Hi all 👋
My name is Dmitry, a solo dev from New Zealand working on a tactical RTS project in my free time.
This is a big project with ambitions to make it the kind of sandbox combat game where you can fully stimulate your stompy mech warmongering desires.
Greatly appreciate any support I can get so thank you all for your follows likes and reposts.
*Whistling*, 1. I'ma need that key, 2. I'ma need an elemental suit. 3. Maybe a nice kingdom once things go well, the otherworldly tales of battletech messed with my mind in beautiful ways. Questions? "Canst thou by searching find out God?" Although chaos does speak wonders.
I'm giving away 2 free Steam keys of @MW5Mercs Chaos Reign to celebrate Pride Month - to participate, simply retweet this tweet and I'll draw winners on Thursday in time for the Steam Summer Sale
@mai077200373308 I really wanna send you a private message~ Out of respect for artist and a curiosities made in how we may perceive something particularly unusual..,
Desk Space🪐
My new incremental game you can pin to your desktop while you work or play other games.
🔹 Build a massive automated mining & trade fleet
🔹 Find and buy upgrades for synergies
🔹 Explore space for secrets and... [REDACTED]
Coming (very) soon #indiegame#gamedev
Smaller may be better when it comes to transistors.
But what if the next leap in computing is embedding geometries that compute through resonance itself?
Enter quartz crystals.
They’re already extraordinary:
stable oscillators,
coherent frequency regulators,
piezoelectric transducers.
But viewed another way, they are structured resonant manifolds.
Traditional silicon computing pushes electrons through etched pathways.
Crystalline computing could eventually work more through:
wave interference,
phase coupling,
standing resonances,
topological information flow.
Less “current moving through wires.”
More geometry constraining the possible states information can occupy.
Which is interesting because the same structures keep reappearing everywhere:
helices,
lattices,
toroids,
braids,
crystal symmetries.
Biology uses them.
Plasma uses them.
Photonics uses them.
Even AI latent spaces increasingly resemble them.
At a certain point it becomes difficult to ignore: geometry may not just carry computation.
The geometry itself is the computation.
So I found this survival RPG where your house has procedurally animated walking legs
- Farm, craft, build & explore dungeons & caves on foot
- Upgrade your fortress to walk or even fly
- Some bosses can only be defeated using your base
It's called Loya
A low-poly cyberpunk village with neon shader atmosphere, cyber dragons, drones and live controls for time flow, glow, bloom and camera drift. Built with Three.js, GLSL shaders, and JavaScript.
Demo and code 👇