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Designed and developed a responsive web application providing useful online tools through a clean and distraction-free interface. Built the frontend using React, TypeScript, Vite, Tailwind CSS and modern UI components, with a focus on responsive design, usability and performance.
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Nomia Framer template for AI and travel apps is live🎉
Swap the content and it works for any AI product, mobile app, or startup.
Preview: https://contra.com/products/977Yo5ly-nomia-ai-travel-and-app-template-for-startups
The motion makes the design alive, High-end.
Beautiful UI shouldn't require messy code. ✨
A while ago, I built this feature section for TipMi. Looking at the varied card sizes, you might think it requires complex positioning or endless Flexbox containers. The secret weapon? CSS Grid with grid-template-areas.
Using Grid for this specific architecture is the easiest, most scalable approach. You get complete two-dimensional control, allowing you to span items across multiple columns and rows seamlessly while keeping the underlying HTML structure incredibly clean and readable.
Take a look at the live build here: https://tipmi-dev.vercel.app/
Great design 👍
How I Built a 60 FPS Real-Time Esports HUD Builder & WebGL Broadcast Engine for BLOB
Live esports broadcasts don’t forgive dropped frames.
When competitive titles like Valorant, Counter-Strike 2, and Rocket League stream tournament telemetry at 60 updates per second, standard React virtual DOM reconciliation simply chokes under the load in OBS Studio. I was brought on by BLOB Productions following a competitive head-to-head architectural evaluation to completely re-engineer their broadcast overlay infrastructure from the ground up.
What We Built:
- 60 FPS Headless HUD Engine: Built a renderer-independent JSON scene graph with Figma/Rive-grade interaction math (multi-selection, aspect-ratio locked transforms, boolean operations, and 360° pivot rotations).
- Complete Vector & Style Stack: Multi-fills with linear/radial gradients, multi-strokes, inner/drop shadows, per-corner radiuses, blend modes, and Gaussian blurs.
- Reactive Data & Motion Logic Engine (Core IP): Continuous value mapping (e.g., player health mapped to visual bar width), dynamic scope inheritance across duplicated player cards, repeaters, and event-driven trigger animations.
- Ultra-Low Latency OBS Runtime: A lightweight PixiJS (WebGL) runtime with signal-based direct node mutations and a jitter-smoothing dead reckoning buffer—maintaining $<16ms Time-to-Glass.
- Zero-Egress Client-Side Edge Merge: Merged high-frequency P2P/WebSocket telemetry directly on the client edge with static tournament metadata, eliminating expensive cloud compute bottlenecks.
- Cloud Persistence & Publishing Pipeline: CockroachDB/PostgreSQL draft-versus-live isolation, version rollback, and an automated P0 verification test suite.
Read the full case study with architectural diagrams and demo breakdown here: 60 FPS Real-Time Esports HUD Builder
Looks rrally cool!
