M^Dynamics : Power of Agility
M^Dynamics is a Banking and Payment On-line Transaction Processing (OLTP) Engine that allows Financial Institutions and Payment Service Providers to process real time transactions in a mission critical environment.
Highly Agile
Efficient and versatile framework delivering real business value
Scalable
Rich in scale-out features for all type of businesses requires real-time payments
Highly Available
Ensures functional systems supporting 99.999% uptime with fault tolerant infrastructure
Resilience
Robustness in our systems
Reduced Coding
Minimum coding needed with easy management, configuration, and deployment to add new features.
Performance
High performance in response time, latency and Transaction Per Second (TPS)
Configurable
Easy to adapt for various financial business use cases
Open Platform
Runs in all OS that support Java
M^Dynamics Distributed Architecture
Open Platform Servers running M^Dynamics Financial & Payment Switching Application Continuous Availability and Massive Horizontal Scalability with Distributed Architecture
(Fault Tolerance Achieved using NonStop/FT Servers)
The distinguishing strength of M^Dynamics Switch is how its versatility makes it so easy to add new transaction types such as Store Value Card or Pre-paid Card Top-Up and customise existing ones to adapt to almost every unique requirement of the business.
M^Dynamics Framework Components
M^Dynamic’s sophisticated , well architected system is supported by Graphical IDE tools like Transaction/Process Flow Builder, Process Flow Analyst and Transformation Message Mapper that allow businesses to effect quicker changes and enhancements to the system, thus saving much time and money.
M^Dynamics Transformation
Supported Formats
• ISO8583 & its many variants
• ISO20022 & its many variants
• Token-based MTM
• JSON & XML API
• Fixed length formats
• Delimiter formats
• KVP
• SWIFT MT
• SWIFT MX
• NDC/DDC
• Proprietary
• And many more
Ease of integration
Drag and drop for mapping configuration
Auto validation
Zero/minimum coding