Faster migrations
AI-powered transformation shortens the timeline.
Modernization
AI-Assisted Legacy Application Modernization
Cut migration time with AI-driven code transformation.
We help enterprises understand, refactor and move legacy code to modern languages, cloud and architectures, with testing that protects the business logic.
- UnderstandAI reads the old codebase
- MigratePhased, with less downtime
- ProveTests that check parity
Code transformationSample
ORDERTOT.cblLegacy
OrderTotal.javaModern
Illustrative snippet. Real work starts with an assessment of your code.
🔍AI reads the codebefore anyone rewrites it
✅Parity testedbusiness logic protected
COBOL✦VB6✦C++✦Java✦.NET✦Microservices✦AWS✦Azure✦GCP✦CI/CD✦COBOL✦VB6✦C++✦Java✦.NET✦Microservices✦AWS✦Azure✦GCP✦CI/CD✦
Why modernize
Legacy systems that are slowing you down
Legacy systems slow innovation, raise maintenance cost and create security gaps. Manual rewrites are expensive and easy to get wrong. AI-assisted modernization helps you migrate, refactor and optimize more quickly and more safely.
We start with a legacy code assessment. Models scan the codebase and produce a modernization roadmap, then a phased plan that limits downtime. You get faster delivery, safer migrations and software that is ready for what comes next.
InnovationEvery change takes longer than it should
CostMaintenance eats the budget for new work
SecurityOld dependencies and unpatched gaps
RewritesManual and error-prone when done by hand
Lower risk
Automated testing helps preserve business logic.
Lower maintenance
Cleaner, modular, documented code costs less to keep.
Cloud and DevOps ready
Applications prepared for modern CI/CD.
A stack you can keep
Scalable frameworks instead of another dead end.
Try it · legacy risk check
How urgent is your legacy problem?
Tick what sounds familiar. This is a quick gut-check to start the conversation, not a verdict on your systems.
Core capabilities
Core modernization capabilities
Understand the code, change it, move it, and prove it still does the job.
Choosing a path
There is more than one way to modernize
The right path depends on the code, the risk you can take and what the business needs next. Select a path to compare.
Try it · phased cutover
Move one piece at a time, with a way back
A phased plan limits downtime. Slide to move services from the legacy system to the new one and watch the traffic shift.
Services moved
Legacy62%
Modern38%
Try it · parity testing
Prove the new code gives the same answers
Automated tests run the old and the new code on the same inputs and flag any difference. Here, the old system truncates interest to the cent. Watch what a naive rewrite does.
Principal
Annual rate
Term (months)
Apply the legacy rounding rule in the new code
Where legacy hides
The same problem, in every industry
Pick an industry to see the estate we usually meet, what tends to break, and a sensible first target.
Estimate
What could AI assistance change?
A rough sizing to start the conversation. Real numbers come from the assessment, and the acceleration you assume should come from a pilot on your own code.
Lines of code
Code complexity
Documentation today
Assumed AI acceleration
Illustrative sizing · not a quote
How we deliver
How a modernization runs
Assessment first, then a phased plan that protects the behavior you rely on.
What you get
What the modernization can include
Language migration
COBOL, VB6, C++, Java, .NET and similar estates moved onto modern stacks.
- Rules carried across, not lost
- Idiomatic code in the new language
- Parity checked against the old system
Architecture modernization
Monoliths broken toward microservices, with cloud support on AWS, Azure or GCP.
- Services cut along real boundaries
- Containers and managed cloud services
- Phased cutover with a way back
Knowledge that stays
Automated documentation and ongoing refactoring as the enterprise system keeps changing.
- Docs generated from the code itself
- A living map of dependencies
- Refactoring that continues after go-live
Deliverables
What lands in your hands
🗺Modernization roadmap
A phased plan based on what the code actually does.
📄System documentation
Generated from the code, so it matches reality.
🧪Parity test suite
Old and new run side by side on the same inputs.
🧱Modernized services
Clean, modular, maintainable code you own.
⚙️CI/CD pipeline
Build, test and deploy ready for modern DevOps.
🛡️Security and performance review
Compliance and speed checked on the new code.
FAQ
Questions, answered
Want this scoped to your systems? Talk to our team for a walkthrough.
Book a free consultationWhich languages can you modernize?
Estates such as COBOL, VB6, C++, Java and .NET, moved onto modern stacks.
Will the business logic change?
Automated testing is used to preserve functional parity and reduce migration risk.
Can this include the cloud?
Yes. Migrations can target AWS, Azure or GCP, including microservices and containers.
Do we have to stop the business during migration?
No. The plan is phased to limit downtime, moving one piece at a time with a way back at each step.
What if nobody understands the old code anymore?
That is where we start. Models scan the codebase and document what it does, so the roadmap is based on the code rather than on memory.
Should we rewrite or refactor?
It depends on the code, the risk and what the business needs next. The assessment compares paths so the choice is made with evidence.
How do you prove the new system behaves the same?
Parity tests run the old and the new code on the same inputs and flag any difference, including small ones like rounding rules.
Who owns the new code?
You do. The modernized code, documentation and tests are delivered to your team.
What happens after go-live?
We continue refactoring and supporting the system as it evolves, so it does not slide back into legacy.
Let's talk
Ready to get started?
Let's build it together.
Tell us what you are working on. A solution architect will reply with a free consultation, usually within one business day.
