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Cloud Infrastructure Modernization for Automotive Distribution

e-point.com

Automotive

eCommerce

Retail

Current Infrastructure Limitations

Legacy infrastructure with high maintenance costs, limited scalability, and inefficiencies in system monitoring and architecture adjustments. Required modernization to support dynamic resource allocation, full system control, and seamless integration with multiple platforms.

About the Client

Central and Eastern Europe’s largest distributor of spare parts for passenger cars, trucks, and motorcycles, offering garage equipment and tuning accessories.

Migration Goals

Migrate existing infrastructure to Microsoft Azure using Lift-and-Shift methodology
Implement a scalable 3-tier architecture (web, application, database) on Azure IaaS
Automate configuration management for development and production environment consistency
Deploy monitoring and diagnostics tools for real-time system performance tracking
Reduce infrastructure change implementation time from weeks to minutes

Core System Requirements

Web server tier with HTTP traffic management and logging
SAP Commerce (Hybris) application servers with role-based configurations
Secure database tier with automated backups
Ansible-driven configuration automation
Centralized performance monitoring dashboard

Technology Stack

Microsoft Azure

SAP Commerce

Debian

Apache

Tomcat

Solr

Ansible

System Integrations

SAP ERP systems
Solr search middleware
Azure Active Directory for authentication
Third-party monitoring tools (e.g., Azure Monitor)

Operational Requirements

99.95% system uptime SLA
Automatic horizontal scaling for traffic spikes
End-to-end encryption for data security
Real-time performance metrics with alerts
Disaster recovery with RTO < 1 hour

Expected Business Impact

Enables 70% faster infrastructure changes, 40% reduction in maintenance costs, and uninterrupted system operation through Azure's scalable cloud platform. Establishes standardized cloud migration practices for future digital transformation initiatives while maintaining full control over critical business systems.