofessori Raimo Kantola Ohjaaja FT, OTK Ville Oksanen AALTO-YLIOPISTO LISENSIAATINTUTKIMUKSEN TIIVISTELMÄ TEKNIIKAN KORKEAKOULUT PL 11000, 00076 AALTO http://www.aalto.fi Tekijä: Pekka Savola Työn nimi: Internet-operaattoreihin kohdistetut tekijänoikeudelliset estomääräykset erityisesti vertaisverkkopalvelun osalta Korkeakoulu: Sähkötekniikan korkeakoulu Laitos: Tietoliikenne- ja tietoverkkotekniikka Tutkimusala: Tietoverkkotekniikka Koodi: S041Z Työn ohjaaja(t): FT, OTK Ville Oksanen Työn vastuuprofessori: Raimo Kantola Työn ulkopuolinen tarkastaja(t): Professori, OTT Niklas Bruun Tiivistelmä: Tarkastelen työssäni Internet-yhteydentarjoajiin (operaattoreihin) kohdistettuja tekijänoikeudellisia estomääräyksiä erityisesti vertaisverkkopalvelun osalta sekä tekniseltä että oikeudelliselta kannalta. Tarkastelen erityisesti The Pirate Bay -palvelusta herääviä kysymyksiä. Esitän aluksi yleiskatsauksen muistakin kuin tekijänoikeudellisista säännöksistä ja tarkastelen laajaa ennakollisen ja jälkikäteisen puuttumisen keinojen kirjoa. Tarkastelen teknisiä estomenetelmiä ja estojen kierrettävyyttä ja tehokkuutta. Keskeisimpiä estotapoina esittelen IP-, DNS- ja URL-estot. URL-eston toteuttaminen kaksivaiheisena menetelmänä olisi järjestelmistä joustavin, mutta siihen liittyvät
    [Show full text]
  • My Channel Logos 2 Download
    My channel logos 2 download click here to download 2) View 3 hours of the guide at once instead of just two. 3) And all of this now officially works in Windows 8! 2) Now our database has reworked US Logos with. I bought MCL Version 2- do I get a free copy of MCL XL? If you purchased MCL XL less than one month ago, your download link should still work. If you lost. 2) Microsoft may issue a patch or send a signal to your PC at a later time that may TunerSalad settings are more likely to persist if you download and install. I have just set up my first HTPC. Yesterday, October 9, I downloaded the My Channel Logos lite. It installed fine on Windows 8 bit, but after Using EPG with logos - TheGreenButton. 2/16/10 am Download, extract, and run the installer file. After the Logo download is complete, the My Channel Logos windows will. Even cooler, My Channel Logos handles all the grunt work, If your PC is running a different supported OS, please download the bit. Last modified at 11/2/ AM by Koen Zomers Download My Channel Logos XL application from this website. It requires you to make a 5 US Dollar. Version of My Channel Logos is now available. For free, one can download and use MCL Lite which offers the most basic funtionality. Hey guys Designer here and this video is in response to a recent request! Make sure to comment any questions. Whether you have to pay for it or not, you can still use your Windows Media Center with My Channel Logos XL.
    [Show full text]
  • Tapdance: End-To-Middle Anticensorship Without Flow Blocking
    This paper appeared in Proceedings of the 23rd USENIX Security Symposium, August 2014. TapDance: End-to-Middle Anticensorship without Flow Blocking Eric Wustrow Colleen M. Swanson J. Alex Halderman University of Michigan University of Michigan University of Michigan [email protected] [email protected] [email protected] Abstract tools, researchers have recently introduced a new ap- In response to increasingly sophisticated state-sponsored proach called end-to-middle (E2M) proxying [21, 26, 49]. Internet censorship, recent work has proposed a new ap- In an E2M system, friendly network operators agree to proach to censorship resistance: end-to-middle proxying. help users in other, censored countries access blocked This concept, developed in systems such as Telex, Decoy information. These censored users direct traffic toward Routing, and Cirripede, moves anticensorship technology uncensored “decoy” sites, but include with such traffic a into the core of the network, at large ISPs outside the special signal (undetectable by censors) through which censoring country. In this paper, we focus on two techni- they request access to different, censored destinations. cal obstacles to the deployment of certain end-to-middle Participating friendly networks, upon detecting this signal, schemes: the need to selectively block flows and the need redirect the user’s traffic to the censored destination. From to observe both directions of a connection. We propose a the perspective of the censor—or anyone else positioned new construction, TapDance, that removes these require- between the censored user and the friendly network—the ments. TapDance employs a novel TCP-level technique user appears to be in contact only with the decoy site.
    [Show full text]