8 Pool Fever

Client Overview

Game Intro
8 Pool Fever – Billiard City is a modern take on the classic eight-ball pool game, offering players an authentic and immersive billiards experience. Developed by OKAMI GAMES LTD, this free-to-play Android game emphasizes realistic physics and engaging gameplay mechanics.
Business Requirements
OKAMI GAMES LTD initially required testing for pre-release builds, conducted in iterative cycles. Testing sessions lasted 3–4 days and were scheduled approximately every three months. Over time, as the project scaled, the engagement evolved:
- Transition from periodic testing to part-time QA
- Expansion to full-time QA coverage
- Additional requests for playtesting to analyze server load and client response times
Tested on
- Android
- iOS in development

Engagement

Initial Phases: 3–4 QA specialists (Junior, Middle) were assigned to early testing iterations, focusing on major feature releases.
Long-term QA: As the testing scope expanded, a dedicated QA tester was assigned for daily coverage.
Playtests: Conducted with approximately 20 testers per session to assess user experience, server stability, and overall gameplay feedback.

Game Testing Solutions

Our QA team implemented a comprehensive testing strategy, covering:

Functional Testing
Ensuring core gameplay mechanics, UI elements, and in-game features worked as intended
Installation Testing
Verifying smooth installation, updates, and uninstallation processes
Regression Testing
Identifying potential issues in new updates while ensuring stability of existing features
Performance Testing
Evaluating game responsiveness under varying conditions, including server load
Platform Compatibility Testing
Primarily focused on Android devices, with occasional checks for iOS compatibility (pre-release phase)

Business Impact / Benefits Delivered

Significant reduction in the number of bugs pre-release
Comprehensive test case coverage for all existing and future features
Improved edge case detection, leading to enhanced gameplay stability
Iterative refinement of feature behavior based on QA insights, beyond initial design considerations