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Modernizing Legacy IoT SaaS Platform for Cloud-Agnostic Scalability and Enhanced Monitoring
  1. case
  2. Modernizing Legacy IoT SaaS Platform for Cloud-Agnostic Scalability and Enhanced Monitoring

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Modernizing Legacy IoT SaaS Platform for Cloud-Agnostic Scalability and Enhanced Monitoring

n-ix.com
Information technology
Telecommunications
Manufacturing

Legacy Infrastructure Limitations Hindering IoT Platform Efficiency

The client's legacy on-premise IoT SaaS platform suffered from high operational costs, inefficient resource utilization, vendor lock-in constraints, and limited monitoring capabilities. The outdated architecture hindered scalability, slowed time-to-market for new features, and lacked integration with modern cloud technologies required for enterprise-grade IoT device management.

About the Client

A global enterprise providing IoT device and asset-tracking solutions with 1,000 employees and 20% market share in its niche

Strategic Modernization Goals for IoT Platform Transformation

  • Migrate legacy infrastructure to cloud-agnostic architecture
  • Implement automated CI/CD pipelines for rapid deployment
  • Integrate advanced monitoring and analytics capabilities
  • Optimize operational costs through cloud resource management
  • Eliminate vendor lock-in through Kubernetes-based portability

Core Functional Requirements for Modernized IoT Platform

  • Multi-cloud Kubernetes orchestration (AWS/Azure/Minikube)
  • GitLab-based CI/CD pipeline automation
  • Real-time resource monitoring dashboards
  • Automated testing framework integration
  • Third-party analytics integrations (Elasticsearch, Grafana, Prometheus)

Target Technology Stack for Cloud Modernization

AWS
Azure
Kubernetes
GitLab CI/CD

Critical System Integrations for Enhanced Functionality

  • SAP
  • Salesforce
  • Elasticsearch
  • Grafana
  • Prometheus
  • Graylog
  • Graphite

Operational Requirements for Enterprise-Grade Platform

  • Cross-cloud scalability and portability
  • 99.99% system availability SLA
  • Automated resource scaling based on demand
  • Role-based access control (RBAC) security
  • Real-time performance monitoring dashboard

Expected Business Outcomes from Platform Modernization

The transformation will reduce infrastructure costs by 40-60% through optimized cloud resource utilization, accelerate feature deployment cycles by 70% via automated CI/CD pipelines, and expand product capabilities through enhanced monitoring integrations. The cloud-agnostic architecture will provide 100% vendor flexibility while improving system scalability to support 10x more connected IoT devices.

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