Cybersecurity student / DevOps focus

I build secure systems that hold up.

Security, automation, and infrastructure shaped by real projects and operated beyond the first deploy.

Selected work

Cybersecurity

A Python command-and-control framework with a C2 server and front-end.

Embedded systems

A personal C++ fork adding custom M5Stack interfaces and a shared-SPI display driver to a resilient LoRa mesh.

Infrastructure

Self-hosted services treated as production infrastructure: observable, documented, and recoverable.

Technical range matters most when it produces work that can be inspected, operated, and improved.

Vulnerability research, secure delivery, and defensive thinking applied to systems with real trust boundaries.

Pipelines, repeatable configuration, and deployment workflows designed to make change safer and easier to inspect.

Linux, containers, observability, resilient networking, backups, and recovery considered as one operating system.

The useful part of a system begins after the first successful deployment.

Capture intent, dependencies, and recovery steps while the context is still fresh.

Turn reliable manual work into reviewable configuration and repeatable workflows.

Make health, drift, and failure visible before diagnosis becomes guesswork.

Treat backups and restore paths as part of the system, not cleanup after failure.

I am always interested in practical systems, thoughtful engineering, and opportunities to keep learning.