Project portfolio
These projects are grouped by what they demonstrate: communications tooling, infrastructure ownership, public-service workflows, Linux desktop experimentation, and long-term platform thinking. The intent is not to claim every project is finished or commercial. The intent is to show range, judgement, and the ability to turn operational needs into working systems.
Project status key
Used in real service or public infrastructure.
Current work with ongoing development or operational refinement.
Experimental or planning-stage work identified transparently.
Aurora IRC Client
Python/Qt IRC client focused on a modern HexChat-like experience, multi-network support, packaging, updater logic, accessibility improvements, userlist mode indicators, and community support workflows.
ColdCore IRCd & IceLink Services
Custom IRC server and services stack emphasizing compact operation, channel registration, operator controls, G/K-lines, SSL operation, logging, service integration, and self-hosted community infrastructure.
ClearSession
Next-generation amateur radio exam session platform focused on applicant registration, session workflow, VE operations, multiple exam elements, administrative updates, and regulatory-aware exam administration.
Wireless Exam Gen
Established amateur radio exam platform experience involving FCC/NCVEC workflow understanding, applicant handling, form 605 structure, certification language, and remote testing support.
ReadySignal.nz Infrastructure
New Zealand-oriented communications stack including nginx, Mailcow, DNS alignment, DKIM/SPF/DMARC, TLS, webmail, iPhone integration, Matrix planning, and privacy-aware cloud service direction.
WB1BR.net Infrastructure
US-hosted self-managed infrastructure supporting Nextcloud, Matrix Synapse, Jitsi Meet, Vaultwarden, software downloads, public documentation, and multi-vhost nginx operation.
Alpine Web Browser
Lightweight Qt/C++ browser prototype exploring practical Linux desktop usability, ad blocking, certificate UX, rendering behaviour, packaging, and dependency handling across Debian, Mint, and Arch-family systems.
Aurora Radio Mail / Packet Direction
Amateur-radio messaging direction built around practical digital communications, AX.25 awareness, Pat backend considerations, and minimizing user-facing complexity while preserving interoperability.
Matrix / IRC Bridge Operations
Integration and troubleshooting work connecting Matrix and IRC environments, including bridge configuration, bot invitation flow, server connectivity, and practical community communications concerns.
Linux Desktop Buildouts
Arch, Artix, LMDE, XFCE/Cinnamon-style desktop design, conky world clocks, custom startup scripts, package migration, and repeatable desktop environment planning.
Weather IRC Bot Concept
Python IRC bot concept for National Weather Service conditions, forecasts, and alerts by ZIP code, intended for multi-server and multi-channel weather information access.
Radio Without Borders
Conceptual international amateur radio initiative focused on global knowledge sharing, non-club community, and the principle that radio can connect people across geography and borders.
Selected technical stack
The projects collectively support MSP and infrastructure roles by showing practical familiarity with Git, Linux, web services, mail systems, DNS/TLS, Docker-style deployment, Matrix/IRC communications, Python, Qt, C++, documentation, packaging, and user-support workflows.
What the projects collectively demonstrate
Turning needs into tools
Many of these projects began from a practical operational need: better IRC usability, better exam workflows, better self-hosting, better communications continuity, or better documentation.
Deployment-aware development
I think beyond code. Packaging, install paths, user support, version checks, SHA256 sums, documentation, and server-side hosting are part of the project lifecycle.
Communications-first thinking
The common thread is communication: chat systems, radio messaging, exam administration, Matrix/IRC bridging, weather information, and resilient infrastructure.
Public trust and maintainability
The projects are strongest when they remain understandable, documented, and useful to real people rather than existing only as technical demonstrations.