4.4 IT Infrastructure 4.4.1 Does the Institution Have a Comprehensive IT
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Uila Supported Apps
Uila Supported Applications and Protocols updated Oct 2020 Application/Protocol Name Full Description 01net.com 01net website, a French high-tech news site. 050 plus is a Japanese embedded smartphone application dedicated to 050 plus audio-conferencing. 0zz0.com 0zz0 is an online solution to store, send and share files 10050.net China Railcom group web portal. This protocol plug-in classifies the http traffic to the host 10086.cn. It also 10086.cn classifies the ssl traffic to the Common Name 10086.cn. 104.com Web site dedicated to job research. 1111.com.tw Website dedicated to job research in Taiwan. 114la.com Chinese web portal operated by YLMF Computer Technology Co. Chinese cloud storing system of the 115 website. It is operated by YLMF 115.com Computer Technology Co. 118114.cn Chinese booking and reservation portal. 11st.co.kr Korean shopping website 11st. It is operated by SK Planet Co. 1337x.org Bittorrent tracker search engine 139mail 139mail is a chinese webmail powered by China Mobile. 15min.lt Lithuanian news portal Chinese web portal 163. It is operated by NetEase, a company which 163.com pioneered the development of Internet in China. 17173.com Website distributing Chinese games. 17u.com Chinese online travel booking website. 20 minutes is a free, daily newspaper available in France, Spain and 20minutes Switzerland. This plugin classifies websites. 24h.com.vn Vietnamese news portal 24ora.com Aruban news portal 24sata.hr Croatian news portal 24SevenOffice 24SevenOffice is a web-based Enterprise resource planning (ERP) systems. 24ur.com Slovenian news portal 2ch.net Japanese adult videos web site 2Shared 2shared is an online space for sharing and storage. -
M3AAWG Tutorial on Third Party Recursive Resolvers and Encrypting DNS Stub Resolver-To-Recursive Resolver Traffic Version 1.0 September 2019
Messaging, Malware and Mobile Anti-Abuse Working Group M3AAWG Tutorial on Third Party Recursive Resolvers and Encrypting DNS Stub Resolver-to-Recursive Resolver Traffic Version 1.0 September 2019 The direct URL to this paper is: www.m3aawg.org/dns-crypto-tutorial Document 1 of 2: This document is intended to be accompanied by the paper “M3AAWG Companion Document: Recipes for Encrypting DNS Stub Resolver-to-Recursive Resolver Traffic (www.m3aawg.org/dns-crypto-recipes),” which provides detailed instructions and processes. This document was produced by the M3AAWG Data and Identity Protection Committee. Table of Content Executive Summary 3 Introduction 4 Recommendations for M3AAWG and Its Audiences 7 I. Is the Use of Alternative Third Party Recursive Resolvers and Encryption of Stub Resolver-to- Recursive Resolver Traffic “In-Scope" for M3AAWG Remit? 9 1. DNS Is an Operationally Critical Core Internet Protocol 9 2. DNS and Messaging/Anti-Abuse Work 9 3. User Privacy and Opposition to Pervasive Monitoring 10 4. M3AAWG Membership – Many M3AAWG Members Have a Keen Interest in This Topic 10 II. Recursive Resolvers (Default ISP, Third Party Alternatives and Dedicated Personal Recursive Resolvers) 11 5. How Do Recursive Resolvers Normally Work in an ISP Environment Today? 11 6. A Typical Day in a Typical User's Life Online: Many Different Internet Service Providers, Many Different Recursive Resolvers 12 7. How Can I Even Tell What Name Servers I Am Actually Using Right Now?" 13 8. Intentionally Configuring an Alternative Third Party Recursive Resolver 15 9. Well-Known Third Party Recursive Resolver Providers 16 10. Picking the Right Third Party Recursive Resolver Service 17 11. -
The New England College of Optometry Peer to Peer (P2P) Policy
The New England College of Optometry Peer To Peer (P2P) Policy Created in Compliance with the Higher Education Opportunity Act (HEOA) Peer-to-Peer File Sharing Requirements Overview: Peer-to-peer (P2P) file sharing applications are used to connect a computer directly to other computers in order to transfer files between the systems. Sometimes these applications are used to transfer copyrighted materials such as music and movies. Examples of P2P applications are BitTorrent, Gnutella, eMule, Ares Galaxy, Megaupload, Azureus, PPStream, Pando, Ares, Fileguri, Kugoo. Of these applications, BitTorrent has value in the scientific community. For purposes of this policy, The New England College of Optometry (College) refers to the College and its affiliate New England Eye Institute, Inc. Compliance: In order to comply with both the intent of the College’s Copyright Policy, the Digital Millennium Copyright Act (DMCA) and with the Higher Education Opportunity Act’s (HEOA) file sharing requirements, all P2P file sharing applications are to be blocked at the firewall to prevent illegal downloading as well as to preserve the network bandwidth so that the College internet access is neither compromised nor diminished. Starting in September 2010, the College IT Department will block all well-known P2P ports on the firewall at the application level. If your work requires the use of BitTorrent or another program, an exception may be made as outlined below. The College will audit network usage/activity reports to determine if there is unauthorized P2P activity; the IT Department does random spot checks for new P2P programs every 72 hours and immediately blocks new and emerging P2P networks at the firewall. -
P2P Protocols
CHAPTER 1 P2P Protocols Introduction This chapter lists the P2P protocols currently supported by Cisco SCA BB. For each protocol, the following information is provided: • Clients of this protocol that are supported, including the specific version supported. • Default TCP ports for these P2P protocols. Traffic on these ports would be classified to the specific protocol as a default, in case this traffic was not classified based on any of the protocol signatures. • Comments; these mostly relate to the differences between various Cisco SCA BB releases in the level of support for the P2P protocol for specified clients. Table 1-1 P2P Protocols Protocol Name Validated Clients TCP Ports Comments Acestream Acestream PC v2.1 — Supported PC v2.1 as of Protocol Pack #39. Supported PC v3.0 as of Protocol Pack #44. Amazon Appstore Android v12.0000.803.0C_642000010 — Supported as of Protocol Pack #44. Angle Media — None Supported as of Protocol Pack #13. AntsP2P Beta 1.5.6 b 0.9.3 with PP#05 — — Aptoide Android v7.0.6 None Supported as of Protocol Pack #52. BaiBao BaiBao v1.3.1 None — Baidu Baidu PC [Web Browser], Android None Supported as of Protocol Pack #44. v6.1.0 Baidu Movie Baidu Movie 2000 None Supported as of Protocol Pack #08. BBBroadcast BBBroadcast 1.2 None Supported as of Protocol Pack #12. Cisco Service Control Application for Broadband Protocol Reference Guide 1-1 Chapter 1 P2P Protocols Introduction Table 1-1 P2P Protocols (continued) Protocol Name Validated Clients TCP Ports Comments BitTorrent BitTorrent v4.0.1 6881-6889, 6969 Supported Bittorrent Sync as of PP#38 Android v-1.1.37, iOS v-1.1.118 ans PC exeem v0.23 v-1.1.27. -
BIS Volume 21 Numero 1
Boletim do Instituto de Saúde Volume 21 – n.0 1 – Julho 2020 ISSN 1518-1812 / On-line: 1809-7529 1 | Julho 2020 1 | Julho o Boletim do Instituto de Saúde | BIS | Volume 21 | n. Volume | BIS de Saúde Boletim do Instituto Valentina Massens, influenciadora digital. Comunicação em Saúde na Era Digital Instituto de Saúde Boletim do Instituto de Saúde – BIS Rua Santo Antônio, 590 – Bela Vista Volume 21 – n.0 1 – Julho 2020 São Paulo-SP – CEP 01314-000 ISSN 1518-1812 / On-line: 1809-7529 Tel: (11) 3116-8500 / Fax: (11) 3105-2772 Publicação semestral do Instituto de Saúde www.isaude.sp.gov.br [email protected] Tiragem: 2000 exemplares Rua Santo Antônio, 590 – Bela Vista Secretaria de Estado da Saúde de São Paulo São Paulo-SP – CEP 01314-000 Secretário de Estado da Saúde de São Paulo Tel: (11) 3116-8500 / Fax: (11) 3105-2772 Dr. José Henrique Germann Ferreira [email protected] Instituto de Saúde Diretora do Instituto de Saúde Instituto de Saúde – www.isaude.sp.gov.br Luiza Sterman Heimann Portal de Revistas da SES-SP – http://periodicos.ses.sp.bvs.br Vice-diretora do Instituto de Saúde Editor Sônia I. Venâncio Márcio Derbli Diretora do Centro de Pesquisa e Desenvolvimento para o SUS-SP Editores científicos Tereza Etsuko da Costa Rosa Maria Thereza Bonilha Dubugras (Instituto de Saúde); Peter Rembischevski (Agência Nacional de Vigilância Sanitária); Vidal Augusto Zapparoli Diretora do Centro de Tecnologias de Saúde para o SUS-SP Castro Melo (Escola Politécnica da Universidade de São Paulo); Rogerio Tereza Setsuko Toma Venturineli -
Año De La Salud Y Del Personal Sanitario Anexo Número: Referencia
G O B I E R N O DE LA P R O V I N C I A DE B U E N O S A I R E S 2021 - Año de la Salud y del Personal Sanitario Anexo Número: Referencia: EX-2020-26076623-GDEBA-DDPRYMGEMSGP Anexo VI VI. SUPERINTENDENCIA DE INVESTIGACIONES DEL TRÁFICO DE DROGAS ILÍCITAS Y CRIMEN ORGANIZADO. VI.1) Curso Básico en tareas Operativas para la Lucha y Neutralización del Narcotráfico. 1. Nombre de la Capacitación: Curso Básico en tareas Operativas para la Lucha y Neutralización del Narcotráfico. Superintendencia o área responsable: Dirección de Prevención – Div. Capacitación. Superintendencia de Investigaciones del Tráfico de Drogas Ilícitas y Crimen Organizado, Ministerio de Seguridad de la Provincia de Buenos Aires. Modalidad: Semipresencial. Sin afectación del servicio. Carga Horaria: La propuesta demandará 32 horas reloj equivalente a 48 horas cátedras, las que se distribuirán en 4 encuentros presenciales de 8 horas reloj cada uno de: 9.00 a 17.00 hs. con un espacio de refrigerio. Duración: Se prevé llevar a cabo el presente entre los meses de marzo y abril del 2021. La presente capacitación tendrá una duración de 4 encuentros. Los cuáles serán distribuidos en una asistencia por semana. Coordinadores de la Capacitación: Comisario Inspector (Cdo) Benítez Edgar. Capitán (E.G.) Viviana Rivero. Teniente (E.G.) Fernández Marina. Tel (0221) 4231867/68 Int. 122. Mail de referencia: [email protected]; [email protected] 2. Nombre del Proyecto de Capacitación y Área Responsable del Proyecto: Curso Básico en tareas Operativas para la Lucha y Neutralización del Narcotráfico. Área Responsable del Proyecto: Dirección de Prevención – Div. -
Online Security for Independent Media and Civil Society Activists
Online Security for Independent Media and Civil Society Activists A white paper for SIDA’s October 2010 “Exile Media” conference Eric S Johnson (updated 13 Oct 2013) For activists who make it a priority to deliver news to citizens of countries which try to control the information to which their citizens have access, the internet has provided massive new opportunities. But those countries’ governments also realise ICTs’ potential and implement countermeasures to impede the delivery of independent news via the internet. This paper covers what exile media can or should do to protect itself, addressing three categories of issues: common computer security precautions, defense against targeted attacks, and circumventing cybercensorship, with a final note about overkill (aka FUD: fear, uncertainty, doubt). For each of the issues mentioned below, specific ex- amples from within the human rights or freedom of expression world can be provided where non-observance was cata- strophic, but most of those who suffered problems would rather not be named. [NB Snowden- gate changed little or nothing about these recommendations.] Common computer security: The best defense is a good … (aka “lock your doors”) The main threats to exile media’s successful use of ICTs—and solutions—are the same as for any other computer user: 1) Ensure all software automatically patches itself regularly against newly-discovered secu- rity flaws (e.g. to maintain up-to-date SSL certificate revocation lists). As with antivirus software, this may cost something; e.g. with Microsoft (Windows and Office), it may re- quire your software be legally purchased (or use the WSUS Offline Update tool, which helps in low-bandwidth environments). -
The Current State of Anonymous Filesharing
The current state of anonymous file-sharing Bachelor Thesis Marc Seeger Studiengang Medieninformatik Hochschule der Medien Stuttgart July 24, 2008 I Abstract This thesis will discuss the current situation of anonymous file-sharing. An overview of the currently most popular file-sharing protocols and their properties concerning anonymity and scalability will be discussed. The new generation of "designed-for-anonymity" protocols, the patterns behind them and their current implementations will be covered as well as the usual attacks on anonymity in computer networks. II Declaration of originality I hereby declare that all information in this document has been obtained and presented in accordance with academic rules and ethical conduct. I also declare that, as required by these rules and conduct, I have fully cited and referenced all material and results that are not original to this work. Marc Seeger Stuttgart, July 24, 2008 III Contents 1 Different needs for anonymity 1 2 Basic concept of anonymity in file-sharing 2 2.1 What is there to know about me? . 2 2.2 The wrong place at the wrong time . 2 2.3 Motivation: Freedom of speech / Freedom of the press . 3 3 Technical Networking Background 3 3.1 Namespaces . 3 3.2 Routing . 4 3.3 Identification throughout the OSI layers . 5 4 Current popular file-sharing-protocols 7 4.1 A small history of file-sharing . 7 4.1.1 The beginning: Server Based . 7 4.1.2 The evolution: Centralized Peer-to-Peer . 8 4.1.3 The current state: Decentralized Peer-to-Peer . 8 4.1.4 The new kid on the block: Structured Peer-to-Peer networks . -
Dns / Opennic / Dnscrypt
dns / opennic / dnscrypt Serial: 2015111401 What is DNS ● Domain Name System ● In simple words when you are looking for hackerspace.gr you 're looking for the IP of the server that hosts the hackerspace site. ● But how ? How DNS works public/open dns ● Goodle dns – 8.8.8.8 2001:4860:4860::8888 – 8.8.4.4 2001:4860:4860::8844 ● OpenDNS – 208.67.222.222 2620:0:ccc::2 – 208.67.220.220 2620:0:ccd::2 ● norton dns/comodo/dns advantage/dns.watch ● fdn/freeDNS/Verisign ● BUT THEY ALL track what you are watching!!!! https://www.opennicproject.org/ ● OpenNIC is an alternate network information center/alternative DNS root which lists itself as an alternative to ICANN and its registries. ● Total DNS Neutrality ● Have A Say In Your DNS ● Protect Your Privacy ● No More ISP DNS Hijacking ● No Cost (Gratis) ● Freedom From Government Intervention openic website/wiki New Top Level Domains .bbs .ing .dyn .micro .free .neo .fur .null .geek .oss .gopher .oz .indy .parody 1. How does opennic work? . 82796 IN NS ns9.opennic.glue. 82796 IN NS ns3.opennic.glue. 82796 IN NS ns8.opennic.glue. 82796 IN NS ns4.opennic.glue. 82796 IN NS ns10.opennic.glue. 82796 IN NS ns6.opennic.glue. 82796 IN NS ns7.opennic.glue. 82796 IN NS ns2.opennic.glue. ;; Received 174 bytes from 94.242.59.170#53(94.242.59.170) in 126 ms 2. gr. 172800 IN NS gr-br.ics.forth.gr. gr. 172800 IN NS gr-at.ics.forth.gr. gr. 172800 IN NS estia.ics.forth.gr. -
NSA's MORECOWBELL
NSA's MORECOWBELL: Knell for DNS Christian Grothoff Matthias Wachs Monika Ermert Jacob Appelbaum Inria TU Munich Heise Verlag Tor Project 1 Introduction On the net, close to everything starts with a request to the Domain Name System (DNS), a core Internet protocol to allow users to access Internet services by names, such as www.example.com, instead of using numeric IP addresses, like 2001:DB8:4145::4242. Developed in the \Internet good old times" the contemporary DNS is like a large network activity chart for the visually impaired. Consequently, it now attracts not only all sorts of commercially-motivated surveillance, but, as new documents of the NSA spy program MORECOWBELL confirm, also the National Security Agency. Given the design weaknesses of DNS, this begs the question if DNS be secured and saved, or if it has to be replaced | at least for some use cases. In the last two years, there has been a flurry of activity to address security and privacy in DNS at the Internet Engineering Task Force (IETF), the body that documents the DNS standards. The Internet Architecture Board, peer body of the IETF, just called on the engineers to use encryption everywhere, possibly including DNS. [4] A recent draft [6] by the IETF on DNS privacy starts by acknowledging that the DNS \... is one of the most important infrastructure components of the Internet and one of the most often ignored or misunderstood. Almost every activity on the Internet starts with a DNS query (and often several). Its use has many privacy implications ..." Despite seemingly quick consensus on this assessment, the IETF is not expecting that existing industry solutions will change the situation anytime soon: \It seems today that the possibility of massive encryption of DNS traffic is very remote." [5] From a surveillance perspective, DNS currently treats all information in the DNS database as public data. -
Vpn Vpns Que Aceptan Pagos Anónimos Vpns De Pago Vpns Gratuitas
Anonimato En Red Ante todo, hay que tener claro que el anonimato 100% fiable en internet, no existe. Aún así, con diversos programas puedes ¨camuflarte¨ en un porcentaje bastante elevado. Indice Vpn VPNs que aceptan pagos anónimos VPNs de pago VPNs gratuitas Servidores DNS libres ¿Qué son? Cambiar DNS en WinXP Cambiar DNS en Windows Vista o Win7 Cambiar DNS en GNU/Linux Securizar DNS Lista de servidores DNS libres Tor ¿Cómo funciona? Instalación en Windows Instalación en Debian/Ubuntu Debilidades de la red Tor i2p ¿Qué es? Como acceder a IRC a través de i2p Iniciando i2p en Linux FoxyProxy ¿Qué es? ¿Qué es un proxy? Instalación Utilización Otra información de interés JonDonym ¿Qué es? Configuración y uso Freenet ¿Qué es? Configuración en Linux Descarga VPN VPN o Redes Privadas Virtuales (wiki: en.wikipedia.org/wiki/Virtual_private_n... ). “El mejor método” para navegar de forma anónima y casi el más fácil de configurar sería un VPN de PAGO. Hay versiones gratuitas de VPNs, pero no son recomendables, ya que podrían dar información de tu acceso a Internet a compañías 1 of 13 de publicidad y lo más probable es que estén más dispuestos a renunciar a proteger tu información en cualquier situación legal delicada. Las instrucciones para instalar y/o configurar tu VPN suelen ser facilitadas por los propios proveedores del servicio. VPNs que aceptan pagos anónimos (ukash, cashu, paysafecar, BitCoin etc…) www.101sec.net (Recomendada por #opspain) www.bwprivacy.to www.yourprivatevpn.com www.ivacy.com www.microvpn.com (solo IPs de EEUU) www.ovpn.to www.change-mon-ip.com -
Understanding the Impact of Encrypted DNS on Internet Censorship
Understanding the Impact of Encrypted DNS on Internet Censorship Lin Jin Shuai Hao Haining Wang Chase Cotton University of Delaware Old Dominion University Virginia Tech University of Delaware Newark, Delaware, USA Norfolk, Virginia, USA Arlington, Virginia, USA Newark, Delaware, USA [email protected] [email protected] [email protected] [email protected] ABSTRACT 1 INTRODUCTION DNS traffic is transmitted in plaintext, resulting in privacy leakage. The Domain Name System (DNS) provides important mappings To combat this problem, secure protocols have been used to encrypt between domain names and their numerical IP addresses to direct DNS messages. Existing studies have investigated the performance users to Internet services. As a fundamental component of the overhead and privacy benefits of encrypted DNS communications, Internet, DNS was designed as an unencrypted protocol. However, yet little has been done from the perspective of censorship. In this this allows eavesdroppers to sniff the domain that a user is going paper, we study the impact of the encrypted DNS on Internet cen- to visit, raising a privacy concern. In order to mitigate this privacy sorship in two aspects. On one hand, we explore the severity of DNS issue, secure protocols, such as DNS-over-TLS (DoT) [29] and DNS- manipulation, which could be leveraged for Internet censorship, over-HTTPS (DoH) [25], have been proposed to encrypt DNS traffic, given the use of encrypted DNS resolvers. In particular, we perform and DNS service providers, such as Google and Cloudflare, have 7.4 million DNS lookup measurements on 3,813 DoT and 75 DoH gradually supported these protocols on their resolvers.