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Website security is a crucial aspect in the face of increasing cyber threats. This study aims to implement website protection using SSL (Secure Sockets Layer) and HAProxy (High Availability Proxy) through a PFSense router, and to evaluate its effectiveness using the securityheaders.com platform. The methodology used is an experimental study with a reverse proxy server configuration based on HAProxy and SSL certificates from Let's Encrypt. Measurement results indicate an improvement in the website's security score after the configuration was applied, particularly in security headers such as Strict-Transport-Security, X-Frame-Options, and Content-Security-Policy. This research contributes to strengthening web security architecture that is simple, efficient, and openly adoptable by government institutions and medium-scale organizations that require open-source-based security solutions.

Internet connections that are not always stable and data security is not maintained from various threats from outside attacks in the form of hackers, crackers, viruses, and so on are the main problems for every client. Using the pfSense analysis method, this study aims to address the above bandwidth management and network security issues. The pfSense analysis that the researchers carried out included an analysis of total bandwidth usage, data security, and information for each client on the P3DW Internet network (Center for Regional Revenue Management) Bandung III Soekarno-Hatta City. The results of the analysis concluded that pfSense can work as a firewall that functions as a bandwidth limiter and network security. The level of client satisfaction increases with the infrastructure designs being tested. With a web GUI that makes it easy for users to configure, the basic system used is FreeBSD which is open-source, making pfSense able to be an alternative choice for building a firewall that is reliable, flexible, and economical.

Keamanan jaringan menjadi suatu hal yang sangat penting, terutama untuk sebuah organisasi yang menerapkan teknologi dan sistem informasi di dalamnya. Fakultas Seperti halnya yang terjadi di Fakultas Teknologi Informasi Universitas Kristen Satya Wacana (FTI UKSW). Saat ini FTI UKSW menggunakan topologi jaringan dengan perangkat MikroTik. Penelitian ini merekomendasikan perancangan desain topologi berbasis Hierarchical Network Design dan dirancang dengan menggunakan pfSense Router Firewall. Perancangan sistem difokuskan untuk bagian traffic antara Distribution Layer dan Access Layer. Hal tersebut dilakukan untuk mengamankan traffic jaringan dan memberikan proteksi secara langsung melalui Web Service pfSense. Di dalam pfSense Router Firewall, terdapat tools yaitu Intrusion Prevention System (IPS) Snort yang berfungsi untuk membantu dalam memberikan action dan blocking jika terjadi ancaman pada jaringan. Dengan desain topologi yang diusulkan tersebut diharapkan dapat menghasilkan peningkatan keamanan jaringan komputer di FTI UKSW.