Creative Technologist · Digital Architect
I'm Ainesh — a creative technologist who builds at the intersection of design, code, and interactive storytelling. I craft high-fidelity digital experiences that push the boundaries of what the web can feel like. Every pixel, every frame, every interaction is engineered to pull you deeper into the void.
The genesis point. The very first website I built, marking the beginning of my journey into digital architecture. A testament to growth, starting from raw structural HTML/CSS before advancing into complex WebGL physics.
Designed a conceptual dashboard for interacting with high-density data arrays in zero-gravity environments. Real-time WebGL data visualization with haptic feedback integration. Features include multi-touch gesture support, spatial mapping, and sub-millisecond response times for orbital adjustments.
A physics simulation mapping trajectory patterns for orbital satellites. Built with custom quaternion math, predictive path rendering, and multi-body gravitational calculations. Engineered to visually demonstrate N-body problems using high-performance canvas rendering.
An experimental e-commerce platform using dark-mode aesthetics, glassmorphic spatial design, and immersive product showcases with 3D model previews. Implemented smooth GSAP scrolling transitions and dynamic lighting that reacts to the user's cursor position.
A multiplayer creative space where users collaboratively build constellations using interactive particle nodes. Real-time WebSocket synchronization across sessions. Each star node exerts gravitational pull, dynamically affecting the physics of the entire network.
This very website — a cinematic, WebGL-powered portfolio featuring an accretion disc particle simulation, warp-speed transitions, and interactive crosshair cursor. Built entirely in vanilla JavaScript with custom GLSL shaders running at 60 FPS.
The core physics engine powering this portfolio's background. Extracted and open-sourced for the community. Features 100k+ particle simulation, accretion disc orbital math, warp tunnel canvas rendering, and vanilla Web Audio API sound design. No dependencies.
An interactive, museum-grade 3D WebGL scroll-telling documentary tracking NASA's Voyager 1 spacecraft into interstellar space. Features Draco-compressed 3D models, planetary orbits, UnrealBloomPass post-processing, craft subsystem inspection, and procedural Web Audio synthesizers.
Ready to build the next frontier? Establish a secure uplink and let's architect something extraordinary together.