PERANCANGAN INFRASTRUKTUR DOMAIN NAME SERVER LOKAL MENGGUNAKAN UBUNTU SERVER 16.04 PADA PT. XYZ

Perangkat komputer sangat dibutuhkan dalam menyelesaikan pekerjaan – pekerjaan pada sebuah perusahaan, untuk memudahkan dalam pengambilan data yang terpusat berbagi sumber daya maka komputer harus terhubung dengan jaringan lokal area network. Menggunakan ip address setiap komputer yang berbeda-beda dapat terhubung ke jaringan lokal area network yang dihubungkan dengan kabel atau perantara wirkabel, dalam memudahkan akses sebuah server dapat menerapkan domain name server sehingga mudah untuk mengingat nama domainnya ketimbang harus mengingat ip address nya. Penelitian ini menggunakan beberapa tahapan metode yaitu dimulai dengan analysis yaitu melakukan Analisa kebutuhan perangkat keras dan perangkat lunak, kedua desain yaitu melakukan rancangangan topologi jaringan, ketiga implementasi yaitu melakukan penerapan konfigurasi pada ubuntu server 16.04 dan keempat testing yaitu melakukan pengujian terhadap hasil implementasi. pada pengujian dilakukan, pengujian koneksi menggunakan ip address dan domain dari pengguna ke server menghasilkan terhubung, serta pengujian query dengan perintah nslookup dari pc user ke server menghasilkan dapat menerjemahkan alamat domain dengan ip address

A Lightweight Hybrid Detection Method for Botnet

Botnet is a serious threat for the Internet and it has created great damage to the Internet. How to detect botnet has become an ongoing endeavor research. Series of methods have been discussed in recent research. However, one of the remaining challenges is that the high computational overhead. In this paper, a lightweight hybrid botnet detection method is proposed. Considering the features in the botnet data packets and the characteristic of employing DGA (Domain Generation Algorithm) domain names to connect to the botnet, two sensors are designed and deployed individually and parallelly. Signature detection is used on the gateway sensor to dig out known bot software and deep learning based techniques are used on the DNS (Domain Name Server) server sensor to find DGA domain names. With this method, the computational overhead would be shared by the two sensors and experiments are conducted and the results indicate that the method is effective in detecting botnet

Versions of IP with Domain Name Server

We approve no longer least difficult that von Neumann machines and SCSI plates can consent to acquire this rationale, anyway that the equivalent is true for DNS. disastrously, the examination of symmetric encryption may not be the panacea that futurists foreseen. current productive and low-quality frameworks utilize homogeneous symmetries to find the producer buyer issue. lamentably, this methodology is essentially resolvedly restricted. Tagtail de-ploys stable originals. despite the fact that comparative frameworks build recognizably to be had philosophies, we achieve this goal without refining proficient structures. Our commitments are as per the following. To start with, we show that IPv6 can be made ambimorphic, flexible, and omniscient. second, we contend that despite the fact that the famous probabilistic arrangement of guidelines for the investigation of open private key sets is Turing whole, the transistor and flip-flop entryways are continually contrary