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Application Modernisation

Kloia application modernization is a multi-dimensional model

Modernisation Model
A quick assessment of your application stack helps to define which model(s) are relevant to your architecture.
Execution
A joint transition team is created who is responsible for executing the modernisation path which includes one or more transition models.
Support & Improve
The team ensures the quality and KPIs of the transition are at expected levels. Continuous support to the stack continues until the internal team fully internalizes the new stack.

Industry Trends & Challenges

Together with the digital services which are replacing all existing personal and business requirements and also changing the habits, the overall data consumption and Cloud services utilization increase continuously. This brings a next-challenge for every growing business: Scaling

Scaling for software means new practices and next-level architectures. Together with the Cloud-Native movement, its functions and benefits, Software practices and trends are converging towards creating or migrating the applications to decoupled architectures. This may include several options including:

  • Microservices, where you have independently deployable applications with their isolated data persistent layers which are not shared with other services
  • Polyglot architecture, where you are not tied to a homogenous stack with a single programming language or data persistence option, using different language stacks for different purposes and also benefiting from several different types of Database and Datastore options.
  • Containers, where you define all your application dependencies, thus guaranteeing portability all the way from the developer workstation to production.
  • Serverless, where you split your application into functions and deploy those functions to Cloud managed clusters that provide abstractions  from any underlying server and middleware maintenance, with options to trigger those services.



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Modernisation Models

Benefits

Cost Saving: Transition to Kubernetes means decreasing in the number of servers/VMs by increasing the per-OS resource utilization. Besides, the transition paths include functions like scaling without horizontal scaling(Event Sourcing), Serverless, auto-scaling(Even scaling to 0!) which are related with overall cost decrease.

Performance: Decoupling the architecture, adding caching layers, eventual consistency and auto-scaling increases the performance. Replacing the Monolith architectures with lightweight and lean architectures means higher performer applications and services.

Cloud-Native: Kubernetes-driven infrastructure, together with Cloud functions which brings self-healing and automation on your development and deployment cycles

Scaling: Scaling on Y-axis and Z-axis dimensions, rather than just X-axis

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how-it-works

How it works

kloia begins its solution process with an onboarding session and a Statement of Work (SoW). The onboarding process lays out a timeline of all the solution elements, from which your team can select the proper elements for your environment. These elements are then taken through kloia’s Transition Model.

For collaboration with the development team, kloia team creates a Shared #slack channel for instant communication. Besides, the tasks are managed on a Jira Board upon to the preference.

Getting Started

You can submit an inquiry through the form below and our solution experts will reach you as soon as possible. 


Alternatively, you can send an email to modernisation@kloia.com.

Signing up to this solution includes an initial audit and assessment of your current environment.

getting-started

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