Accelerate your production cycles with modular, optimized game architectures from NeezGames. Explore comprehensive C# scripts, intelligent pathfinding traffic engines, and rich environment assets designed for multi-platform compilation.
A highly performance-optimized urban traffic simulation controller. Integrated with procedural coordinate pathfinding, obstacle avoidance, and responsive intersection logic.
Complete driving framework featuring raycast-driven wheel forces, customizable transmission parameters, endless procedural road layouts, and dynamic weather states.
Create expansive urban environments using low-poly models, optimized GPU instanced prefabs, collision meshes, and ready-to-bake static structures.
Our templates are strictly built with memory allocation in mind. By avoiding dynamic Garbage Collection (GC) calls during high-stress loops, your game assets maintain consistent frame states on low-spec target hardware.
Shader assets are compiled utilizing the Universal Render Pipeline (URP). This enables visual fidelity scaling from high-resolution desktop configurations down to battery-efficient mobile graphics architectures.
C# codebase modules utilize job-systems or array groupings for coordinate pathfinding, keeping active thread execution low even with hundreds of simulated entities in the active viewport.
Loose decoupling, systematic script layouts, and modular event triggers to ensure C# scripts remain intuitive to customize.
Dynamic node mapping and grid checks allow AI assets to seamlessly recalculate tracks around dynamic barriers.
Secure webhook configurations paired with transaction widgets ensure licensing validation checks on distributed templates.
No compiled binary DLL closures. Every template package delivers full, unrestricted, neatly commented C# files, enabling deep programmatic customizations.
Construct vast structural scenes with customized prefab meshes. Features low-polygon budgets, static occlusion settings, and optimized collision models.
Includes customizable player rigs, interactive ragdoll components, realistic wheel grip controllers, and optimized URP surface shaders.