CLPS subsidiary Qinson's CAKU system is a secure and scalable credit card core, managing the entire card lifecycle from application to settlement. Its modular design and industry-standard interfaces ensure seamless integration for domestic and international banks.
CAKU empowers banks to innovate with its "scenario-based" business model and user-friendly browser interface. This next-generation system breaks through limitations of traditional systems, supporting efficient digital upgrades for financial institutions.
Supports major credit card brands (Mastercard, Visa, UnionPay) and various card types (credit, debit, prepaid, etc.).
Offers a "scenario-based" model for easy customization of credit card programs. Choose from over 200 pre-built scenarios covering the entire card lifecycle.
Enables rapid business model setup. Configure parameters to create a test system meeting your needs in minutes.
Provides comprehensive services: business planning, IT consulting, solution design, implementation, launch, and ongoing management.
Leverages pre-built components for faster business function setup.
Built on a mature and open X86 architecture.
Utilizes Java for a robust development environment.
Employs advanced distributed microservices architecture for scalability and modularity.
Supports continuous development and integration with DevOps methodology.
Offers flexible deployment options with cloud architecture and efficient storage solutions.
Features Qinson's proprietary APE technology ecosystem.
Modular design separates core and peripheral functions for better flexibility.
Real-time processing eliminates batch processing issues and ensures data accuracy.
Automated testing streamlines deployment and upgrades.
Scalable system supports future growth and innovation.
High-performance front-end delivers seamless multi-channel support.
Flexible configuration allows for easy customization of scenarios, parameters, and calculations.
Seamless integration with industry standards and card organization interfaces.
Automated code generation simplifies interface implementation.