Tech Stack · 003
HOW WE
MAKE THE
MAGIC.
Eight technologies, eight focused deep-dives. Each page picks one stack apart — the working principle, the components, the way we use it in real installations — with live 3D animations you can watch run.
SYSSTACK.OVERVIEW
NET8 NODES · 12 LINKS
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◉ live preview
The Stack — 8 Pages
Pick a stack. Go deep.
Each card opens a focused page on one technology — explained plainly, with live 3D, components, and case work.
TECH.001
Spatial Computing
XR · AR · VR
Camera meets room. SLAM finds walls, hands, faces — and renders the virtual layer locked to the real one. The foundation of every immersive moment.
Read the deep-dive →
◉ XR.SPATIAL
478 pts
6DoF
6DoF
TECH.002
Real-Time Engines
Game Development
A 16-millisecond clockwork. Read input, update state, draw the world — sixty times a second. Where physics, AI, animation and rendering all run in parallel.
Read the deep-dive →
◉ GAME.LOOP
16.6 ms
60 fps
60 fps
TECH.003
Application Layer
Mobile & Web
A small operating system delivered through a URL. HTML lays it out, CSS dresses it, JS runs the logic — and WebGL/WebGPU push the same browser into hardware-accelerated 3D.
Read the deep-dive →
◉ WEB.RESPONSIVE
375 → 1920
fluid
fluid
TECH.004
Neural Networks
Artificial Intelligence
Stacks of weighted matrices that decided to be useful. Vision, language, generation — different tasks, same underlying machinery: input → layers → activation → output.
Read the deep-dive →
◉ AI.NETWORK
3 layers
weighted
weighted
TECH.005
Additive Manufacturing
3D Printing
A digital file becomes a physical object — one paper-thin layer at a time. FDM, SLA, SLS — different processes, same magic of hand-holding what was a polygon mesh that morning.
Read the deep-dive →
◉ PRINT.LAYER
FDM
0.2 mm
0.2 mm
TECH.006
Embedded Systems
Hardware & Electronics
Sensors are eyes, actuators are hands, and a microcontroller in between turns one into the other thousands of times a second. The rabbit hole with a power cord.
Read the deep-dive →
◉ HW.PCB
3.3V
240 MHz
240 MHz
TECH.007
Spatial Production
Events & Installation
Where every surface becomes a screen and every prop becomes interactive. Projection mapping, sensor tracking, show-control — the orchestra that performs every time someone walks in.
Read the deep-dive →
◉ EVENT.MAP
PROJECTION
4K · sync
4K · sync
TECH.008
Behavioral Design
Strategy & Gamification
Why any of the previous seven matter. The hook loop, the variable reward, the reason audiences come back tomorrow — the strategy layer that decides whether a stack of tech becomes an experience.
Read the deep-dive →
◉ LOOP.HOOK
4 stages
cyclic
cyclic
Why these pages exist
Tech that's understood
is tech that trusts you back.
01
Demystified, not dumbed-down
We assume the reader is smart and curious. Each page explains the actual mechanism — what's moving, what's deciding, what's failing — without retreating into jargon or analogies that fall apart under five seconds of thought.
02
Visual, because that's how it actually clicks
A neural network described in words is a fog. A neural network with cyan pulses traveling forward through layers is a thing you understand in twelve seconds. Every page has multiple live 3D animations running on your device right now.
03
Real receipts
No abstract examples. Every "how we use it" section points at a project we shipped — what the brief was, which stack solved it, what we learned. The technology stops being a sales line and starts being a tool.
04
Built for the curious client
If you're briefing us, these pages tell you what's actually possible — and what's expensive. If you're hiring us, they tell you we know what we're doing under the hood, not just on the slide.
Or skip the reading
Tell us your brief. We'll pick the stack.
You don't have to know which tech you need. Tell us what the audience should feel, where they'll encounter it, and roughly the budget. We'll come back with the right combination — within one business day.