Protecting the Next Generation of Networks

A low-level traffic analysis project designed to capture packets, decode core headers, and produce protocol-level summaries for lab networks. The project focuses on understanding how communication patterns reveal system state and potential abuse.

What it solves: This project helps turn raw packet captures into readable operational insight, making it easier to study abnormal flows, protocol misuse, and host behavior during security exercises.

A custom scanner that probes target hosts, records open ports, and demonstrates the mechanics behind service discovery. Built as a learning project to understand socket behavior, port states, and timing strategies.

What it solves: It provides a transparent learning platform for understanding how scanning engines work instead of treating tool output as a black box.

A lightweight daemon that reads Linux process and resource data to surface operational health signals. The emphasis is on reproducible host observation for troubleshooting, incident triage, and baseline profiling.

What it solves: It makes core telemetry easier to inspect quickly during lab investigations, especially when comparing healthy and degraded system states.

A structured practice lab covering common web attack surfaces, safe reproduction steps, and remediation notes. It is organized to support repeatable experiments and strong technical writeups.

What it solves: It creates a safe research environment for understanding vulnerability mechanics and documenting mitigation logic with clear evidence.