DONT MISS THIS ONE: I've spent the last few weeks building something I've wanted to finish for a while and add new skills to my pipeline while working on the project: a cinematic, terminal/HUD-style interface for a fictional tactical operations system, entirely in the browser. (I believe this might be a really good solution to run some type of motion projects during filmmaking time directly on the visible probs) Here are some details: Behind a simulated boot sequence (fake network handshakes, IP auth, animated logo reveal) sit four consoles: → STATICPEN: a satellite recon view with live target tracking that shifts from optical to thermal scan on inspection → SILENTPEN: a ground tactical console with four switchable sensor modes: Direct, Lidar, Heat Scan, Ghost → SEERPEN: the deep one. A real 3D globe (Cesium) rendering 26 live/static intelligence layers, conflict zones, ship traffic, flight tracking, GPS jamming, orbital satellites, paired with a live news feed and a local-LLM "analyst" that reads the map context and can act on it through chat → STRATUM: locked for now. Select it, and the system denies you clearance and logs the attempt. A dead end on purpose. Design-wise, the goal was to make it feel like a live system, not a mockup; every terminal readout, scan line, and boot log is actually animating in real time, not a static screenshot dressed up to look busy. Designed fully in Figma, first run and perfected on a local server and moved to GitHub with some changes to able to fit the webpage format. It was built with React 19, TypeScript, Vite, Tailwind v4, Cesium, and a small Express backend aggregating real news and live layer data. While I've FE skills, they were limited in most cases; I've tried a new MCP server system inside Figma, and with VSC and Claude, I was able to pull out my design, put more detailed meaning to it and run it fully with interactions. While I'm against the ML systems to some degree, my approach is to use that as a tool to solve my technical problems. And my design project became a fully functional project. I believe designers will evolve their mindset to create more valuable products with more extensive tool options. Let me know what do you think =) Full case study on Behance: https://lnkd.in/dNd_PRqu Live demo: https://lnkd.in/d2cp9mcN

Amazing! Great Work! 👍

I engineered a custom desktop application for the ClubGG poker platform, focused on automation, real-time table interaction, and intelligent seat recognition.

The application dynamically detects active poker tables, identifies player positions, adapts to different table layouts (3-max, 5-max, and 6-max), and provides a responsive interface for interacting with the game environment in real time.

The project required combining frontend development, desktop application engineering, UI automation, DOM inspection, coordinate mapping, and performance optimization to create a smooth and highly responsive user experience.

What I Built

• Dynamic poker table detection • Automatic seat recognition and positioning • Multi-table layout support (3, 5 & 6 players) • Responsive desktop interface • Real-time game state interaction • Coordinate & screen mapping system • High-performance automation logic • Clean, scalable application architecture

Technologies Used

Electron

JavaScript / TypeScript

Node.js

HTML5 & CSS3

Desktop Automation

DOM Inspection

Real-Time UI Rendering

Performance Optimization

Project Highlights

✔️ Automated table recognition

✔️ Intelligent seat positioning system

✔️ Multi-layout compatibility

✔️ Fast and responsive desktop application

✔️ Production-quality architecture

✔️ Optimized for reliability and scalability

This project demonstrates my expertise in desktop application development, automation engineering, browser technologies, and building complex software that interacts with real-time systems while maintaining speed, accuracy, and reliability.

GREAT JOB 👍