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Varen dostop do internetnih storitev z uporabo požarne pregrade naslednje generacije
ID BERTONCELJ, MATEJ (Author), ID Mraz, Miha (Mentor) More about this mentor... This link opens in a new window

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PID: 20.500.12556/rul/a8e34e76-4734-4aab-902a-d1292bca88a2

Abstract
Dobra praksa varovanja informacijske infrastrukture narekuje večplastni pristop. V večini primerov prvo obrambno vrsto predstavlja mrežna požarna pregrada. Diplomska naloga obravnava različne tipe mrežnih požarnih pregrad ter prednosti in slabosti različnih tehnoloških pristopov. Čedalje bolj sofisticirane grožnje so vzpodbudile razvoj naprednih sistemov za zaščito ter njihovo integracijo v sodobne požarne pregrade. Tako je podrobneje predstavljena požarna pregrada naslednje generacije in njene najpomembnejše funkcionalnosti. Ker pri varovanju računalniških omrežij največjo ranljivost predstavlja uporabnik s končnimi napravami, je na primeru hipotetičnega naročnika predstavljen koncept uporabe požarne pregrade naslednje generacije. Glede na zahteve naročnika je podana analiza prometa in aplikacij. Analiza služi kot izhodišče za pripravo načrta rešitve in izvedbo varnega dostopa uporabnikov do interneta. Cilj diplomskega dela je predstaviti uporabnika in aplikacijo kot gradnika za izdelavo politike dostopov.

Language:Slovenian
Keywords:varovanje informacijske infrastrukture, vrste požarnih pregrad, požarna pregrada naslednje generacije, prepoznava aplikacij
Work type:Undergraduate thesis
Organization:FRI - Faculty of Computer and Information Science
Year:2016
PID:20.500.12556/RUL-91208 This link opens in a new window
Publication date in RUL:24.03.2017
Views:1159
Downloads:332
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Secondary language

Language:English
Title:Securing user internet access using the next generation firewall
Abstract:
Good practice in information infrastructure security requires a multifaceted approach. In the majority of cases, the firewall represents the first line of defence. The thesis discusses diverse types of firewalls, as well as advantages and disadvantages of diverse technological approaches. Increasingly more sophisticated threats have promoted the development of advanced security systems together with their integration into present day firewalls. A detailed description of a next generation firewall and its most important functions is, therefore, given. When securing computer networks the user himself with his devices represents the biggest threat to its vulnerability. An example of a hypothetical client, therefore, introduces the concept of the next generation firewall use. In reference to the needs of the client, the traffic and application analysis is introduced. The analysis serves as a basis for both implementation plan and the execution of a secure user internet access. The main goal of the thesis is to present the user and the application as the cornerstones of access policy.

Keywords:information infrastructure security, firewall types, next generation firewall, application recognition

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