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Stabilization and Optimization of Traffic Management Software with Database Storage Efficiency
  1. case
  2. Stabilization and Optimization of Traffic Management Software with Database Storage Efficiency

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Stabilization and Optimization of Traffic Management Software with Database Storage Efficiency

future-processing.com
Logistics
Security
Manufacturing
Other industries

Operational Instability and Technical Debt from Unsupported Software

Following termination of support from their previous software provider, GESIG faced critical operational challenges including unstable traffic management systems, unaddressed technical debt, and unsustainable database storage growth. These issues threatened business continuity and system reliability.

About the Client

Austrian market leader in traffic management solutions, specializing in control systems for dynamic and static traffic regulation, security technology, and infrastructure services.

Key Goals for System Modernization

  • Restore operational stability to traffic management software
  • Optimize database storage by 700GB or more
  • Implement scalable technical infrastructure for future growth
  • Reduce client-reported bugs by 75%+
  • Establish robust code management and CI/CD pipelines

Core System Capabilities

  • Real-time traffic monitoring and control systems
  • Automated data archival and backup processes
  • Centralized code repository with version control
  • Continuous integration/continuous deployment (CI/CD) pipelines
  • Scalable database architecture for future expansion

Target Technology Stack

Cassandra (NoSQL database)
CI/CD automation tools (Jenkins/GitLab CI)
Cloud-native infrastructure
Containerization (Docker/Kubernetes)
Monitoring and logging solutions (Prometheus/Grafana)

System Interoperability Needs

  • Legacy data migration tools
  • Third-party traffic sensors and IoT devices
  • Enterprise monitoring systems
  • Security compliance frameworks

Operational Excellence Criteria

  • 99.99% system availability SLA
  • Linear scalability for 10x data growth
  • Sub-second response times for critical operations
  • Role-based access control (RBAC) security model
  • Automated disaster recovery processes

Anticipated Business Outcomes

The modernization initiative is expected to deliver 78%+ reduction in operational incidents, 700GB+ database storage optimization, and 50% faster deployment cycles. This will enable GESIG to maintain market leadership through enhanced system reliability, reduced maintenance costs, and accelerated time-to-market for new traffic management innovations.

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