Development Overview
Project: YAMI MURA
Engine: Unity
Language: C#
DCC Tools: Blender
Release Target: Early Access (August)
Project Status
YAMI MURA is currently in an active development phase, with core systems implemented and undergoing continuous iteration. Current priorities include system stability, performance optimization, and refinement of gameplay loops.
The project follows a modular architecture to allow rapid iteration and controlled scalability during the Early Access phase.
Technical Stack
Engine: Unity (real-time rendering, scene management, physics)
Programming: C# (gameplay systems, tools, logic layers)
3D Pipeline: Blender (environment assets, props, basic rigging)
Version Control: (not specified, assumed in use)
⚙️ Development Pipeline
The development workflow is structured around rapid prototyping and iterative validation:
Feature Definition → Scope and constraints
Prototype Implementation → Fast iteration in-engine
Validation → Functional and edge-case testing
Refinement → Optimization and integration
This pipeline prioritizes short feedback loops and minimizes production overhead.
AI-Assisted Development
The project incorporates AI agent-based tooling as part of the core development workflow. These systems are used to support:
Rapid prototyping of gameplay mechanics
Code scaffolding and structural iteration
Debugging assistance and issue detection
Validation of logic paths and edge cases
AI integration is not used as a replacement for core development, but as an augmentation layer to increase development efficiency and consistency.
Observed Impact
The integration of AI-assisted workflows has resulted in:
Reduced iteration time across gameplay systems
Increased code stability during feature expansion
Improved maintainability and readability of code
Lower incidence of regressions during updates
Additionally, development velocity has increased without compromising system integrity, which is critical given the constraints of a solo/indie production environment.
Current Focus
Stability and bug fixing
Gameplay system refinement
Narrative implementation and pacing
Performance optimization (CPU/GPU balance)
Release Strategy
The project is targeting an Early Access release in August, allowing:
Real user feedback
Incremental content updates
Continuous system improvement post-launch