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Development of a Comprehensive Payment Widget Platform with Multi-Method Support and Customization
  1. case
  2. Development of a Comprehensive Payment Widget Platform with Multi-Method Support and Customization

Development of a Comprehensive Payment Widget Platform with Multi-Method Support and Customization

rubyroidlabs.com
Financial services
eCommerce

Identified Challenges in Payment Integration and User Experience

The client faces difficulties in integrating multiple payment methods seamlessly, ensuring compatibility across legacy browsers, and providing a secure, user-friendly transaction experience without redirects. Existing solutions lack customization options and hinder smooth user flow, impacting conversion rates and customer satisfaction.

About the Client

A mid-sized digital payment provider aiming to expand its payment options and enhance user experience through a flexible, secure, and customizable payment widget.

Key Goals for Payment Widget Enhancement and Expansion

  • Integrate at least 16 popular payment methods to diversify transaction options.
  • Design and implement a full widget solution that eliminates redirects, streamlining user checkout flow.
  • Enable comprehensive customization of the payment widget's layout to match brand identity and user preferences.
  • Support legacy browsers to maximize accessibility for all users.
  • Implement security measures including secure 'Save Card' options to protect sensitive payment data.
  • Optimize the system for high performance and scalability to handle increased transaction volume.

Core Functional Requirements for the Payment Widget System

  • Integration of 16 popular payment methods with backend processing capabilities.
  • Full widget customization to adapt layout and branding elements.
  • Elimination of redirect flows, enabling full widget-based transactions.
  • Support for legacy browsers to ensure broad accessibility.
  • Secure storage feature with 'Save Card' functionality respecting security standards.
  • Responsive design for various device sizes and screen types.
  • Backend infrastructure supporting high availability and scalability.

Technical Architecture and Technology Stack Preferences

Widget-based frontend architecture
Secure payment processing protocols
Responsive web development frameworks

External System Integrations Needed

  • Payment gateway APIs for diverse payment methods
  • Security services for data protection and fraud prevention
  • Legacy browser support libraries
  • Backend payment processing infrastructure

Critical Non-Functional System Requirements

  • System scalability to support increasing transaction volumes
  • High performance with minimal latency during payments
  • Robust security measures including PCI DSS compliance
  • Availability of 99.9% uptime
  • Cross-platform compatibility covering desktop and mobile browsers

Expected Business Impact and Performance Outcomes

The new payment widget system aims to significantly improve payment conversion rates by providing a seamless, secure, and highly customizable checkout experience. Expected outcomes include increased transaction volume, enhanced customer satisfaction, and broader accessibility, supporting scalability as transaction demand grows.

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