Voxel Modeling 🧊, UE5 Mesh Terrain ⛰️, Godot Physics ⚙️
⚙️ Tools & Tech for Faster Game Art
HardCuts: Voxel-Powered Hard-Surface Modeling for Fast Game Concepts
HardCuts is a new voxel/SDF-based 3D modeling app focused on fast, intuitive hard-surface work for game and concept artists. It combines parametric primitives, resolution-independent modeling, and real-time Booleans that stay clean even on complex shapes. Specialized tools like Region Extrude, Projection Volume from sketches, and a Lathe tool make it ideal for sci-fi, industrial, and mechanical designs. Currently in Alpha, it offers a free build, Blender-friendly export, and an active community-driven roadmap.
Recreating Silksong in Unity: Hand-Drawn Art, Shaders, and Parallax
An indie dev documents his attempt to recreate Hollow Knight: Silksong’s visual style in Unity—and how brutally hard it really is. He walks through a full paper-to-Photoshop-to-Unity pipeline, covering linework challenges, fake lighting with bevels, parallax layering, and a custom sprite shader that handles depth, fog, and foreground darkening. Along the way he shows how to reuse a small set of assets efficiently, and plugs a free 2D kit plus his Full-Time GameDev course for those wanting to go pro.
🌍 Engines & Advanced Systems
Beyond Heightmaps: First Look at Unreal Engine 5’s Mesh Terrain
Unreal Engine’s upcoming Mesh Terrain system breaks away from traditional heightfield workflows to enable truly 3D landscapes. Developers can build worlds with overhangs, tunnels, and sheer cliffs, all powered by non-destructive, stackable modifiers for fast iteration. The tech also removes the need for uniform terrain resolution, allowing more efficient and detailed environments. Mesh Terrain is already in the UE5-Main GitHub branch and is expected to debut officially in Unreal Engine 5.8.
Godot Rapier Physics: Drop‑In Replacement with Built‑In Fluid Simulation
Godot Rapier Physics is a Rust‑powered GDExtension that replaces Godot’s built‑in 2D and 3D physics with a faster, more stable system—no code rewrite required. It’s a 1:1 drop‑in for Godot Physics, supporting everything from RigidBodies and Areas to Character Controllers. On top of that, it adds full fluid simulation, cross‑platform deterministic behavior, and complete state serialization via serde. The project is fully open source, with docs, Discord, and a tutorial video to get you started.
🧠Smarter Gameplay & AI in UE5
Assassin’s Creed-Style Obstacle Avoidance in UE5 – All in Blueprints
Developer Fabiano Dias showcases a Blueprint-only obstacle avoidance system that gives UE5 characters Assassin’s Creed-style crowd navigation. Constant side sphere traces detect walls and drive an additive blendspace so characters naturally slide and sidestep around obstacles, while capsule radius adjusts on the fly for tight spaces. Dias offers the full setup on Patreon, including variable explanations, wall detection logic, trace smoothing, and beginner-friendly documentation, plus more tutorials on X and YouTube.
Stop Reinventing in Production: Pentiment Director on Shipping Sooner
Pentiment director Josh Sawyer shares blunt advice for teams desperate to shorten development cycles: be scrappy, reuse everything you can, and don’t keep experimenting once production begins. In his view, mid‑production pivots waste work, disrupt pipelines, and can extend projects by up to a year and a half. He details how Obsidian’s long, repeatedly delayed projects like Avowed and The Outer Worlds 2 strained resources and hurt sales expectations. The core tension, he says, is choosing between safer timelines and riskier, more experimental games.
🏗️ Game Architecture & Prototyping
From Micro-RTS to Slots Autobattler: Escaping Chronic Prototyping
Solo indie dev Thomas Stewart walks through the painful decision to abandon a year of work on his micro-RTS. Chronic prototyping pulled him into building a slots-based autobattler—until a bigger realization forced him to rethink everything again. This devlog is a candid look at pivots, false starts, and mindset traps that keep devs from finishing. If you’re overwhelmed by ideas and short on shipped games, this journey will feel uncomfortably familiar.
When Unity’s Observer Pattern Starts Hurting Your Game Architecture
A simple gem-collection mechanic becomes a case study in Unity architecture in this deep dive on the Observer pattern. By replacing a bloated GameManager with events and managers that subscribe to player actions, the video shows both the wins—better single responsibility—and the hidden drawbacks—messy, sprawling dependencies. You’ll see real Unity code, dependency graphs, and why “just use events” isn’t a complete solution.