I build AI systems and the reliable networks they run on. Local, secure, and built to stay up.
▼ scrollI got started in 2013 building custom performance PCs. Ever since, I've worked where fast hardware meets smart software. First on my own rigs; now on systems that run whole networks.
Today I design secure, virtualized networks, mostly on Proxmox. I hold CompTIA A+ and Network+ certifications, and I'm currently working on Linux+ and Server+. From 2019 to 2022 I ran a liquid-cooled Bitcoin mining operation. It taught me how to keep serious hardware cool and online. I bring that discipline to every job: infrastructure that stays up, with AI and automation added where it helps.
I set up local LLMs, AI agents that work on their own, and smart home automation. Home Assistant usually holds it all together.
I design and build networks with Cisco and UniFi/Ubiquiti gear: segmented VLANs, firewalls, and camera systems with NVR recording.
I run virtual machines and containers on Proxmox, Hyper-V, and Docker. Day to day, I work across Linux, Windows, macOS, iOS, and Android.
I design systems that stay fast and reliable as you grow. Your data and your AI run on your own hardware, not someone else's cloud.
Business network design & setup, security camera installation, home security consulting, home network consulting, technology deployment, and PC tune-ups, upgrades & builds — each with a defined scope, honest boundaries, and documentation at handover.
Quotes are scoped from the catalog — nothing ambiguous, nothing you can't quote back to me. Documentation and a support window ship with every job; work outside my lane goes to the right specialist, not improvised.
My home lab runs my whole network on Proxmox: VMs and containers hosting real services. Network segments keep a problem in one part from spreading to the rest.
I ran a 500-600 TH liquid-cooled Bitcoin mining operation from 2019 to 2022. The job was simple: keep the hardware cool, and keep it running.
An animated starfield wallpaper generator built in Python for OLED panels. The loop has no visible seam. Open source on GitHub: clone it, tweak it, and render your own deep-space backdrops.
A to-scale die-area comparison of NVIDIA's GB200 and AMD's MI455X against the GeForce RTX 5090, 5080 and 5070 Ti, drawn on a common 100 mm² grid. Where the vendors haven't published die sizes, the unknowns are marked and left uncounted rather than guessed.
A from-scratch Space Invaders clone: no libraries, no dependencies, a smooth 60FPS, and procedural starfields. It runs right in your browser.
My self-hosted community Minecraft server, packaged as a one-click Fabric 26.2 modpack: Sodium/Iris performance, Voxy far-render LODs, shaders, and quality-of-life tweaks — with the server address baked in. Download the pack, import it into the Modrinth app (Add content → Import), and hop in.
Need a network designed, infrastructure secured, or custom hardware and local AI set up? Pick whichever channel below suits you. I'm glad to talk it through.
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