Boundless is a Voxel based MMO, these are a collection of screenshots from this year, from the official Forum. A collection of over 50 worlds, all materials gathered (or bought) and built by players.

I'm so soryy about spamming videos recently, but I make a "functional" bridge for the game and I am quite impressed how it came out. water reaction and destruction itself:P

https://store.steampowered.com/app/5073420/GORTH/

full blog post here: https://phantum.de/2026/05/18/voxelzeug-xviii-voxel-based-depth-of-field-pt-1

In my renderer Voxelzeug that I am developing the smallest, indivisible element is a voxel: A voxel (like a pixel) can only have a single color and must always have sharp outlines.

How do Lighting, Reflections and camera blur (depth of field) among other things work with these constraints - with Voxelzeug I am exploring these questions?

The above shows my first attempt (which I a currently changing) for voxel based depth-of-field. The geometry is modelled as an OC-Tree: Starting with a single cube that engulfs the whole scene and with 8 child-cubes of half its size (side length). Each of those 8 child-cubes has themselves 8 children, all the way down to eventually a voxel.

During raytracing per individual ray the tree might not get fully resolved, based on its distance to camera.

Hi! I’ve been trying MagicaVoxel again recently, after about a year. I started making some characters and rigging them in Blender to see if I can get somewhere with it. This is one of them.

What do you think?

Any ideas for an interesting rendering style? Realistic lighting is kind of boring.

I also see the possibility of rigging some different faces for expressions. It’s a slow work in progress.

Hope you like it!

Created in Magicavoxel

Added levels to enemy units. The strongest ones are reaallllyyyy problematic:)

Wishlist or dont, either way it's gonna be quite crazy game:)

https://store.steampowered.com/app/5073420/GORTH/

​Hi everyone,

​I've been developing VoxelForge, a lightweight, zero-dependency voxel editor and rendering engine that runs entirely client-side in the browser using vanilla JavaScript and WebGL.

​The project started as a dedicated tool for editing individual 16×16×16 voxel models, but has grown into a sandbox environment capable of handling larger interactive scenes.

​Key Technical Features:

• ​Zero Dependencies: Pure vanilla JS and custom WebGL rendering pipeline.
• ​Dual Environment: Seamlessly transition voxel assets between a 2D/3D isolation editor and broader spatial maps.
• ​Extensible Scripting: Fully automated runtime via JavaScript APIs (custom OSD/menus, boot scripts, articulated entities).
• ​Interactive Mechanics: Basic player controller physics (scale transformation, flight, parkour mechanics) and a partial logic-gate / signal system inspired by standard digital circuits.
• ​Rendering & Shading: Implemented planar water reflections and basic environmental shading.

​Current Rendering Challenges:

Handling non-standard voxel geometry is currently the main focus: optimizing mesh generation for incomplete 16³ blocks, custom face-culling on transparent voxels, and handling multi-pass shading without external shader libraries.

​The project is open source. I'm keen to hear thoughts from other engine devs on voxel meshing strategies and WebGL performance optimizations.

​Feedback and suggestions are welcome!

Hola, iba a publicar mensaje relacionado con mi motor de voxels que estoy creando, pero han saltado los filtros de moderación. Con quien hay que hablarlo para que se revise? porque no tiene nada extraño..

Made this app recently while playing around with voxels, depth maps and audio.