Unity Workflow ⚙️, Godot Tools 🕹️, Memory-Safe C/C++ 👨💻
🎮 Game Design & Co-op Adventures
Designing an Anti-Racing Off-Road Adventure: Inside Over the Hill
Funselektor’s “over the hill” turns driving into an “anti-racing” road-trip fantasy, blending art of rally’s visual flair with exploration, off-roading, and emergent storytelling. Instead of lap times, the challenge is simply reaching distant landmarks through changing terrain and weather while unlocking vehicles, tools, and creative multi-winch setups. Seamless progression between solo and co-op lets players treat off-roading as a shared, non-competitive convoy activity. The team also discusses their Unity stack, skipped pre-production, and how a hit demo expanded the project.
Build, Review, Automate: Unity’s New Editor-Free Production Workflow
Unity is turning its Editor into a connected production platform that everyone on your team can use—without installing the Editor. A new API, CLI, and web dashboard let producers, artists, QA, and AI agents review real in-game renders, validate assets, trigger builds, and automate workflows. External collaborators get secure, role-based access and submit straight to version control from their own tools. Unity now plugs into your pipeline, not the other way around.
🧠 Tech Deep Dives & Engine Tricks
Custom Godot Occlusion: Culling Lights, Meshes, and Physics in Psych Rift
Psych Rift’s solo developer reveals a custom occlusion system built on top of Godot to keep dense indoor levels running smoothly. Instead of only culling meshes, the game hides entire “blocks” of a level—rooms and corridor segments—including their lights and many rigid bodies. Using VisibleOnScreenNotifier3D nodes, off-screen blocks are disabled to reduce both rendering and physics load while still supporting roaming monsters. It’s a practical look at pushing Godot to 1080p/60 FPS on mid-range hardware.
GodotHub: A Lightweight, Open Source Launcher for All Your Godot Builds
GodotHub is a free, open source, cross-platform launcher that streamlines working with the Godot engine. It lets you download and manage multiple Godot versions, organize projects in a central hub, and assign specific engine builds per project. Built-in access to templates, plugins, and starter assets speeds up prototyping, while support for custom binaries is ideal for engine hackers. The post also links to the GitHub repo and a video demo showing why this lightweight, optional hub “frickin’ rocks.”
🤖 AI, Tooling & Safer Code
How Chinese Games Already Run on AI: From Assets to Live Ops
Chinese studios aren’t just experimenting with AI—they’re already running production and live ops on it. From Tripo AI’s text-to-3D asset pipelines to GameBot’s in-game agents handling billions of player interactions, AI now powers art, esports localization, customer service, and user acquisition. Executives report 20–40% live-ops staffing cuts or equivalent performance gains, with UA teams shrinking to a single orchestrator. Backed by cheap domestic models and a “ship first, refine later” mindset, China is treating AI as core games infrastructure.
Phil C: Making Existing C/C++ Truly Memory Safe
Phil C is a fork of Clang/LLVM that turns ordinary C and C++ into a fully memory-safe language without changing pointer sizes or rewriting your code. It instruments LLVM IR to attach hidden “invisible capabilities” to every pointer, enforcing bounds and catching use-after-free with guaranteed panics instead of exploits. The author demos a full Linux userland and LibreOffice built with Phil C, showing that ~94M lines of real-world C/C++ can run memory-safe. For game devs with big C++ engines, it’s a compelling alternative to full rewrites.