CTG (WIP)
CTG is a real-time Magic: The Gathering simulator that runs entirely in the browser at 120 fps, powered by WebGPU for rendering and WebAssembly for the core loop. The goal is simple: zero-install competitive play and playtesting that feels native and fast.
We tuned frame timing, input latency, and memory pressure for long sessions, so animations stay smooth and the rules engine stays deterministic. The client treats the GPU as a first-class citizen and keeps the CPU free for game state and validations.
For players and communities, this means instant access and consistent performance across machines—no launcher, no patches, just a link. For studios and creators, it shortens the feedback loop: push a build, watch people play, iterate the same day.
The best part is how quiet it feels under load. Even with complex board states, CTG keeps the pace of paper play—fast, readable, and reliable—inside a tab.
KREX PEX FEX
KREX PEX FEX is a Telegram-native 3D game proof of concept built purely with web technologies. It lives inside the Telegram WebView, so onboarding is a tap, not an install.
We fit a lightweight 3D pipeline into tight mobile constraints: asset streaming to keep cold starts small, efficient draw calls, and input mapped to the chat context. Sessions persist across chats, and the experience adapts to device capabilities without breaking immersion.
The value is distribution and immediacy. Games can reach players where they already spend time, with identity handled by Telegram and friction trimmed to almost zero.
As a prototype, it proved a broader point: high-fidelity, real-time experiences can travel through messaging surfaces—useful for games today and other interactive products tomorrow.
Hardware Simulator
This web-based hardware simulator lets you build a computer from first principles: start with logic gates, compose an ALU, and step up to a CPU. It’s inspired by “elements of computing systems,” but optimized for immediacy and sharing in the browser.
Every component is inspectable and stepable. You can watch signals propagate, clock cycles advance, and see exactly why a circuit behaves the way it does. The environment encourages clean composition: small parts, clear contracts, predictable timing.
For learners, it turns abstract theory into a tactile loop—edit, run, observe—without toolchain setup. For teams, it’s a crisp way to demo ideas, discuss trade-offs, and document designs with living diagrams instead of static slides.
Because it’s web-native, circuits are links you can send to a teammate. The conversation stays close to the artifact, and understanding comes faster.
