Technical Assessment and Debt Analysis
Code quality, architectural dependencies, database bottlenecks, security vulnerabilities, and technical debt levels are measured.
SOFTWARE SOLUTIONS
Software Modernization and Architectural Transformation Services
Software modernization is a service that involves transitioning applications with high maintenance costs or scalability issues from outdated technologies to more current software architectures, cloud-native structures, and modern development environments without putting business continuity at risk.
What is Software Modernization and Architectural Transformation Services?
The most common mistake when modernizing a system is attempting a complete rewrite of the existing application from scratch. This often results in high costs, prolonged uncertainty, and transition risks.
During the process, the current code quality, database structure, system dependencies, test coverage, and critical business rules are thoroughly analyzed. The most suitable strategy is determined based on the system's structure and the organization's priorities, such as rehosting (migration to the cloud), replatforming (updating the runtime environment), refactoring (code/architecture improvement), or the Strangler Fig approach.
Service scope
Transformation Roadmap and Strategy
A phased plan including rehosting, replatforming, or refactoring options is developed through risk and value analysis.
Gradual Transformation and Development
Modules, runtime versions, or deployment infrastructure are gradually updated under the protection of automated test safety.
Controlled Go-Live and Transition
Data synchronization and traffic redirection are carried out in phases; criteria for closing the old system are applied.
WHO IS IT FOR?
Who is it for?
- Applications running on deprecated (EOL) runtimes, frameworks, or libraries that are critical.
- Complex monolithic structures where even a small change carries high risk and slows down development.
- Teams looking to migrate their existing software infrastructure to container (Docker/Kubernetes) or cloud (Cloud-Native) architectures.
- Institutions suffering from high technical debt due to performance and scalability issues.
DELIVERABLES
Deliverables
- Current Infrastructure Analysis and Technical Debt/Risk Report
- Prioritized Modernization Roadmap
- Modernized and Tested Software Components
- Test Scenarios, Transition Guide, and System Operations Documentation
How we work
01
Assess the current environment, target and dependencies
02
Document scope, risks, acceptance and rollback
03
Implement, validate and document
Frequently asked questions
Is it better to rewrite the entire system from scratch or to gradually modernize it?
The decision is based on the complexity of the business rules, the testability rate of the current system, and the budget. Gradual modernization is generally a lower-risk and more sustainable option as it allows value creation while the system is live.
Will the running live system and users be affected during the modernization process?
The transition process is executed using feature flags (feature flags), parallel work (shadow traffic), or phased traffic redirection techniques. This ensures that the live system is not affected while isolated steps of transformation are carried out.
Will the technical debt be completely eliminated after the modernization effort?
The goal is not to completely eliminate technical debt but to address critical debts that hinder business development and system security, leaving the remaining structure measurable and manageable.
Let’s assess your requirements
We review your current environment, target and technical requirements in a 20–30 minute call. Scope, assumptions, deliverables and pricing are documented before work begins.
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