JR / ORBITAL WORKSPACE CUPOLA 01 HABITAT NOMINAL
CREW02
PERSONNEL / COMMAND DECK
JOEY RATWAY
SYSTEMS ENGINEER
CLOUD INFRASTRUCTURE & AI
HOME PORT
DALLAS, TEXAS
POSITION
32.78° N · 96.80° W
MISSION DATA03
COMMS
UPLINKDOWNLINK
TDRS-K LOCKED · S/Ku
MISSION ELAPSED TIME
4626d 00h 00m
ORBIT SPEED
REALTIME
CABIN AUDIO
HUM
IN TRANSIT
ENG BAY — SYSTEMS REPORT
FABRICATION & ONGOING BUILDS
ENDURANCE● OPERATIONAL
An AI coding agent that plans, writes, and reviews its own code.

Three-phase pipeline: a planner breaks down the task, a coder executes edits with tool calls, and a reviewer validates the output. Runs local LLMs on consumer GPU hardware (AMD RX 7900 XT with ROCm). Built because I wanted a coding assistant I could actually trust with my codebase.

RES PATENTS● OPERATIONAL
Patent intelligence for people who don't want to read 40-page claims.

Full-stack web app that uses Vertex AI to analyze patent claims and flag potential NPE (patent troll) activity. Built with Next.js, Postgres, and a curated watchlist of 130+ known entities. The kind of project where I learned that legal data is messier than telecom data, which is saying something.

◄ RETURN TO CUPOLA
OBSERVATORY — PERSONNEL FILE
RATWAY, JOSEPH · SYSTEMS ENGINEER
SERVICE RECORD

12 years in telecom and cloud infrastructure at Nokia and Verizon, mostly making sure large-scale platforms stay up and building automation so people don't repeat work. These days I'm deep in AI/ML infrastructure: local LLM inference, agentic workflows, and figuring out how to make AI tools that actually work in production.

I like hard problems, ugly debugging sessions, and shipping things that other people use.

TRAINING & POSTINGS

B.S. Computer Engineering, Texas A&M ('13). Started at Nokia doing telecom platform integration and customer-facing upgrades. Moved to Verizon's cloud platform team — 8 years on OpenStack, OpenShift, and the automation that holds it all together. AWS Certified Cloud Practitioner. I write Python, Bash, and whatever else the problem needs.

CURRENT OBJECTIVE: AI/ML INFRASTRUCTURE — LOCAL LLM INFERENCE & AGENTIC WORKFLOWS
◄ RETURN TO CUPOLA ⭳ CREW MANIFEST (RESUME)
⚠ MASTER ALARM ⚠
CAUTION & WARNING — FALSE ALARM, RESETTING
MAINTENANCE LOG — STATION SYSTEMS
HOW THIS STATION IS BUILT
2022.03.19 — KEEL LAID

First commit. A Go server and a "coming soon" page held orbit for years.

2026.03.14 — FULL REFIT

Rebuilt as a static Astro frame. Hull: S3 behind CloudFront with ACM TLS and a Route 53 docking address. Launch rail: GitHub Actions — Playwright tests gate every deploy, smoke checks confirm orbit. Budget watchdog Lambda kills the CDN if costs ever spike.

2026.03.16 — CUPOLA INSTALLED

Three.js Earth with real day/night shading, cockpit consoles, mobile carousel.

2026.06.12 — MODULES PRESSURIZED

ENG BAY and OBSERVATORY interiors opened. Live telemetry tied in: real mission elapsed time, real ISS ground track, terminator driven by the actual sun.

2026.09.05 — CUPOLA OPTICS REFIT

Flight deck rebuilt, room reports mounted on the walls, and the window re-lit: analytic atmosphere, sunlit clouds, real twilight. Earth imagery: NASA Blue Marble Next Generation and Black Marble (public domain). Cloud layer: Solar System Scope, CC BY 4.0.

CLOSE LOG

JR / ORBITAL WORKSPACE

STATION DIRECTORY

YOU ARE HERE / CUPOLA

SELECT A ROOM TO EXPLORE ESC TO CLOSE

FLIGHT DYNAMICS / 01

ORBITAL OVERVIEW

CUPOLA / SIMULATION
Earth and the cupola's simulated orbit The cyan track shows one circuit around Earth. The white station marker follows the cockpit's orbital phase. The amber diamond marks the start of each circuit. Use the view and rotation buttons to change perspective. EARTH REFERENCE BODY
ACQUIRING SIMULATION

DRAG TO ROTATE

ORBITAL PHASE—
SIMULATED PERIOD92 min
NEXT CIRCUIT—

Schematic orbit · position follows the cockpit animation · not live ISS tracking