The TCP/IP Guide Welcome to the free online version of The TCP/IP Guide! My name is Charles and I am the author and publisher. I hope you will find the material here useful to you in your studies of computing, networking, and programming. Here are a few tips, links and reminders to help you out: Introduction: Newcomers to The TCP/IP Guide may wish to read the Introduction and Guide to the Guide, which will explain what the Guide is about and provide you with useful information about how to use it. Last but definitely not least: this site is provided as an online reference resource for casual use. If you like The TCP/IP Guide enough to want your own copy in convenient PDF format, please license the full Guide. Thanks again and enjoy the site! Charles Home - Table Of Contents - Contact Us
Probably the Best Free Security List in the WorldSecurity List Index Select a Security Category: All Items Keys Discontinued or not updated recently (for at least three years). If there are both free and paid versions, this key applies only to the free version. Item links to a Gizmo's Freeware 'Best Free' page. Item or this icon links to a Gizmo's Freeware page. Web application. Browsers: FF = Firefox; Ch = Chrome; IE = Internet Explorer; OB = Other browsers; AB = All browsers. About This list (earlier "Probably the Best Free Security List in the World") contains thousands of links to free security-related Windows desktop applications and web applications, with the goal of listing everything available that's not malicious or of low usefulness. Use the Windows desktop applications or web applications on this list at your discretion. We periodically check all links on this list with Web of Trust. Use the comments section below, or this (or this) forum thread, to let us know about issues, or suggestions for items that could be added to the list.
v3n0m-Scanner/Linux-v3n0m · GitHub - VimperatorSecure Your Wireless Router In The Short Term By Assigning It An Aggressive NameAs more devices ship with wireless networking capabilities, it becomes increasingly important to have routers that are capable of handling connections from hardware such as tablets, laptops and mobile phones. The problem is that many routers still in use are perfectly good pieces of hardware, except for one drawback – they don’t support Wireless-N or offer advanced encryption such as WPA. With the threat of drive-by Wi-Fi theft and the risk of secure data being transferred over a non-secure connection, wireless routers without the most current security options can be temporarily shored up with just a bit of imagination. Secure Your Wireless Router with Its Name According to figures published in October 2011, Windows XP still has a respectable market share as the operating system on around 33% of all computers connected to the web. In order for users to connect to a wireless network, a wireless router typically broadcasts an SSID, or Service Set Identifier. Conclusion
IPv6 Autoconfiguration - The Internet Protocol Journal - Volume 7, Number 2Since 1993 the Dynamic Host Configuration Protocol (DHCP)  has allowed systems to obtain an IPv4 address as well as other information such as the default router or Domain Name System (DNS) server. A similar protocol called DHCPv6  has been published for IPv6, the next version of the IP protocol. However, IPv6 also has a stateless autoconfiguration protocol , which has no equivalent in IPv4. DHCP and DHCPv6 are known as stateful protocols because they maintain tables within dedicated servers. However, the stateless autoconfiguration protocol does not need any server or relay because there is no state to maintain. This article explains the IPv6 stateless autoconfiguration mechanism and depicts its different phases. Every IPv6 system (other than routers) is able to build its own unicast global address. Address types have well-defined destination scopes: global, site-local and link-local. At minimum, a NIC is associated with a single link-local address.
Learn Code The Hard Way -- Books And Courses To Learn To CodeDamn Vulnerable Web AppTCP/IP Overview and HistoryTCP/IP Overview and History(Page 1 of 3) The best place to start looking at TCP/IP is probably the name itself. TCP/IP in fact consists of dozens of different protocols, but only a few are the “main” protocols that define the core operation of the suite. Of these key protocols, two are usually considered the most important. The Internet Protocol (IP) is the primary OSI network layer (layer three) protocol that provides addressing, datagram routing and other functions in an internetwork. Due to the importance of these two protocols, their abbreviations have come to represent the entire suite: “TCP/IP”. TCP/IP uses its own four-layer architecture that corresponds roughly to the OSI Reference Model and provides a framework for the various protocols that comprise the suite. As I said earlier, the Internet is a primary reason why TCP/IP is what it is today. In 1973, development of a full-fledged system of internetworking protocols for the ARPAnet began. Home - Table Of Contents - Contact Us
Internetworking Technology HandbookFrom DocWiki Creating a PDF of the Internetworking Technology Handbook Create a PDF of the Internetworking Technology Handbook that you can save on your computer and print. Internetworking Basics An internetwork is a collection of individual networks, connected by intermediate networking devices, that functions as a single large network. The following articles provide information about internetworking basics: LAN Technologies A LAN is a high-speed data network that covers a relatively small geographic area. The following articles provide information different LAN technologies: WAN Technologies A WAN is a data communications network that covers a relatively broad geographic area and that often uses transmission facilities provided by common carriers, such as telephone companies. The following articles provide information about the various protocols and technologies used in WAN environments: Internet Protocols The following articles provide information about different IOS IP technologies: Routing