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SHODAN - Computer Search Engine Shodan is the world's first computer search engine that lets you search the Internet for computers. Find devices based on city, country, latitude/longitude, hostname, operating system and IP. Check out Shodan Exploits if you want to search for known vulnerabilities and exploits. It lets you search across Exploit DB, Metasploit, CVE, OSVDB and Packetstorm with one simple interface. Check out the official Shodan API documentation and learn how to access Shodan from Python, Ruby or Perl. The Shodan Research website includes projects that provide new insights and interesting information using the Shodan data or API.

Rapport Nora-Minc Un article de Wikipédia, l'encyclopédie libre. Le rapport Nora-Minc est un rapport sur l'informatisation de la société, publié en décembre 1977 par Simon Nora et Alain Minc. Dans ce rapport sont inventés le mot et le concept de télématique et le lancement du réseau Minitel y est préfiguré. Il est un succès d'édition[1]. Il dénombre trois défis : télématique et nouvelle croissance ; télématique et nouveaux jeux de pouvoirs ; télématique et indépendance nationale. Et trois points d'appui : le pôle des télécommunications ; l'État et les autres acteurs du jeu informatique ; l'informatisation de l'administration. Notes et références[modifier | modifier le code] ↑ Chiffre de ventes évalué en 1989 à 125 000 exemplaires. Voir aussi[modifier | modifier le code] Bibliographie[modifier | modifier le code] Simon Nora, Alain Minc, L'informatisation de la Société, Paris, La Documentation française, (ISBN 2020049740) Liens externes[modifier | modifier le code]

The Egg Author's Note: The Egg is also available in the following languages: The Egg By: Andy Weir You were on your way home when you died. It was a car accident. And that’s when you met me. “What… what happened?” “You died,” I said, matter-of-factly. “There was a… a truck and it was skidding…” “Yup,” I said. “I… I died?” “Yup. You looked around. “More or less,” I said. “Are you god?” “Yup,” I replied. “My kids… my wife,” you said. “What about them?” “Will they be all right?” “That’s what I like to see,” I said. You looked at me with fascination. “Don’t worry,” I said. “Oh,” you said. “Neither,” I said. “Ah,” you said. “All religions are right in their own way,” I said. You followed along as we strode through the void. “Nowhere in particular,” I said. “So what’s the point, then?” “Not so!” I stopped walking and took you by the shoulders. “You’ve been in a human for the last 48 years, so you haven’t stretched out yet and felt the rest of your immense consciousness. “Oh lots. “Wait, what?” “Sure. “Just me?

TetraBox Light by Ed Chew Liquid to Light Designer Ed Chew takes a green step in the right direction with the TetraBox lamp, a light object made from discarded drink packets that would have otherwise ended up in landfills already packed to the brim. The design is achieved by unfolding the packets and refolding them into hexagonal and pentagonal sections that are then pieced together to form a geodesic sphere or any other desired shape. Here, the Epcot-like ball makes an attractive overhead light and casts an impressive web of shadows and shapes on the surrounding space. Designer: Ed Chew Vannevar Bush Pour les articles homonymes, voir Bush. Vannevar Bush à son bureau pendant la Seconde Guerre mondiale. Signature Vannevar Bush, né le 11 mars 1890 à Everett dans le Massachusetts et mort le 30 juin 1974 à Belmont dans le Massachusetts, est un ingénieur américain. Conseiller scientifique du président Roosevelt et chercheur au Massachusetts Institute of Technology (MIT), il est principalement connu en tant que maître d’œuvre de la recherche scientifique des États-Unis lors de la Seconde Guerre mondiale et comme l'un des inspirateurs du Web. Biographie[modifier | modifier le code] Né le 11 mars 1890 à Everett (Massachusetts), Vannevar Bush soutient sa maîtrise en 1913. En 1922, il est l'un des fondateurs de l'American Appliance Company, qui changera sa dénomination sociale en 1925 pour Raytheon. En 1940, il est notamment chargé de l’organisation de la nouvelle National Defense Research Committee (NDRC) voulue par le Conseil de défense nationale et le président Franklin D.

Cryptomundo - for Bigfoot, Lake Monsters, Sea Serpents and More - Blog Home Instructables - Make, How To, and DIY World Wide Web Consortium (W3C) Most lethal methods of suicide | Lost All Hope: The web's leading suicide resource For information on the most lethal methods of suicide, a good starting point is the statistics on the number of successful suicides by method (see Suicide statistics). There is also a much published study from 19951, where 291 lay persons and 10 forensic pathologists rated the lethality, time, and agony for 28 methods of suicide for 4,117 cases of completed suicide in Los Angeles County in the period 1988-1991. They were asked to rate each method as follows: Lethality: How likely is the method to cause death (where 0% is no chance, and 100% is absolute certainty) Time: An opinion on the length of time the method will require to produce death Agony: The amount of pain and discomfort you would expect from the use of the particular method (ranked on scale of 0 to 100 where 0 is no pain/discomfort and 100 is the most pain/discomfort possible) However, it should be noted that different studies produce different results of the fatality of different methods. Sources

How to build your own USB Keylogger Cause I've searched a lot for a project like this, and I haven't find anything around the Web, I would share my experience of my personal USB Keylogger. It's not really a pure "USB" Keylogger (cause USB HID protocol is much more difficult than PS/2 protocol), but it adapt an USB Keyboard to PS/2 port, while (of course) recording the keys pressed. In this way, even if it's discovered by anybody, it should be confused with a normal PS/2 Adapter. That's the final result: It need just a few component (SOIC PIC and EEPROM can be freely ordered as a sample from ): -PIC 12F1822 (SOIC Version) -EEPROM 24XX1025 (Any 1Mb version will be ok) (SOIC Version) -2 * 4k7 Resistor 1/8 W (Or any resistor of the same value as small as you can solder in the adaptor) -Pickit 2 / 3 (For programming the pic and reading the eeprom) -An USB to PS/2 Adapter that can be opened. And, very important: -A GOOD solder and VERY GOOD soldering abilities. Let's Start. Regards, Jamby

IPv6 IPv6 (Internet Protocol version 6) est un protocole réseau sans connexion de la couche 3 du modèle OSI (Open Systems Interconnection). IPv6 est l'aboutissement des travaux menés au sein de l'IETF au cours des années 1990 pour succéder à IPv4 et ses spécifications ont été finalisées dans la RFC 2460[1] en décembre 1998. IPv6 a été standardisé dans la RFC 8200[2] en juillet 2017. Grâce à des adresses de 128 bits au lieu de 32 bits, IPv6 dispose d'un espace d'adressage bien plus important qu'IPv4. Cette quantité d'adresses considérable permet une plus grande flexibilité dans l'attribution des adresses et une meilleure agrégation des routes dans la table de routage d'Internet. IPv6 dispose également de mécanismes d'attribution automatique des adresses et facilite la renumérotation. En 2011, seules quelques sociétés ont entrepris de déployer la technologie IPv6 sur leur réseau interne, Google[4] notamment. Raisons du développement d'un nouveau protocole IP[modifier | modifier le code]