RANCANGAN OTOMASI DEPLOYMENT NETWORK MONITORING SYSTEM MENGGUNAKAN ZABBIX DENGAN INTEGRASI NOTIFIKASI TELEGRAM PADA PT MAHAGA PRATAMA// NETWORK MONITORING SYSTEM DEPLOYMENT AUTOMATION DESIGN USING ZABBIX WITH TELEGRAM NOTIFICATION INTEGRATION AT PT MAHAGA PRATAMA

Perkembangan teknologi informasi dan komunikasi menuntut Perusahaan untuk memiliki infrastruktur jaringan yang stabil, handal, dan efisien dalam mendukung operasional bisnis. Seiring dengan meningkatnya kompleksitas jaringan dan jumlah perangkat yang digunakan, potensi terjadinya gangguan jaringan juga semakin tinggi. Pada PT Mahaga Pratama, proses deployment sistem monitoring jaringan yang meliputi instalasi dan konfigurasi masih dilakukan secara manual serta belum terintegrasi dengan sistem notifikasi otomatis, sehingga proses konfigurasi kurang efisien dan berpotensi menimbulkan human error. Penelitian ini bertujuan untuk merancang dan mengimplementasikan otomasi deployment Network Monitoring Systemmenggunakan Zabbix dengan integrasi notifikasi Telegram. Metode pengembangan sistem yang digunakan adalah metode Waterfall yang meliputi tahapan analisis kebutuhan, perancangan, implementasi, verifikasi, dan pemeliharaan. Infrastruktur sistem dibangun menggunakan Virtual Machine berbasis Nutanix AHV dengan sistem operasi Ubuntu Server. Proses otomasi diwujudkan melalui pembuatan automation script pada repositori GitHub untuk mengotomatisasi instalasi dan konfigurasi Docker serta Zabbix secara konsisten. Pengujian sistem dilakukan melalui implementasi, simulasi fungsional, serta verifikasi kestabilan sistem selama tujuh hari berturut-turut. Hasil penelitian menunjukkan bahwa sistem berhasil melakukan deployment otomatis menggunakan automation script serta mampu memantau parameter jaringan seperti CPU, memori, bandwidth, dan status perangkat secarareal-time. Integrasi Telegram Webhook API berhasil mengirimkan notifikasi gangguan (problem) dan pemulihan (recovery) secara otomatis ke grup teknisi. Selain itu, implementasi sistem berhasil mengotomatisasi proses deployment dan monitoring jaringan sehingga konfigurasi menjadi lebih terstruktur dan konsisten serta memungkinkan administrator menerima notifikasi gangguan secara real-time.// The rapid advancement of information and communication technology requires organizations to maintain a stable, reliable, and efficient network infrastructure to support business operations. As network complexity and the number of connected devices continue to increase, the potential for network disruptions also becomes greater. At PT Mahaga Pratama, the deployment process of the network monitoring system, including installation and configuration, is still performed manually and has not been integrated with an automated notification system. As a result, the configuration process is less efficient and prone to human error. This study aims to design and implement an automated deployment of a Network Monitoring System using Zabbix with Telegram notification integration. The system was developed using the Waterfall methodology, which consists of the requirements analysis, design, implementation, verification, and maintenance phases. The system infrastructure was built using a Virtual Machine based on Nutanix AHV running the Ubuntu Server operating system. The automation process was implemented by developing automation scripts stored in a GitHub repository to automate the installation and configuration of Docker and Zabbix consistently. System testing was conducted through implementation, functional simulation, and system stability verification over seven consecutive days. The results show that the proposed system successfully performed automated deployment using automation scripts and was capable of monitoring network parameters,including CPU usage, memory usage, bandwidth, and device status in real time. The Telegram Webhook API integration successfully delivered automatic notifications of problem and recovery events to the technicians' Telegram group. Furthermore, the implementation successfully automated the deployment and network monitoring processes, resulting in a more structured and consistent configuration process while enabling administrators to receive real-time notifications of network issues.