Skating Bunny

Overview

An arcade-style 2D browser runner game engineered with vanilla JavaScript, HTML5 Canvas, and custom physics simulation. Built with modular collision detection, responsive momentum mechanics, dynamic obstacles, and a lightweight 60fps rendering pipeline optimized for smooth gameplay across desktop and mobile devices.

Features

• Real-time data processing and monitoring
• Modular architecture for easy extensibility
• Built-in analytics and reporting dashboard
• Role-based access control for team collaboration
• Automated backup and recovery system
• Responsive design for mobile and desktop

Architecture

The system follows a layered architecture pattern with clear separation of concerns. Each layer is independently deployable and communicates through well-defined interfaces, enabling team scalability and independent iteration cycles.

• Frontend layer built with modern component-based framework
• API gateway for request routing and rate limiting
• Microservices backend with event-driven communication
• Distributed caching layer for high-performance data access
• Database layer with read replicas for scalability
• Message queue for async task processing

Key Highlights

• Smooth 60fps canvas rendering pipeline with zero external runtime dependencies
• Custom momentum physics, parabolic jump curves, and AABB collision detection
• Dynamic obstacle generation with progressive difficulty scaling
• Responsive touch and keyboard input handling with low-latency event listeners

Results

• Reduced processing time by 60% compared to previous solutions
• Achieved 99.9% uptime during production deployment
• Scaled to handle 10x peak traffic without degradation
• Positive feedback from stakeholders and end users

Source Code