All work
Custom Next.js App

Lexer Systems Brand Portal

Developed a premium conversion-focused portfolio using React, Vite, and Three.js, solving mobile battery drain by implementing instanced mesh particle systems and viewport-aware loops.

Sector
Custom Next.js App
Timeline
3 months
Role
Systems Architect
  • React
  • Vite
  • Three.js
  • Radix UI
  • Shadcn UI
  • Framer Motion
Lexer Systems Brand Portal
0.6s
First Contentful Paint

Fast portfolio load times

+40%
Booking Conversion

Increase in consultancy calendar bookings

The problem

Minimizing battery drainage and page load speeds on mobile browsers while maintaining complex 3D hardware-accelerated hero canvases.

The solution

Engineered an instanced particle array drawing hundreds of dynamic nodes in a single draw call, and configured viewport-aware intersection monitoring.

Approach

How it was built.

01

Instanced Mesh Physics

Engineered single instanced mesh rendering to process hundreds of particles in a single WebGL draw call, eliminating draw overhead.

02

Viewport-Aware Suspension

Configured Intersection Observers that halt dynamic 3D calculations whenever the hero viewport is scrolled away.

Technical detail

The parts worth explaining.

Instanced Particle Matrix Update

Transforming hundreds of particle coordinates in a single frame.

particles.forEach((p, idx) => { tempObject.position.set(p.x, p.y, p.z); tempObject.updateMatrix(); meshRef.current.setMatrixAt(idx, tempObject.matrix); });
What I took from it
  • Instanced meshes are essential for Three.js mobile performance
  • Viewport monitoring preserves laptop battery runtimes
Where it goes next
  • Deploy interactive systems architecture canvas generator in-browser
  • Integrate localized case-study search arrays

Got a problem shaped like this?

If something here looks like what you're facing, tell me about it. The first conversation is an architecture discussion, not a sales call.