REGINA RIYANTIKA
Jurusan Teknik Elektro Institut Teknologi Nasional Bandung

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ANALISIS KINERJA SISTEM PENGAMANAN JARINGAN DENGAN MENGGUNAKAN SNORT IDS DAN IP-TABLES DI AREA LABORATORIUM RDNM PT. ”X” RIYANTIKA, REGINA; LIDYAWATI, LITA; RAMADHAN, ZUL
REKA ELKOMIKA Vol 1, No 3 (2013)
Publisher : REKA ELKOMIKA

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (571.836 KB)

Abstract

ABSTRAK Keamanan suatu  jaringan seringkali terganggu dengan adanya ancaman dari penyusup (intruder) yang bermaksud merusak sistem pada jaringan komputer ataupun mencuri informasi penting yang ada pada suatu jaringan komputer. Perancangan ini menjaga keamanan jaringan komputer dengan cara melakukan pendeteksian serangan kemudian pencegahan dari jenis serangan Port Scanning dan Denial Of Service. Setelah semua informasi serangan telah terdeteksi oleh SNORT maka user akan mengaktifkan firewall Ip-tables untuk melakukan blocking dari IP address penyerang untuk menolak semua bentuk pengiriman data serangan,seperti yang telah terpaparkan bahwa IP address 192.168.1.100 dan IP address 192.168.1.101 terdeteksi oleh server sebagai penyerang yang menyebabkan kenaikan pada memory pada server dari 123,6 Mb menjadi 177,5 Mb dan setelah IP address intruder terblocking keadaan memory menurun menjadi 135 Mb, begitupun pada pemakaian CPU setelah dilakukan serangan keadaan server meningkat menjadi 87,6 % dari keadaan normal 57,6% dan setelah IP address intruder terblocking, keadaan server kembali normal menjadi 68,3%. Setelah dilakukan proses pendeteksian dan blocking IP address pada penyerang maka sistem jaringan komputer tersebut dikatakan aman. Kata Kunci : SNORT IDS, IP-tables, intruder ABSTRACT Network Security often disturbed by a threat from intruders intending destructive systems on computer network or stealing information important that were on a computer network. This design maintain the network security by conducting detection attack then the prevention of types of seizures Port Scanning and Denial Of Service. After all information offensive was detected by SNORT then user reactivated firewall Ip-Tables to do blocking of IP address attackers to reject all forms of data transmission attack, as has been exposed that IP address 192.168.1.100 and IP address 192.168.1.101 detected by the server as an attacker who cause to rise in memory on the server of 123,6 Mb be 177,5 Mb and after IP address intruder blocked the state of memory decreased to 135 Mb, including on discharging the CPU after conducted attacks the state of server increased to 87,6 % of a normal state 57,6 % and after IP address intruder blocked, the state of the server back to normal be 68,3 %. After doing the process of detecting and blocking the IP address on the computer network system of the attackers were said to be safe. Keyword : SNORT IDS, IP-tables, intruder
Feasibility Analysis Of Gsm-R System For Railways In Indonesia: Case Study Of Jakarta Bandung High Speed Train Riyantika, Regina; Gunawan, Dadang
Journal Research of Social Science, Economics, and Management Vol. 3 No. 5 (2023): Journal Research of Social Science, Economics, and Management
Publisher : Publikasi Indonesia

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.59141/jrssem.v3i5.613

Abstract

High-speed railway technology development necessitates the development of a communication system that supports various components of train operation facilities, such as train control, safety communication, and others. The construction of fhigh-speed railway in Indonesia in the Jakarta-Bandung area uses the Chinese Train Control System (CTCS) Level 3 signaling system, which makes the Global System for Mobile Communication-Railway (GSM-R) a wireless signaling network system. Because there are already existing GSM-based public telecommunications services, known as public GSM, on the same frequency used by a number of cellular operators in Indonesia, the use of GSM-R poses implementation challenges. This will result in reduced service quality and revenue for protected cellular network operators due to the use of these frequency bands to support the operation of high-speed railway services in Indonesia. In this study, an evaluation was carried out to look for other potentials from using the GSM 900 MHz frequency band, which can be used as an option to be implemented on high-speed trains in Indonesia. The research begins with calculating the estimated potential loss of revenue from using telecommunications network operators. This data will be analyzed in terms of the economic feasibility of several other frequency band choices for implementing the GSM 900 MHz frequency band on high-speed trains in Indonesia, so that it is hoped that this will become a new consideration that can become a solution and recommendation in the application and use of GSM-R technology in Indonesia.