Introduction

As the global payment landscape rapidly evolves, banks face a growing number of complexities in managing payments. These challenges stem from the expanding variety of alternate payment methods, changing consumer preferences, the need for real-time processing, and regulatory requirements varying across regions. With digital payments and e-commerce accelerating at unprecedented rates, organizations must adapt to remain competitive and efficient in this dynamic environment.

The payment orchestration market reflects this shift, valued at approximately $1.13 billion in 2022, and is projected to grow at over 24.7% CAGR, reaching around $6 billion by 2030. According to Grand View Research, this growth is driven by digital payment expansion and e-commerce trends and underscores the critical role orchestration plays in addressing the intricate needs of modern payment ecosystems. 

Understanding Payment Orchestration

Payment orchestration refers to the comprehensive management and optimization of the entire payment process. It integrates multiple payment methods, core banking, account master and fraud detection tools into one seamless workflow to make the payment secure and successful. Orchestration involves intelligent payment routing, retries for failed transactions, store and forward, scheduled and recurring payments, currency conversions, and ensuring compliance checks.

Key benefits include improved transaction success rates, with studies showing potential increases of up to 30% and cost efficiencies such as reductions in processing fees (10–20%) and integration costs (up to 40%). Additionally, advanced fraud prevention mechanisms, often powered by AI, can decrease fraud rates by as much as 40%.

As payment orchestration grows in prominence, it enables businesses to deliver faster, more dependable, and secure payment experiences, ensuring operational efficiency and enhanced customer satisfaction in an increasingly complex financial landscape.

The Challenges for Banks 

  • Legacy System: Traditional payment systems often rely on legacy platforms with large monolithic and siloed applications with payment orchestration embedded within siloed applications. Implementing a new payment method, integration with a new payment rail or changes driven by regulatory compliance often leads to huge implementation costs. 
  • Diverse Payment Types and Channels: Banks manage an extensive array of payment channels, from digital wallets and online banking to branch tellers etc., with assurance for seamless and secure customer experience across low-value batch, real-time gross settlement and real-time payment rails, banks on an average end up managing integrations across 6-7 different payment rails. The absence of centralized payment orchestration makes these changes overly complicated to implement as changes may need to be replicated in multiple systems.
  • Regulatory Compliance across diverse geographic presence: Banks must meet stringent compliance standards, scheme mandates, and regulatory requirements across multiple jurisdictions to manage operational Compliance. Time to market is increased in the absence of centralized orchestration.
  • Payments risk management and fraud management: As security and fraud threats continue to increase, banks must incorporate advanced fraud detection techniques and apply countermeasures in real-time, which adds another layer of complexity to payment processing. Integration of newer fraud prevention mechanisms into payment processing becomes very costly. 
  • Data Analysis: Comprehensive visibility into payment data across multiple channels and rails is critical for optimizing operations, understanding customer behaviour, and meeting reporting requirements. In a siloed approach, the data is not centralized and hence getting a 360-degree view of an account becomes very cumbersome.

Optimized Approach for Modern Payment Orchestration

  • Centralized Payment Orchestration: Consolidates multiple payment processing flows into a single platform, eliminating the repetitive efforts typical in siloed systems. This approach enhances operational efficiency and simplifies system updates, providing a cohesive framework for managing payment processes.
  • Externalization of Payment Orchestration: Separates payment workflows from core processing codebases, enabling easier modifications and the creation of new process flows. A rich graphical user interface (GUI)-driven design reduces reliance on IT teams, empowering business teams to manage and update workflows directly. 
  • Intelligent routing: In a siloed approach, payment routing is tied to a payment rail. Smart routing decouples payment routing from specific payment rails. Centralized orchestration utilizes APIs for payment initiation, enabling AI or rule-based decision-making to determine the most cost-effective and reliable routing. Considerations include payment date, geo-location, rail reliability, and efficiency to optimize transaction success rates. 
  • Configurable, Low-code interfaces: A centralized payment orchestration platform with low-code capabilities allows business users to customize and adapt workflows easily, minimizing technical dependencies. This enhances agility, accessibility, and adaptability for dynamic business requirements.
  • Technology Consideration: An API-first architecture ensures seamless integration and interoperability with existing systems. An open technology stack enables leveraging legacy systems while adopting modern capabilities, ensuring flexibility and scalability. 

Gaining holistic benefits through payment orchestration

Centralized payment orchestration offers additional benefits like

  • Centralized Analytics and Reporting: Orchestration platforms provide comprehensive analytics and reporting features across payment providers, offering insights into customer trends and performance, and enhancing decision-making.
  • Real-Time Notifications and Alerts: Modern solutions offer out-of-the-box notification capabilities that send notifications and alerts for key events, such as transaction failures, potential fraud, or regulatory issues. They also support integration with external monitoring tools for enhanced observability. All these events need to be aggregated and routed to specific channels and systems which is ably supported through orchestration platforms.
  • Centralized Risk Management: Payment orchestration strengthens fraud detection by centralizing monitoring across channels and applying real-time risk scoring, enhanced by machine learning and multi-layered security tools like device fingerprinting. Automated KYC and AML protocols streamline Compliance, making orchestration especially effective for cross-border transactions and regulatory adherence.

A modern Payment Orchestration platform focuses on a cloud-native, scalable, and secure infrastructure with microservices and AI-driven routing for optimized transactions and flexibility. Unified APIs ease provider integration, while advanced security and real-time fraud prevention meet regulatory needs. With real-time analytics, diverse payment support, and a DevOps-driven CI/CD approach, the platform remains agile and globally adaptable. Payment orchestration is a strategic investment for financial institutions, aligning with long-term modernization goals to simplify complex transaction management.

Conclusion

Payments Orchestration is a transformative force in the financial technology landscape, offering businesses the tools to streamline transactions, enhance customer experiences, and adapt to the evolving demands of the digital era. As the industry continues to evolve, staying abreast of the latest trends and leveraging leading Payments Orchestration products will be crucial for businesses aiming to thrive in the dynamic world of finance.

Empowering Businesses with RS DigitalEdge™ Payment Orchestrator 

The Payment orchestration engine of RS DigitalEdge™ (RSDE) streamlines payment processing management by consolidating multiple payment rails, and methods into a single API, enabling efficient, secure, and flexible transaction processing, enhancing transaction success rates, and reducing costs through intelligent transaction handling.

The RS DigitalEdge™ architecture, structured into Core, Mantle, and Surface layers, offers a powerful foundation for implementing efficient, scalable payment orchestration. 

The Core layer is at the foundation of RSDE, a purely technical orchestration engine that executes workflows known as "orchestration definitions." It provides a robust backbone, managing execution logic and error handling with no awareness of domain-specific payment details. The Core includes a library of reusable default components, enabling orchestration to be defined using low-code or configuration-based approaches. This externalized architecture ensures that the Core remains focused on process execution, delivering scalability and adaptability while allowing seamless integration with the Mantle layer for domain-specific needs.

The Mantle layer bridges the Core’s technical engine with business-specific payment requirements. It provides domain awareness through payment rail-specific libraries, APIs, and validations tailored to distinct payment processes, such as FedNow’s Pacs008 or PayPal’s batch payouts. The Mantle also includes a generic API for consuming requests like credit transfers, cancellations, etc. This layer ensures that orchestrations align with the unique demands of diverse payment rails, enhancing usability for banks operating across regions.

Finally, the Surface layer serves as the interface for externalizing orchestration definitions and integrating customer-specific requirements. This layer emphasizes accessibility and flexibility, empowering business teams to create, modify, and deploy “orchestration definition” through a low-code/configuration-based approach. It facilitates the defining of custom APIs and adapters to connect with client systems, such as integrating Active Directory for authentication. The Surface layer minimises application build dependency by focusing on script and UI-based orchestration externalization, allowing product and operations l users to drive innovation and tailor payment flows quickly, ensuring faster implementation and scalability. 

RS DigitalEdge™ offers pre-built connectors for leading payment rails and commonly used capabilities out of the box, simplifying integration efforts and reducing time-to-market.