
about the client
A high-intensity, action arcade game developed at Hoff & Mazor, designed to deliver thrilling bull rampage experiences to gamers worldwide. The app captivates users with fast-paced gameplay, intuitive controls, and dynamic environments, providing endless entertainment through adrenaline-fueled challenges and engaging level progression.
- Location: United States

Bringing High-Impact Gaming to Your Fingertips
The goal was to create a visually striking and engaging game that offers players an exciting escape with seamless controls and immersive gameplay. By combining detailed animations, powerful sound effects, and responsive mechanics, the app transforms casual gaming sessions into intense bull-rampage adventures.
Tech Stack:





- Duration: 6 Months

Our Challenge
To design an addictive gameplay loop that balances challenge and fun, the app incorporates smooth controls, a progressive difficulty curve, and rewarding feedback systems. It had to run flawlessly across devices while maintaining high frame rates and appealing graphics.




Let’s Make It Happen
We don’t overcomplicate things. We break it down, keep it simple, and make sure things get done. Ready to crush it? Let's get started!
Outlined the core gameplay mechanics, user experience goals, and target audience preferences. Collaborated closely with designers and sound engineers to map out the game flow and visual style.

Developed wireframes and storyboards to visualize levels, controls, and interactive elements, focusing on intuitive user engagement and retention.

Created character models, environments, and UI components, ensuring smooth animations and consistent visual language across all screens.

Utilized React Native for cross-platform compatibility. Implemented AWS-backed services for scalable data management and Node. JS-based APIs for seamless backend communication.

Conducted extensive playtesting to fine-tune difficulty, responsiveness, and eliminate bugs. Performance optimizations ensured smooth gameplay on a wide range of devices.

Released on the Google Play Store. Provided regular updates including new levels, features, and performance improvements based on user feedback.

Outlined the core gameplay mechanics, user experience goals, and target audience preferences. Collaborated closely with designers and sound engineers to map out the game flow and visual style.

Developed wireframes and storyboards to visualize levels, controls, and interactive elements, focusing on intuitive user engagement and retention.

Created character models, environments, and UI components, ensuring smooth animations and consistent visual language across all screens.

Utilized React Native for cross-platform compatibility. Implemented AWS-backed services for scalable data management and Node. JS-based APIs for seamless backend communication.

Conducted extensive playtesting to fine-tune difficulty, responsiveness, and eliminate bugs. Performance optimizations ensured smooth gameplay on a wide range of devices.

Released on the Google Play Store. Provided regular updates including new levels, features, and performance improvements based on user feedback.

Hoff & Mazor’s approach
Hoff & Mazor’s approach combined compelling visuals with technically robust gameplay to create an immersive and addictive user experience that keeps players coming back for more.
- UI/UX Design: Clear, engaging interfaces designed for quick access and minimal distraction.
- Gameplay Mechanics: Fluid, responsive controls tailored to both casual and dedicated gamers.
- Progression System: Levels and rewards designed to maintain challenge and motivation.
- Audio-Visual Elements: Dynamic sound effects and detailed animations to heighten immersion.


Project Results
- User Engagement: Achieved a 38% increase in daily active users within the first month.
- Retention: 50% of players returned within 7 days of first play, reflecting strong gameplay appeal.
- Performance: Maintained consistent 60 FPS on over 90% of supported devices.
- Performance: Maintained consistent 60 FPS on over 90% of supported devices.