D4 Teknik Multimedia dan Jaringan · PNJ
Building resilient self-hosted infrastructure across campus and home lab environments. Connecting server stacks, workstations, and mobile nodes with WireGuard-based mesh overlays and edge tunnels. Active in robotics research and community leadership across Depok.
I'm a D4 Teknik Multimedia dan Jaringan student at Politeknik Negeri Jakarta with a focus on systems administration, networking, and cybersecurity.
I bridge low-level hardware setups with modern service deployments. From wiring gigabit switches and maintaining campus server stacks to orchestrating Docker containers and tuning local LLM inference on consumer GPUs. I also compete in CTF challenges (OSINT, web exploitation, cryptography) and modify hardware (ThinkPad T480, Poco F6, custom acrylic cyberdeck builds).
Beyond the homelab, I serve as a GenRe ambassador for Kecamatan Bojongsari, manage publication and editing for MPM PNJ, and contribute to robotics research inside my department.
Hybrid self-hosted infrastructure spanning campus server nodes, home switch networks, and cloud egress. Interconnected via encrypted Tailscale mesh without requiring multiple internal cascading routers.
Primary server running on-campus behind the university network. Outbound Tailscale daemon circumvents strict inbound enterprise firewalls without exposing public open ports, hosting core containerized services and portfolio workloads.
Streamlined home topology: single ISP router feeding a gigabit unmanaged switch. Direct dedicated port to the local mini server; remaining ports distribute high-speed local connectivity across developer workstations, PC rig, and mobile devices.
Encrypted Tailscale overlay establishes peer-to-peer WireGuard tunnels joining campus servers, home nodes, and client hardware into one flat private network. Cloud VPS acts as edge reverse proxy for public domain routing.
Internal homelab services (storage, media, cluster metrics, container dashboards) communicate strictly over the private WireGuard mesh. Only approved public portfolio routes transit through the VPS edge.
Selected work across operating systems, systems architecture, and security tooling.
Designed and deployed a resilient multi-node self-hosted platform across campus and home. Hosts private cloud storage, media delivery, uptime checks, and local model inference behind WireGuard mesh networking and edge tunnel access.
Engineered a custom Arch Linux distribution from the ground up, featuring a custom fastfetch brand, tailored system packages, and minimal window manager defaults. Successfully presented as an academic capstone demonstrating deep Linux internals.
Architected the system concept for an OSINT-driven screening platform for public servant candidates. Analyzes digital footprints across public sources using automated collection and machine learning verification pipelines.
Academic activities, technical research, and public leadership roles.
9th International Conference of Computer and Informatics Engineering (IC2IE 2026) · Depok
Organized technical session operations, equipment logistics, and international speaker readiness for the IEEE/academic informatics conference held in Depok.
Majelis Permusyawaratan Mahasiswa (MPM PNJ)
Directing media publication, press releases, documentation, and video editing workflows for the student council's official communications wing.
BKKBN · Generasi Berencana
Elected Duta GenRe Putra Kecamatan Bojongsari 2025; advanced as Finalist in the Duta GenRe Kota Depok 2025 city-wide selection. Currently elected and serving as Treasurer for Forum GenRe Kecamatan Bojongsari.
Tim Robotik TMJ Politeknik Negeri Jakarta
Active researcher investigating embedded hardware and intelligent dispatching. Contributed technical implementations to the Smart Flood Monitoring telemetry system and the Smart Scheduling research project.
Olimpiade Politeknik Negeri Jakarta
Coordinated production infrastructure, stage hardware, electrical safety, and equipment readiness for the polytechnic-wide sports and academic games.
Politeknik Negeri Jakarta
Enrolled in applied network engineering. Core coursework covers routing and switching, enterprise server administration, multimedia protocols, and practical network penetration testing.
Open for collaborations in self-hosted infrastructure, network design, CTF squads, or academic research.