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Yuze Digital India modernizes fintech platform with Azure Kubernetes Service (AKS)

Yuze Digital India modernizes fintech platform with Azure Kubernetes Service (AKS)

Project Information Country India Industry Financial Services Organization Size 51–200 Employees Solution Area Cloud Modernization & Containerization (AKS) Products & Services • Azure Kubernetes Service (AKS)• Azure SQL Database• Azure Application Gateway (WAF)• Azure Container Registry• Azure Service Bus & Event Hub• Microsoft Entra ID• Azure DevOps• Azure Monitor & Application Insights• Microsoft Defender for […]

Project Information

Country

India

Industry

Financial Services

Organization Size

51–200 Employees

Solution Area

Cloud Modernization & Containerization (AKS)

Products & Services

• Azure Kubernetes Service (AKS)
• Azure SQL Database
• Azure Application Gateway (WAF)
• Azure Container Registry
• Azure Service Bus & Event Hub
• Microsoft Entra ID
• Azure DevOps
• Azure Monitor & Application Insights
• Microsoft Defender for Cloud

About the Organization

Yuze Digital India is a fintech company offering a digital banking platform that supports card management, payments, digital wallets, and customer onboarding. The platform is designed to serve the growing demand for digital financial services in India.

The organization operates a cloud-based application environment on Microsoft Azure, supporting multiple microservices and transaction workflows. As the business expanded, the platform required modernization to meet regulatory requirements and support scalable, secure operations.

Challenge

Yuze Digital India was running its platform on Azure Virtual Machines in the UAE region. As the company prepared to expand in India, the existing setup created several challenges:

    1. Regulatory compliance requirements
      RBI guidelines required all financial data to reside within India, which the existing UAE-hosted environment did not support.
    2. Security limitations
      The platform relied on a legacy firewall nearing end-of-life, with no Azure-native web application firewall or private access controls in place.
    3. Scalability constraints
      VM-based infrastructure could not scale efficiently for continuous financial transaction workloads, limiting performance during peak usage.
    4. Operational and governance gaps
      Limited diagnostics, inconsistent configurations, and lack of infrastructure as code created challenges in maintaining audit readiness.
    5. Manual deployment processes
      The absence of CI/CD pipelines meant deployments were handled manually, increasing the risk of errors and slowing release cycles.
Solution

IFI Techsolutions designed and implemented a cloud-native architecture on Microsoft Azure, transitioning the platform from a VM-based setup to a containerized and managed services model using Azure Kubernetes Service (AKS). Key elements of the solution implemented by IFI Techsolutions included:

    1. Application modernization and containerization
      Backend microservices were containerized and deployed on Azure Kubernetes Service (AKS), enabling scalable and resilient application management.
    2. Scalable and resilient architecture
      AKS was configured with auto-scaling capabilities to handle continuous financial workloads and dynamic user demand.
    3. Clear and timely reporting
      Dashboards gave teams current views of transactions, budgets, inventory levels, and resource usage.
    4. Secure networking and access control
      Secure networking was implemented using Azure Application Gateway with WAF, private endpoints, and controlled outbound access to ensure secure communication across services.
    5. Automated deployment and infrastructure management
      CI/CD pipelines were established using Azure DevOps, supported by Terraform-based infrastructure as code for consistent and repeatable deployments.
    6. Monitoring, observability, and security
      Azure Monitor, Log Analytics, and Application Insights were configured for visibility, while Microsoft Defender for Cloud was enabled to strengthen security and compliance.
Architecture Overview
Area Implementation
Application Layer Deployed microservices on Azure Kubernetes Service (AKS) with containerized workloads
Data Layer Migrated from SQL Server on VM to Azure SQL Database
Scalability Configured auto-scaling using AKS for dynamic workload handling
Networking & Security Implemented Application Gateway with WAF, private endpoints, and secure network design
Identity Configured Microsoft Entra ID and managed identities for secure access
DevOps & IaC Established CI/CD pipelines using Azure DevOps with Terraform
Monitoring Enabled Azure Monitor and Application Insights for observability
Security Posture Enabled Microsoft Defender for Cloud for centralized security management

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Impact

The migration to AKS and Azure PaaS services delivered measurable improvements across compliance, security, and operations:

    1. Regulatory compliance achieved
      The platform was deployed in the Azure India region, ensuring data residency aligned with RBI guidelines.
    2. Enhanced security posture
      The legacy firewall was replaced with a modern WAF-based architecture, supported by private access and centralized controls, achieving 94% security coverage through Microsoft Defender for Cloud.
    3. Improved scalability and performance
      Containerized workloads and AKS auto-scaling enabled the platform to handle continuous transaction volumes efficiently.
    4. Modernized DevOps practices
      Automated CI/CD pipelines improved deployment reliability, with a DevOps maturity score of 82/100 reflecting improved operational capability.
    5. Operational efficiency
      Infrastructure as code reduced manual effort, improved consistency, and minimized configuration drift.
    6. Cost optimization
      The new architecture reduced infrastructure costs, delivering estimated savings of $42K per month through optimized resource usage and reserved capacity planning.
Conclusion

By transitioning from a VM-based architecture to a containerized and cloud-native platform, Yuze Digital India improved scalability, strengthened security, and achieved regulatory compliance.

The new architecture provides a stable and scalable foundation for digital banking operations, enabling the organization to support future growth while maintaining performance and compliance standards.

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