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thinformatics
APPLICATION MODERNIZATION

{{Making applications fit for the cloud and the future}}

We modernise existing applications so they run scalably and maintainably, cloud-native or hybrid, whichever brings you the greatest advantage. Technical debt melts away, running costs fall and you gain room for new features.

ESPECIALLY SUITED FOR
Development
Cloud-native
Hybrid
Containerisation
Legacy retirement
FinOps
App Modernization
Modernize
Applications
Assessed
Target picture
Defined
Operation
Maintainable
Scalable
architecture
Costs
brought down
Hybrid
or cloud-native
THE SERVICE

Modernising applications

We modernise existing applications for scalable, maintainable operation, cloud-native or hybrid, and reduce {{technical debt}}.

General
Deep dive
1

Application analysis

We analyse your estate and code and plan the modernisation.

Code analysis, application assessment, tech debt, dependencies, 6R strategy

2

Architecture refactoring

Monoliths are decoupled and broken down into modular services.

Microservices, domain-driven design, API-first, strangler fig, event-driven

3

Technology update

Outdated frameworks and runtimes are lifted to current versions.

.NET, Java, runtime upgrades, framework migration, dependency updates

4

Cloud delivery

Applications are made ready for cloud or hybrid operation.

Replatform, rehost, containerisation, App Service, hybrid deployment

5

Maintainability

Clean code and tests bring maintenance effort and defects down.

Clean code, refactoring, automated testing, CI/CD, code quality gates

6

Data modernisation

Databases are modernised and adapted for the cloud.

Managed databases, schema migration, SQL/NoSQL, data migration, caching

OUR APPROACH

Modernising applications in five steps

1

Analysis

We assess your application estate and code for modernisation.

1

Analysis

We assess your application estate by benefit, effort, condition and dependencies through application assessment, code analysis and a 6R strategy. We bring technical debt and maintenance brakes into view.

You receive a prioritised order that starts where modernisation has the greatest effect. This prioritisation steers the target architecture that follows.

Application assessment
Code analysis
Tech debt overview
Modernisation roadmap
2

Target architecture

We choose the fitting modernisation path per application.

2

Target architecture

For each application we settle the path, cloud-native for elasticity and fast evolution or hybrid for the link to local systems. We preserve business logic and data while designing the target architecture.

You receive a target picture that weighs benefit, dependencies and constraints per application. This target picture is the template for the refactoring that follows.

Target architecture
Cloud-native/hybrid decision
Interface concept
Implementation plan
3

Refactoring

We decouple architecture and lift technologies to current versions.

3

Refactoring

We break monoliths down into modular services through patterns such as strangler fig and microservices and lift outdated frameworks and runtimes. We modernise manageable parts first, check the result and carry proven patterns over.

Maintenance effort falls, code quality rises and changes become faster and safer to make. The renewed application is ready for the delivery that follows.

Decoupled services
Updated frameworks
Reduced tech debt
Safeguarded steps
4

Delivery

We make applications cloud or hybrid ready, data included.

4

Delivery

We make the applications ready for cloud or hybrid operation through replatform, rehost or containerisation. The databases behind them we modernise through managed databases plus schema and data migration.

Your applications run scalably on a modern platform, with data in a viable target state. On this basis we secure lasting maintainability in the next step.

Cloud deployment
Hybrid operation
Modernised databases
Data migration
5

Maintainability

We secure maintainability through clean code and tests.

5

Maintainability

We anchor maintainability through clean code, automated tests, CI/CD and code quality gates. Proven patterns we extend step by step to further applications.

Your teams gain room for new features instead of tying capacity up in tending the estate. From quality metrics and operation come recurring, targeted improvements.

Automated tests
CI/CD pipelines
Code quality gates
Extended modernisation
YOUR BENEFITS

Why {{thinformatics}}

Benefit decides

Cloud-native or hybrid, whichever brings you the greatest advantage.

Cost in view

Running cost and business case feed into every modernisation.

Less technical debt

Technical debt melts away and systems become maintainable.

Safe step by step

Modernisation in stages with working interim states.

Quality built in

Tests, CI/CD and observability become a fixed part of the application.

Room for the new

Capacity freed up makes space for new features.

Frequently asked {{questions}}

FAQ

Answers to the questions we are asked most often about application modernisation.

What does application modernisation achieve?
Application modernisation renews existing applications so they run scalably and maintainably, cloud-native or hybrid, whichever brings you the greatest advantage. Technical debt melts away, running costs fall and you gain room for new features. We develop your applications onward exactly where maintenance is hard today or requirements are growing. Proven business logic and data are preserved, while the technical base becomes more modern, more viable and fit for the future.
Cloud-native or hybrid: which suits your applications?
Both routes are sensible, and the choice follows whichever brings you the greatest advantage. Cloud-native approaches suit where elasticity, fast evolution and high scalability come first. A hybrid route fits where applications stay connected to local systems or should move across step by step. We assess benefit, dependencies and constraints per application and recommend the route that carries your goals best.
Which applications suit a modernisation?
Well suited are applications whose maintenance is laborious today, that scale poorly or whose technical base slows further development. At the start we assess your application estate by benefit, effort, condition and dependencies and derive a sensible order from it. You therefore start where modernisation has the greatest effect, safeguard business-critical applications with particular care and widen the approach step by step to further applications.
How is technical debt reduced?
Technical debt is reduced by renewing hard-to-maintain structures deliberately, untangling dependencies and lifting the application onto a more viable architecture. Business logic and data are preserved, while outdated building blocks are replaced step by step. Maintenance effort therefore falls, code quality rises and changes become faster and safer to make. Your teams gain room for new features instead of tying capacity up in tending the estate.
How does modernisation proceed without risk to operations?
We proceed step by step and safeguard every step, so your applications stay available. After the assessment we modernise manageable parts first, check the result and carry proven patterns over to further areas. Dependencies, test coverage, fallback routes and ownership we settle up front with your owners. The modernisation therefore stays controllable, changes are traceable and your applications pass in an orderly way into the scalable, maintainable target state.
CONTACT

Modernise your applications

We talk about the target picture, modernisation path and cost outlook, cloud-native or hybrid.

Thank you for your enquiry. We will get back to you personally shortly.
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