2D Game Development & Physics
Pixel-perfect 2D platformers, RPGs, roguelikes, and puzzle games built with Unity 2D, Cocos, and custom physics engines.
Unity
CocosC#
iOS
Android
Interactive Engineering Architecture
Inspect the decoupled layers, production benchmarks, and deployment pipelines behind our 2D Game Development & Physics practice.
2D Tilemap & Animation Pipeline
Modular tile palettes, skeletal deformation, and deterministic 2D collision detection.
Unity 2D Tilemaps & Rule Tiles
Automated procedural tiles with smart borders, collision layering, and parallax background scrolling.
Spine 2D Skeletal Animation
Bespoke bone rigging and mesh deforms delivering cinematic character motion with tiny file sizes.
Custom Raycast Physics Engine
Tight, deterministic platformer physics without the floaty inconsistencies of default rigidbodies.
Pixel-Perfect Camera Pipeline
Pixel snapping shaders preventing sub-pixel jitter and maintaining retro visual fidelity.
What We Deliver
Clear architectural boundaries, automated test suites, and 100% intellectual property transfer on day one.
Complete 2D Game Project
Fully organized Unity 2D or Cocos project repository with clean C# scripts and commented code architecture.
- Modular C# gameplay managers
- Custom raycast character controller
- Dynamic save/load game system
- Dialogue & inventory managers
Spine 2D Character & Enemy Rigs
Professional Spine animation files with full skeletal bones, skins, and export texture sheets.
- Walk, run, attack & jump cycles
- Modular weapon & armor skins
- Hit-reaction and death animations
- Exported JSON and atlas sheets
Handcrafted 2D Environment Packs
High-resolution or pixel-art tile sets, background parallax layers, and atmospheric lighting presets.
- Modular tilemap sets with collisions
- Multi-layer parallax backgrounds
- Destructible environment props
- 2D dynamic lighting & normal maps
Nintendo Switch & Mobile Certification
Platform compliance optimization ensuring flawless gameplay on handheld consoles and touchscreens.
- Nintendo Switch Joy-Con integration
- Touch virtual joystick controls
- Haptic rumble vibration feedback
- Cloud save synchronization
Frequently Asked Technical Questions
Common architectural, governance, and codebase ownership inquiries.
Spine uses 2D skeletal rigging, which requires up to 80% less memory than frame-by-frame spritesheets, allows smooth interpolation between animation states, and makes changing character skins or equipment effortless.
Ready to scope your 2D Game Development & Physics project?
Book a 20-minute architecture review with one of our principal engineers. We review your specifications, discuss trade-offs, and provide a concrete estimate.