@phdthesis{digilib12199,
           month = {October},
           title = {PERANCANGAN DAN IMPLEMENTASI AUTENTIKASI REMOTE
SERVER DENGAN MENGGUNAKAN METODE PORT KNOCKING
BERBASIS LOADABLE KERNEL MODULE

},
          school = {UIN SUNAN KALIJAGA},
          author = {NIM. 07650082 ROIS AWANG RIMBAYANI },
            year = {2013},
            note = {Pembimbing :  Ade Ratnasari, S.Kom., M.T.
},
        keywords = {Keywords : Port Knocking, port, firewall, authentication, Loadable Kernel
Module.
,

},
             url = {https://digilib.uin-suka.ac.id/id/eprint/12199/},
        abstract = {Security server computers is one of the main tasks of the system
administrator . It is based on the general characteristics of computer network that
is basically not safe to be accessed freely . Various loopholes in the server side to
make the parties not responsible to try to break into the system with a variety of
techniques . Opening ports for services that are public and which are private
services , have a high risk for the possibility of being attacked by the attacker .
This research emphasizes the implementation of loadable kernel module
based programming to create applications that port knocking is used to
authenticate to a server . Although the server-side firewall installed fairly
sophisticated , but until now there are many servers that was breached . This is
because the port is open and can be seen by outsiders . In this study , the authors
use data collection methods such as literature review, coding , and system
development methods . While the research stage is divided into several steps that
the system design in general , design and testing each application .
The end result of the study is the formation of a fairly secure authentication
system , due to the closure of a very important port , the port SSH from people
who are not entitled to access the server . By using port knocking over network
managers helped during the authentication process to the server that he managed.
Thus would make the attacker must try harder to penetrate into the system.

}
}