In Focus
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thinformatics
WORKLOAD MODERNIZATION

{{Lifting operating model and infrastructure to cloud level}}

We optimise your workloads in terms of architecture, cost and performance, for instance through containerisation or the use of cloud-native services. Your systems afterwards run more efficiently, elastically and economically.

ESPECIALLY SUITED FOR
IT operations
Cloud-native
Containerisation
FinOps
Performance
Autoscaling
Workload Modernization
Optimize
Architecture
Sharpened
Costs
Optimised
Performance
Raised
Cloud
level
Elastic
scaling
Efficient
operation
THE SERVICE

Modernising workloads

We optimise your workloads in architecture, cost and performance, for instance through containerisation and {{cloud-native}} services.

General
Deep dive
1

Workload analysis

We assess workloads and identify the best modernisation paths.

Assessment, 6R rating, dependency analysis, TCO, fit-gap

2

Containerisation

Applications run portably and scalably in containers.

Docker, Kubernetes, AKS, Helm, container registry

3

Cloud-native services

Managed services replace self-hosting and bring effort down.

PaaS, serverless, Azure Functions, managed databases, event-driven

4

Cost optimisation

Resources are sized to demand and costs come down.

FinOps, rightsizing, autoscaling, reserved instances, cost monitoring

5

Performance & scaling

Systems respond elastically to load and stay fast.

Horizontal scaling, load balancing, caching, CDN, performance tuning

6

Operations automation

Delivery and operation run automatically and repeatably.

CI/CD, infrastructure as code, Terraform, GitOps, monitoring

OUR APPROACH

Modernising workloads in five steps

1

Assessment

We assess workloads and choose the best modernisation paths.

1

Assessment

We assess your workloads by benefit, effort and dependencies through an assessment with a 6R rating and a TCO view. Bottlenecks in architecture, cost and performance we bring into view.

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

Workload assessment
6R rating
Dependency analysis
Modernisation roadmap
2

Target picture

We determine the fitting modernisation path per workload.

2

Target picture

For each workload we settle the path, from containerisation through cloud-native services to a deliberate architectural rebuild. Existing investment and dependencies we take into account in the target architecture.

You receive a target picture that aims per workload at the greatest benefit for reasonable effort. This target picture is the template for the implementation that follows.

Target architecture
Modernisation paths
Fit-gap analysis
Implementation plan
3

Implementation

We containerise workloads and use cloud-native services.

3

Implementation

We deliver the planned paths, for instance through Docker and Kubernetes or managed services such as PaaS and serverless. We modernise manageable workloads first, check the result and carry proven patterns over.

Your workloads run portably and elastically on a viable base, without putting operation at risk. The modernised workloads pass into the cost and performance optimisation that follows.

Containerised workloads
Cloud-native services
Safeguarded migration
Fallback routes
4

Optimisation

We optimise cost and performance of the workloads.

4

Optimisation

We size resources to demand through rightsizing and autoscaling and anchor cost transparency through FinOps and cost monitoring. Performance we secure through load balancing, caching and deliberate tuning.

Your systems run more economically and respond dependably to load peaks. The values reached feed into automated operation as targets.

Rightsizing
Autoscaling
Cost monitoring
Performance tuning
5

Operation

We automate delivery and operation repeatably.

5

Operation

We anchor delivery and operation through CI/CD, infrastructure as code and GitOps and watch the state continuously through monitoring. Proven patterns we extend step by step to further workloads.

Your modernised workloads run efficiently, elastically and repeatably deliverable in regular operation. Out of the monitoring come recurring new optimisations.

CI/CD pipelines
Infrastructure as code
Operational monitoring
Extended modernisation
YOUR BENEFITS

Why {{thinformatics}}

Efficient operation

Workloads run more elastically and economically than before.

Cost and performance in step

Rightsizing and scaling bring the two together.

Cloud-native patterns

Containerisation and managed services lift workloads to cloud level.

Steered measurably

Optimisation follows agreed targets rather than gut feel.

Safe step by step

The move happens in controlled stages with no operational risk.

Operation thought through

Monitoring and autoscaling secure the effect for the long term.

Frequently asked {{questions}}

FAQ

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

What does workload modernisation achieve?
Workload modernisation optimises your workloads in architecture, cost and performance, for instance through containerisation or the use of cloud-native services. Your systems afterwards run more efficiently, elastically and economically. We turn our attention to workloads that promise tangible benefit in operation and develop them onward deliberately. You therefore clear bottlenecks, make better use of the resources you have and build a base that grows with your requirements instead of staying tied to rigid structures.
Which modernisation approaches are in question?
Several approaches are in question, which we combine per workload: from containerisation through the use of cloud-native services to a deliberate rebuild of the architecture. For each workload we choose the route that brings the greatest benefit for reasonable effort, instead of treating everything the same. That creates a fitting mix that takes existing investment into account and moves your workloads to where they run most efficiently and elastically.
Which workloads suit a modernisation?
Well suited are workloads where architecture, cost or performance reach their limits today or that have to be adapted and scaled frequently. At the start we assess your workloads by benefit, effort and dependencies and derive a sensible order from it. You therefore begin where modernisation has the greatest effect and widen it step by step, without having to change the whole estate at once.
How do cost and performance improve concretely?
Cost and performance improve as workloads scale more elastically and resources follow actual demand, instead of standing permanently oversized. Cloud-native services and containerisation enable more efficient utilisation and faster adaptation to load peaks. Your systems therefore run more economically and respond more dependably to changing requirements. The concrete effect we make transparent per workload, so you can take decisions on solid estimates.
How does modernisation proceed without risk to operations?
We proceed step by step and safeguard every step, so daily operation stays stable. After the assessment we modernise manageable workloads first, check the result and carry proven patterns over to further ones. Dependencies, fallback routes and ownership we settle up front with your owners. The modernisation therefore stays controllable, changes become traceable and your systems pass in good order into the more efficient target state.
CONTACT

Lift your workloads to cloud level

We talk about architecture, cost and performance and the road to cloud-native services.

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