5x faster. Enterprise legacy modernization at scale
Legacy transformation services powered by Agentic
AI-driven G.Tx Platform
Scale your legacy modernization 5x faster without business disruption
Accelerate enterprise legacy transformation
G.Tx Platform delivers 70% automated code generation
Minimize transformation risks end-to-end
G.Tx ensures 100% logic preservation, automated testing, and validated deployment strategies
Transform with financial confidence
AI-driven G.Tx Feasibility Analysis helps to map your entire modernization journey – including accurate costs and deadlines
Integrate your AI stack
G.Tx generates agent-ready specs for coding tools like Codex or Claude Code, with support for integrating any external custom agent.
G.Tx Modernization Service: Where AI-driven automation meets strategic consulting to transform your enterprise systems.
Our proven G.Tx Modernization methodology delivers comprehensive legacy modernization through integrated consulting and implementation services.
Consulting
G.Tx Feasibility Analysis
Modernization Strategy
From legacy system assesment to transformation plan recomendation
Implementation
G.Tx Transformation
Modernization Methodology
From understanding legacy system to running modernized applications
G.Tx Feasibility Analysis: Strategic foundation for modernization
Our experts leverage G.Tx Feasibility Analysis to comprehensively assess your current system, evaluate modernization potential, and design a strategic roadmap for transformation.
Translating business objectives into specific technology choices
We bridge business requirements with technical architecture, delivering optimal technology selection and implementation plans.
Avoiding unpredictable modernization attempts
Our feasibility analysis provides accurate cost and timeline estimates through automated code analysis, ensuring predictable modernization with transparent progress and guaranteed logic preservation.
Clear picture of required investment
G.Tx Feasibility Analysis delivers fact-based implementation plans and accurate budget estimation, providing clear investment requirements and reliable project forecasting.
Modernization that meets your business goals
We craft a solid modernization plan aligned with your business needs and technical challenges to deliver maximum value from your modernization investment.
G.Tx: Purpose-built for enterprise modernization
G.Tx redefines enterprise legacy modernization leveraging advanced AI-agentic workflows that automate most modernization processes by up to 5x.
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Handles massive scale with unlimited complexity
Delivers most up-to-date product requirements
Generates up to 70% code automatically
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Assures full business continuity
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G.Tx Modernization process: From assessment to production rollout
Start small, scale fast - our phased approach validates modernization feasibility quickly, then accelerates to full enterprise transformation with business continuity unimpacted.
Step 1
Assessment
Duration: 1 week
System and code assessment
AI transformation qualification
Risks and challenges
Next steps recommendation
Step 2
Feasibility Analysis
Duration: 2-4 weeks
Modernization plan
Pilot scoping
Business and tech documentation
Budget estimation
Step 3
Transformation Pilot
Duration: 1-3 months
Automatic code generation workflows
Agentic development environment
Deployment and integration
Rollout and migration
Step 4
Scale Transformation
Phased code transformation
Deployment and integration
Rollout and migration
G.Tx Modernization process: From assessment to production rollout
Start small, scale fast - our phased approach validates modernization feasibility quickly, then accelerates to full enterprise transformation with business continuity unimpacted.
Step 1
Assessment
Duration: 1 week
System and code assessment
AI transformation qualification
Risks and challenges
Next steps recommendation
How to determine if your legacy system is ready for AI-driven modernization
A walkthrough of G.Tx Assessment - the structured process that evaluates your codebase for quality, security, and transformation feasibility before any work begins.
Step 2
Feasibility Analysis
Duration: 2-4 weeks
Modernization plan
Pilot scoping
Business and tech documentation
Budget estimation
How to build a reliable picture of a system you didn't write
See how G.Tx extracts business logic and technical structure directly from the codebase - giving your team accurate, queryable documentation without relying on what's outdated or undocumented.
Step 3
Transformation Pilot
Duration: 1-3 months
Automatic code generation workflows
Agentic development environment
Deployment and integration
Rollout and migration
How to prove G.Tx legacy modernization works before committing to the whole system
A look at how the G.Tx Transformation Pilot takes a single feature through Design, Build, and Run to production - validated against the legacy behaviour it replaces, and repeatable on everything that follows.
Step 4
Scale Transformation
Phased code transformation
Deployment and integration
Rollout and migration
How to modernize a legacy codebase without losing control of the changes
A look at how G.Tx uses reusable, audited transformation templates to process large-scale code changes - controlled, traceable, and designed to work at system scale.
How to determine if your legacy system is ready for AI-driven modernization
How to build a reliable picture of a system you didn't write
How to modernize a legacy codebase without losing control of the changes
Know before you commit. See if G.Tx is right for your legacy modernization.
Learn how we turn technical debt into strategic velocity
Business meets technology through engineering excellence.
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Get a G.Tx Assessment: what can be automated, how long it will take, no guesswork.
Reach out for tailored solutions and expert guidance.
Breaking Points Hub
Find our expert commentary, research, and strategic perspectives on breaking the linear.
FAQ
Common questions about AI-driven legacy modernization
The honest answer is that most cost estimates fail because they're built on assumptions about a codebase nobody fully understands. Grape Up approaches this differently: before any transformation begins, the G.Tx platform runs an automated analysis of the actual source code to generate budget estimates and timelines. The output is a concrete modernization plan with accurate cost projections — derived from what the codebase genuinely contains, not from what the team remembers about it.
The honest answer is that most cost estimates fail because they're built on assumptions about a codebase nobody fully understands. Grape Up approaches this differently: before any transformation begins, the G.Tx platform runs an automated analysis of the actual source code to generate budget estimates and timelines. The output is a concrete modernization plan with accurate cost projections — derived from what the codebase genuinely contains, not from what the team remembers about it.