TECHNICAL BRIEF
PROJECT INTRODUCTION
PandaJump: Helix Tower challenges players to guide a bouncing character down a series of rotating vertical platforms. Players must rotate the tower in real-time to navigate the ball safely through gaps, trigger satisfying combo drops that smash platforms, and avoid hitting colored hazard zones. The game features both handcrafted levels and endless test modes to keep players engaged in a continuous loop of high-score chasing.
ENGAGEMENT MODEL2 Months
GAME ENGINEUnity 3D
GENREHyper-Casual Arcade Platformer
ART STYLEStylized 3D / Low-Poly Cartoon (vibrant, high-contrast levels)
TARGET PLATFORMSAndroid, iOS, WebGL
GAMEPLAY PREVIEW
ENGINEERING ROADBLOCKS
TECHNICAL CHALLENGES
The project was commissioned to deliver a lightweight hyper-casual template featuring zero-lag input and seamless cloud leaderboards.
CHALLENGE LOG #1
CHALLENGE LOG #2
1
Mobile Physics & Fracture Optimization
Simulating real-time fracturing on dozens of pieces simultaneously with MeshColliders caused severe CPU bottlenecks and frame drops on mid-tier mobile hardware.
2
Frictionless Progress & Cloud Sync
Traditional signup forms cause high player drop-off in casual titles, yet persistent global leaderboards were required across game sessions.
3
Ad Display State Interruption
Mobile ad SDK takeovers can desynchronize Unity update loops, time scales, and audio channels if state transitions are unmanaged.
CUBESTAX ARCHITECTURE
ENGINEERED SOLUTIONS
1
Architecture
Tween Fracture Pipeline: Engineered lightweight vector impulses and DOTween scaling reductions (`DOScale(Vector3.zero)`), completely bypassing continuous physics simulation loops while retaining high-impact visual feedback.
2
Gameplay
Silent PlayFab Sync: Integrated background authentication using hardware device identifiers with PlayFab, automatically syncing player scores and leaderboards with zero onboarding friction.
3
Optimization
State-Pausing Ad Handlers: Implemented an event-driven ad manager that freezes gameplay time-scales and audio registers during ad sessions, resuming state flawlessly upon callback completion.
4
Art Pipeline
Low-Poly Fracture Shaders: Modeled stylized cartoon platform fragments utilizing vertex coloring and custom scale controllers for lightweight fracturing visual feedback.
VERIFIED SOLUTION #1
VERIFIED SOLUTION #2
EXECUTION TIMELINE
DEVELOPMENT PIPELINE
Structured milestone sprints from core game loop validation to production-ready multi-platform release.
Discovery & Core Mechanics Setup (Weeks 1-2)
Established rotating tower input controls, bouncing ball physics, and collision-based sector detection (safe sectors vs. hazard error zones).
Visual Polish & Fracture Effects (Weeks 3-5)
Integrated animated characters, particle systems (confetti, impacts), and chunk scattering scripts to make platform-shattering feel responsive and satisfying.
Services & Monetization Integration (Weeks 6-8)
Added PlayFab SDK for silent sign-ins and leaderboard storage, alongside Google Mobile Ads SDK for banner, interstitial, and rewarded ad inventory.
MEASURABLE METRICS
RESULTS & DELIVERY IMPACT
Bypass Rendering
Tween-based fracture physics
Onboarding Sync
PlayFab Device ID signup flow
State Disruptions
Robust ad event listeners
KNOWLEDGE BASE