It Started at a Hex Game Table
Glowrune started with a simple frustration: sitting around a beautifully set-up hex strategy board in a dimly lit room, wishing the terrain itself could provide some of the atmosphere. The wheat fields should look warm and golden. The ocean tiles should shimmer. The ore mountains should feel imposing.
The cardboard tiles are functional — but they're also flat, unlit, and visually identical to the box they came in. Premium resin alternatives exist, but none of them light up, and none of them are modular in the way that a true terrain system should be.
The question became: what would it take to build the terrain we were imagining?
Three Problems to Solve Simultaneously
Every attempt at illuminated terrain had hit the same wall: wires. To get power into each tile, you needed cables running between them — and cables meant cable management, accidental disconnections during play, and a setup process that defeated the purpose of modular terrain.
Existing magnetic terrain connectors (like those on some premium 3D sculpted terrain systems) solved the mechanical alignment problem, but they were mechanical only — no electrical connection. Pogo-pin connectors existed in industrial applications but hadn't been adapted for the specific requirements of tabletop terrain tiles: flush profiles, strong retention, tolerance for repeated connection cycles, and the ability to carry both 12V power and addressable LED data simultaneously.
The second problem was the art layers. Most terrain systems commit to a visual theme at manufacturing time. Painted resin looks great but requires buying new terrain for every new campaign setting. We wanted a hardware platform that could run any visual theme — which meant the art had to be separable from the hardware.
The third problem was the LED specification. RGB LEDs produce color, but they don't produce clean white — and many terrain types (stone, snow, moonlight) require real white light to look correct. The SK6812 RGBW LED with its dedicated white channel was the right component, but designing a PCB that fit 25 of them into a hex tile profile while maintaining the pogo-pin connector standard required multiple iterations of board design.
The Prototype Milestone
After months of PCB revisions, magnet specification testing, and art layer material trials, the first working prototype demonstrated all three systems functioning simultaneously: tiles snapping together with magnetic alignment, power and data transferring through the pogo pins, and 25 individually addressable RGBW LEDs activating on tile connection.
The first time we placed a lit wheat field tile next to a lit ocean tile on a hex game board, the design intent was confirmed: the tiles looked exactly like what they were supposed to look like. The golden backlight through the wheat field art layer, the blue ripple through the ocean tile — the combination of UV-printed art and programmed LED animation produced something that felt genuinely new.
What Glowrune Is
Glowrune is a first-of-its-kind product: the first terrain tile system that combines magnetic electrical connectors, per-tile LED illumination, and swappable art layers into a single integrated platform. We are not aware of any other product that combines all three of these properties.
We're a small team of engineers, game designers, and tabletop players. We answer every email at hello@glowrune.com. We're launching on Kickstarter because we want to build this with the community — not for it.
The prototype is complete. The PCBs are manufactured. We're building the app and preparing for launch.
If you want to be there when it launches — join the waitlist.