How OptiSol helped a leading pharma technology company modernize its legacy .NET Platform

Key Highlights

  • OptiSol partnered with a leading pharmaceutical technology company to modernize its legacy .NET platform, helping the client simplify application maintenance and support future business growth.
  • The client’s existing platform was built on an aging architecture with tightly coupled business logic and multiple database environments, making enhancements slow and increasingly difficult to manage.
  • Using the iBEAM DNLift accelerator, OptiSol modernized the application architecture, moved business logic into reusable services, and prepared the platform for cloud and SaaS adoption.
  • The modernization program reduced application enhancement effort, improved deployment flexibility, and enabled faster delivery of new product capabilities.

Problem Statement

01

Legacy Platform: The client's product ecosystem was built on an older .NET framework with Microsoft SQL Server as the primary database. As the platform evolved, maintaining the applications and introducing new capabilities became increasingly difficult.

02

Business Logic: Much of the application's business logic resided within database stored procedures. This tightly coupled design made even small functional changes time consuming and increased the effort required to maintain the platform.

03

Deployment Model: The applications were designed for on-premise deployments, limiting the organization's ability to adopt cloud technologies and offer a scalable SaaS solution to its customers.

04

Platform Growth: Supporting multiple product lines across different database platforms added complexity to the application architecture, making standardization and long-term maintenance more challenging.

Solution Overview

01

Application Assessment: OptiSol leveraged iBEAM DNLift to assess the legacy .NET platform, identify architectural dependencies, and define a structured modernization roadmap.

02

Logic Modernization: Business logic embedded within stored procedures was refactored into reusable API services, simplifying maintenance, integration, and future feature development.

03

Architecture Upgrade: The legacy application was transformed into a configurable, cloud-ready architecture that supports SaaS deployment while preserving existing business functionality.

04

Database Compatibility: The modernized platform was designed to work with both Microsoft SQL Server and PostgreSQL, giving the client greater flexibility to support different deployment environments without changing application functionality.

Business Impact

01

Reduced Effort: By simplifying the application architecture and automating key stages of modernization, development teams spent less time maintaining legacy code and more time delivering business enhancements.
0
%
reduction in application enhancement effort

02

Faster Delivery: Moving business logic into reusable API services shortened development cycles and enabled faster implementation of new product features.
0
%
faster feature delivery

03

Flexible Platform: A cloud-ready application architecture gave the client the flexibility to support both on-premise and SaaS deployments while reducing the effort required for future modernization.
0
%
reduction in future modernization risks

About The Project

This success story demonstrates how OptiSol helped a leading pharmaceutical technology company modernize its legacy .NET platform using the iBEAM DNLift accelerator. Over time, the client’s applications had become increasingly difficult to maintain because of an aging architecture, business logic embedded within database stored procedures, and reliance on on-premise deployments. These challenges slowed feature development and made it harder to scale the platform as customer expectations continued to grow.

OptiSol carried out a structured modernization program that combined application assessment, automated code modernization, architectural improvements, and API-based business services. The platform was redesigned to support both Microsoft SQL Server and PostgreSQL while enabling cloud and SaaS deployment. By preserving existing business functionality and simplifying the underlying architecture, the client gained a modern application platform that is easier to maintain, faster to enhance, and better equipped to support future product development.

FAQs:

How does application modernization support cloud and SaaS adoption?

Application modernization enables cloud-ready architectures that support scalable deployments, SaaS delivery models, improved flexibility, and easier adoption of modern cloud technologies.

Why should business logic be moved from stored procedures to API services?

Moving business logic to API services improves maintainability, simplifies integration, enables code reuse, and makes applications easier to extend with new capabilities.

How does application modernization improve application maintainability?

Modernization replaces outdated architectures with modular designs, making applications easier to manage, enhance, troubleshoot, and maintain over the long term.

Why is database compatibility important during application modernization?

Supporting multiple database platforms provides deployment flexibility, reduces technology dependencies, and enables organizations to meet diverse customer and infrastructure requirements.

How does application modernization improve feature delivery?

Modern application architectures and reusable services simplify development, reduce implementation effort, and help teams deliver new features more quickly and consistently.

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