Interactive Experience · HTML5 Canvas Arcade
Cyber Dash: Neon Runner
A fast, responsive 2D arcade endless runner engineered with pure vanilla JavaScript, hardware-accelerated HTML5 Canvas, and dynamic sound effects.
Arcade Runner
Neon Matrix Flight Grid
High Score
0
Game Purpose
Concept & Engineering Goal
Cyber Dash was engineered as a high-performance demonstration of zero-dependency web physics. By removing third-party game engines, the entire game executes in under 5KB of JavaScript without loading delay.
The design blends retro arcade physics (variable jump arcs, collision bounding boxes, and velocity momentum) with modern neon aesthetics and particle systems.
Gameplay Guide
How to Play & Score High
- Initiate the Run: Click "Start Run" or press the Spacebar.
- Time Your Jumps: Press Space, Up Arrow, or tap the screen to jump over incoming red obstacle blocks (+10 points per obstacle passed).
- Double Jump: Press jump again in mid-air to reach higher elevations or recover from poorly timed leaps.
- Collect Energy Orbs: Touch floating gold circular cells for an instant +25 bonus and particle burst.
- Accelerating Speed: The game subtly accelerates as your score increases, testing your reflexes.
Technical Scope
Platform Limitations
- •Local Storage High Score: Your record is saved locally in browser
localStorageunderninomax_runner_high. Clearing browser cookies/cache resets your record. - •Input Modalities: Designed specifically for single-finger touch and keyboard space/arrow navigation; gamepad controller APIs are not actively mapped.
- •Fixed Aspect Canvas: Uses a 16:9 600x300 internal canvas resolution, scaled dynamically via CSS for crisp rendering across all screen densities.
Zero Tracking
Privacy & Data Ethics
- ✓No Ads or Monetization: Zero banner ads, sponsored video popups, or paid microtransactions. Complete focus on pure gameplay.
- ✓Zero Telemetry: Play counts, session durations, and game over frequencies are not logged to remote servers.
- ✓Offline Execution: Once loaded, the game loop executes independently of network connectivity.
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