Overview
Industry: Enterprise Software
Geography: India
Technologies: Azure Kubernetes Service (AKS), Docker, Azure Container Registry, Redis, CI/CD
The Situation
ERP and Accounting Software company was operating its platform on a traditional VM-based infrastructure. As usage continued to grow, the organization identified potential challenges around scalability, deployment agility, operational resilience, and long-term platform maintainability. The existing architecture required a more modern foundation capable of supporting higher concurrency, faster release cycles, and improved operational visibility.
To support future growth, the customer wanted to move from a VM-centric operating model to a containerized environment on Azure, with native Kubernetes deployment serving as the orchestration layer for deploying, scaling, and managing application services. The objective was not only to modernize the underlying infrastructure but also to build the DevOps automation, release management, monitoring, and operational capabilities required to support enterprise-scale workloads.
The organization engaged Codincity to assess the existing environment and develop a structured modernization roadmap capable of supporting approximately 30 application services and a target scale of up to one lakh user hits per hour.
What Codincity Did
Conducted a detailed assessment of the existing VM-based architecture to identify modernization opportunities, platform constraints, and target-state requirements.
Created a phased implementation roadmap covering discovery, Kubernetes platform setup, application migration, validation, and scalability testing.
Designed a containerized environment on Azure with native Kubernetes deployment serving as the orchestration layer, enabling application services to be deployed, scaled, and managed independently.
Defined a containerization strategy for approximately 30 application services, supporting greater deployment consistency and operational flexibility.
Developed a DevOps and CI/CD approach to automate build, test, and release processes, reducing manual deployment effort and improving release velocity.
Enabled QA automation and performance testing scripts to validate platform readiness against the agreed concurrent user load targets.
Designed an operational model incorporating centralized monitoring, logging, health checks, and observability capabilities to improve reliability and platform visibility.
Business Impact
Established the customer with a clear modernization strategy to move from VM-based infrastructure to a scalable, containerized cloud-native platform aligned with future business growth.
Defined a target architecture designed to support high-concurrency workloads through containerized services, horizontal scaling, and improved platform flexibility.
Improved readiness for large-scale adoption by designing the platform to support up to one lakh user hits per hour.
Created a foundation for faster and more reliable software delivery through automated CI/CD pipelines, reducing dependency on manual release processes.
Strengthened release confidence by incorporating QA automation and performance testing scripts to validate platform behaviour against agreed concurrent user load targets.
Developed a roadmap for enhanced observability, operational resilience, and infrastructure standardization to improve long-term platform reliability.
Provided leadership with a structured path toward greater DevOps maturity, operational scalability, and sustained business growth.
What It Means Going Forward
The value of the engagement extends beyond infrastructure modernization. By establishing a containerized cloud-native target architecture and a phased implementation roadmap, Codincity provided the customer with a foundation for future scalability, faster software delivery, and improved operational reliability. As the platform evolves, the modernization strategy lays the groundwork for greater automation, resilience, and enterprise-scale performance.
Conclusion
Platform modernization is most effective when technology, operations, and scalability objectives are addressed together. By designing a containerized cloud-native architecture on Azure with native Kubernetes orchestration and defining a structured transformation roadmap, Codincity helped the customer establish a clear path to a more scalable, resilient, and future-ready platform that supports long-term business growth.
