Platform Engineering

We believe that software systems must age well to justify their original investment. What has traditionally been the aim of software architecture, can now more effectively be achieved with a well designed platform. We engineer platforms that serve as the true backbone for any digitally enabled business strategy.

Enterprises with a strong focus on processes can effectively use a platform approach to increase the adoption of the changes that usually come with digital transformation activities, especially when moving towards a product management organization with highly autonomous product teams.

Platform Engineering

Platforms as Codified Guidelines

Build a platform as a foundational layer of your digital business strategy. Establish and facilitate the IT organisational model and general architectural concerns through an implementing software system.
Especially when transitioning towards Cloud and Edge a well designed platform approach helps keep security and cost under control.

Infrastructure Management

Platforms streamline infrastructure automation. They anchor configurations in a central structural model, provide clear naming conventions or even implement common infrastructure automation stacks. With this approach you can realize what is best described as decentralized, coordinated infrastructure management.

Application Development

Platforms jump-start your development teams by centralizing common but repetitive devops activities into a single software system. In addition, platforms can be designed to help development teams to automatically follow architectural convictions of the organisation without an endless series of architectural alignment meetings.

Infrastructure as Code

We support our clients with extensive experience in infrastructure automation across all relevant Cloud providers. Whatever you strategy, it is mandatory for successful Digitalisation that the complete infrastructure stack from network and databases to container runtimes and serverless are managed as code and thus are reproducible and can be changed in a controlled and traceable way.
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