LogoLogo
TPI.devCommunityGithub
  • Overview
    • Introduction
      • Future Features
    • License & Disclaimer
    • APIM Architecture
      • Production Deployments and Capacity
      • Functions
      • Integration
    • Key Concepts
      • API Group
      • API Scope
      • API Client
      • End-to-End Workflow Combining API Group, API Scope, and API Client
        • Scenario: API Management for an E-commerce Platform
    • Support
    • Glossary
    • Scenarios
      • Financial Industry
        • Transforming Financial Services with digiRunner API Management
        • Redefining Financial Data Migration with digiRunner API Management Platform
      • Manufacturing Industry
        • Enabling Smart Manufacturing with Seamless API Integration and Automation via digiRunner
        • Streamlining Global Operations with API Management via digiRunner
      • Medical Industry
        • Enhancing Healthcare Data Integration and Security with digiRunner API Management
        • Revolutionizing Healthcare Interoperability with digiRunner’s Advanced API Framework
      • Insurance Industry
        • Modernizing Insurance Services with digiRunner API Management
        • Modernizing Insurance with digiRunner—Bridging Legacy Systems and Microservices
      • Government and Public Services
        • Empowering Open Government Services with digiRunner: A Mission for Integration and Transformation
        • Streamlining Public Sector Innovation via digiRunner: Driving Citizen-Centric Digital Transformation
  • Get Started
    • Installing digiRunner API Management
      • SMTP Configuration
    • Registering Your First APIs with digiRunner
    • Client Authorization and Calling APIs
    • Rate Limiting
    • Proxy Caching
    • Load Balancing
    • Sandbox Testing
    • VIP Gateway Priority Settings
    • JWE Certificate
  • Configuring IP Whitelisting via IP Binding
  • Most common use cases
    • Obtaining API Keys and Calling APIs
    • API IP Diversion
    • Viewing Real-time API Logs
    • Enabling APIs and No Auth in Batches with API Imported
    • Role-Based Access Management within a Hierarchical Structure
    • Simplified OIDC Login with Predefined Organizational Frameworks
    • Resetting User Password and Confirmation Email for Admin Console User
  • Guide
    • AC User Management
      • Users
      • My Profile
      • Roles
      • Role Mapping
      • Organization
      • Role & txID
      • Delegate AC User
      • AC OAuth 2.0 IdP
      • AC LDAP IdP
      • AC MLDAP IdP
      • AC API IdP
    • Development Mode
      • Function Management
      • Rtn Code Management
      • Embedded Function Management
    • Client Management
      • API Client
      • API Group
      • API Scope
      • Authentications
      • Security Level
      • GTW OAuth 2.0 IdP
      • GTW LDAP IdP
      • GTW API IdP
      • GTW JDBC IdP
      • Client Export/Import
    • API Management
      • API List
      • API Registry
      • API Test
      • API Modify Batch
    • Monitor & Alert
      • digiRunner Server
      • Alert Settings
    • Reports
      • API Calls
      • API RESP distribution
      • API Avg. RESP Time
      • API GTW traffic
      • Bad Attempt Report
    • Certificate Management
      • JWE Cert. List
      • JWE Cert. Management
      • TLS Cert. List
      • TLS Cert. Management
    • Application Forms
      • API Key
      • Applications
      • Approval Flow Settings
    • System Information
      • API Key Approval History
      • Scheduled Tasks
      • Recurring Tasks
      • Mail Log
    • System Configs
      • Setting
      • Items
      • Files
      • Customer Setting
      • Online Console
      • WebSocket Proxy Management
      • Static Webpage Reverse Proxy
      • RDB Connection
      • Mail Template Export/Import
  • API Integration Guide
    • Using Token for Authentication and Authorization
      • OpenID Connect (OIDC) Mode
      • Client Credentials Mode
      • Password Mode
    • Using X API Key for Authentication and Authorization
      • Applying for X API Key
      • Obtaining X API Key
      • Calling APIs Registered in digiRunner with X API Key
    • Using API Key for Authentication and Authorization
      • Applying for API Key
      • Obtaining API Key and Secret Key
      • Calculating the Signature and DGRK
      • Calling APIs Registered in digiRunner with API Key
    • Using HTTP Basic and OAuth for Authentication and Authorization
      • Calling APIs Registered in digiRunner with Basic Auth
      • Calling APIs Registered in digiRunner with No OAuth
    • Token Lifecycle Management Mechanism
      • Applying Refresh Token
      • Token Revocation
      • Token Introspection
    • JWS/JWE Integration
      • JWS Workflow
      • JWE Workflow
      • Exchanging Public Keys
      • Generating Certificate
      • Operating with JWS
      • Operating with JWE
Powered by GitBook
On this page
  • Context and Objectives
  • Challenges in Data Migration
  • Legacy Systems Complexity
  • Operational Downtime Risks
  • Data Security Concerns
  • Scalability and Monitoring Gaps
  • Solutions Provided by digiRunner
  • Centralized API Gateway
  • Secure Data Transfer with TLS Encryption
  • Real-Time Monitoring and Alerts
  • Granular Access Management
  • Zero-Downtime Deployment
  • Comprehensive Data Validation
  • API Service Scaling
  • Impact of digiRunner Implementation
  • Streamlined Data Migration
  • Unified API Ecosystem
  • Enhanced Security Posture
  • Scalability and Resilience
  • Operational Excellence
  • Conclusion

Was this helpful?

Export as PDF
  1. Overview
  2. Scenarios
  3. Financial Industry

Redefining Financial Data Migration with digiRunner API Management Platform

Context and Objectives

In an era of digital transformation, a leading financial services provider faced the critical challenge of modernizing its operations. With an ambitious mission to streamline data migration and strengthen API management, the company sought to overcome legacy inefficiencies while ensuring secure and seamless service delivery. Their objectives were to:

  1. Ensure Seamless Data Migration: Transition critical banking data from legacy systems to modern platforms without service interruptions.

  2. Modernize API Management: Implement an efficient, centralized framework for managing APIs across various operations.

  3. Enhance Security and Compliance: Safeguard sensitive customer data while adhering to regulatory requirements like GDPR and PCI DSS.

  4. Enable Scalability and Operational Efficiency: Support increasing transaction volumes with a scalable and robust infrastructure.

Challenges in Data Migration

Legacy Systems Complexity

  • Legacy systems, such as AS400, posed integration challenges with modern cloud platforms.

  • Data inconsistencies increased the risk of errors during migration.

Operational Downtime Risks

Ensuring uninterrupted service during data migration was critical to maintaining customer trust and SLA compliance.

Data Security Concerns

Securing sensitive data transfers during migration required advanced encryption and stringent access controls.

Scalability and Monitoring Gaps

Handling high traffic volumes during migration lacked robust monitoring tools and adaptive scaling capabilities.

Solutions Provided by digiRunner

Centralized API Gateway

  • Unified Traffic Management: Streamlines API communication between legacy and modern platforms, ensuring smooth data flow.

  • Protocol Translation: Enables seamless integration of diverse protocols, such as REST and SOAP, to efficiently connect legacy and modern systems.

  • Dynamic Load Balancing: Distributes API traffic to optimize performance during peak demands, particularly during migration surges.

Secure Data Transfer with TLS Encryption

  • End-to-End Encryption: Protects data during transmission and storage, ensuring compliance with financial security standards.

  • Advanced Authentication: Uses OAuth 2.0 and OpenID Connect for secure, role-based API access.

Real-Time Monitoring and Alerts

  • Comprehensive Dashboards: Provides real-time insights into API performance and migration status, allowing for proactive issue resolution.

  • Custom Alerting System: Flags anomalies, such as unexpected API traffic spikes, to maintain operational stability.

Granular Access Management

  • Role-Based Permissions: Controls API access to specific personnel, ensuring secure data handling during migration.

  • Audit Trails: Maintains detailed logs of all API interactions to support regulatory compliance and forensic analysis.

Zero-Downtime Deployment

  • Red/Black Deployment Strategy: Enables seamless updates to API systems, ensuring uninterrupted services during migration.

Comprehensive Data Validation

  • Integrity Checks: Verifies data consistency throughout migration to avoid corruption and errors.

  • Pre-Migration Simulations: Identifies potential risks by testing scenarios before live migrations.

API Service Scaling

  • Elastic Infrastructure: Adapts dynamically to handle varying workloads during migration without compromising performance.

  • Performance Optimization: Minimizes latency and enhances throughput for real-time API requests.

Impact of digiRunner Implementation

Streamlined Data Migration

Critical banking data migrated securely and efficiently, avoiding service disruptions.

Unified API Ecosystem

Centralized API management improved integration between legacy and modern platforms.

Enhanced Security Posture

Advanced encryption and access controls safeguarded sensitive customer data and ensured compliance.

Scalability and Resilience

The system efficiently managed peak migration traffic while maintaining continuous service availability.

Operational Excellence

Real-time monitoring empowered IT teams to proactively manage migrations, minimizing downtime risks.

Conclusion

By leveraging digiRunner’s comprehensive API management platform, the financial services provider achieved its objectives, enabling secure, scalable operations and positioning itself for innovation in the rapidly evolving financial sector.

PreviousTransforming Financial Services with digiRunner API ManagementNextManufacturing Industry

Last updated 4 months ago

Was this helpful?

Discover more about digiRunner’s open-source innovations and advanced capabilities by visiting .

TPI.dev