01
Applications & operating environments
Software Porting
Analyze legacy applications and adapt their implementation to new operating environments, toolchains, or platforms, with attention to dependencies, interfaces, and functional behavior.
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ENGINEERING SERVICES / 06
Legacy Systems
Modernization & Migration.
Preserve proven functionality while adapting applications, databases, and hardware-based capabilities to new software environments. Modernization services focused on compatibility, maintainability, integration, and verified system behavior.
01 / ENGINEERING CAPABILITIES
Respect the legacy.
Engineer what comes next.
Assess existing applications, databases, and hardware functions, then select a practical path toward new platforms and software environments.
02
Language & code evolution
Programming Language Migration & Modernization
Evaluate existing code and plan practical updates, refactoring, or transitions between programming languages where appropriate. Work with C, C++, Python, Visual Basic, and C# while considering compatibility, maintainability, interfaces, and verification.
03
Data structures & movement
Database Migration & Integration
Examine legacy data structures, map fields and relationships, and support data movement or integration between database environments with validation of transferred information.
04
Existing hardware functionality
Hardware-to-Software Reimplementation
Translate specified hardware behaviors into software for visualization, simulation, testing, or integration, with attention to interfaces and functional verification.
02 / ENGINEERING USE CASES
Move forward without
losing what works.
Representative modernization workflows showing how existing software, data, and system functionality can be adapted to new requirements.
01 / USE CASE
Move a Legacy Application to a New Platform
Assess operating-system dependencies, replace incompatible interfaces, rebuild the application for the target environment, and test that essential workflows still behave as intended.
Existing Application → Dependency Analysis → Platform Adaptation → Testing
02 / USE CASE
Modernize an Existing C Codebase
Identify stable functionality and areas that would benefit from C++ features, then migrate incrementally while maintaining interfaces and validating behavior through targeted tests.
C Codebase → Interface Review → Incremental C++ Migration → Verification
03 / USE CASE
Transition or Integrate Business Databases
Examine existing tables and relationships, define field mappings, transfer or synchronize data between database systems, and reconcile records to identify missing or inconsistent information.
Legacy Data → Schema Mapping → Migration / Integration → Validation
04 / USE CASE
Recreate Hardware Functions in Software
Document the inputs, outputs, interfaces, and observable behavior of a hardware-based function, then implement a software representation for visualization, simulation, or integration and compare results against defined requirements.
Hardware Behavior → Functional Specification → Software Implementation → Verification
03 / MODERNIZATION APPROACH
Understand. Map. Implement.
Verify. Transition.
Successful migration is more than changing a language or database. It requires identifying interfaces and dependencies, defining the intended behavior, implementing the transition in manageable steps, and validating the result.
UnderstandMapDesignImplementVerifyTransition
04 / CONNECT
Give existing systems
a practical next chapter.
Discuss application porting, database migration, or software reimplementation needs. Project scope and feasibility are evaluated before engagement.
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