The solution involves creating a modular hardware system where individual gaming peripherals, such as controllers, can be customized with different components to fit specific accessibility needs.

Users can choose from a variety of joysticks, buttons, touchpads, and grips that can be easily swapped or adjusted without tools.

The system includes a software interface that allows users to map buttons and adjust sensitivity, providing an intuitive way to personalize their gaming experience.

Central to the system is a core base device that integrates input from various components seamlessly, offering a unified and accessible gaming experience.

This solution empowers gamers with disabilities by offering an unprecedented level of hardware customization, thus enhancing their gaming experience and enabling broader participation in the gaming community.

Unlike current solutions, it breaks away from a one-size-fits-all approach by putting adaptability and ease of use at the forefront, reducing the need for costly and ineffective third-party accessories.

Technologically, creating a modular system is feasible with existing component design and plug-and-play interface standards.

The main costs involve R&D for innovative, ergonomic designs and robust yet simple-to-use software.

Regulatory hurdles are medium due to safety standards in electronic devices but manageable with proper planning.

Competition is high, but few focus on accessibility as a core feature, providing a unique entry point.