First points of contact with cloud (e.g. file storage, test environments), no overarching strategy, often isolated lighthouse projects.
Sprint-based, modular migration with AI support: for fast results, high quality and low risk.
Cloud as an integral IT component, workloads are not only migrated, but actively optimized for the cloud. Establishing robust governance structures.
Fully cloud-native applications, business and IT teams work together on data and AI-driven products.
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For more than four years, Marlo has been pursuing his passion for data in various roles and the goal of maximizing the added value of information in a wide range of contexts. Together with customers, he designs innovative data solutions as a basis for future-proof, data-driven decisions.
Cloud data solutions are now the basis for data-driven innovation, AI readiness and new business models. Its benefits do not simply result from the migration of infrastructure, but from the fact that relevant data is available more quickly, can be used in a trustworthy way and is more closely linked to business goals. If you want to speed up decisions, personalize services or make knowledge more accessible within the organization, you need a cloud architecture that is designed exactly for this.
Many cloud projects fall short of their expectations because cloud adoption does not automatically mean value creation. Servers, databases, and applications can be moved to the cloud, but without clear business goals, clean governance, user-centered data access and robust operating models, there is no sustainable added value. Cloud projects are only successful when they contribute to specific decision and usage scenarios.
The best way to get started is to start with a clear use case and a measurable business goal rather than tools. A step-by-step approach makes sense: first a specific data product or a clearly defined use case, then the development of robust governance and finally development into a scalable platform. This creates quick wins without the initiative turning into an isolated proof of concept without connectivity.
The right choice depends on the requirements of the project, the existing skills and the existing system landscape. AWS offers a very broad portfolio of scalable data and AI services, Azure is particularly strong in the enterprise environment with close integration with Microsoft ecosystems, and Google Cloud is particularly attractive for modern AI workloads and data-focused architectures. It is not the best-known provider that is decisive, but the fit to the architecture, operation and development of your own platform.
Technology alone is not enough. Data can only be used sustainably when companies establish new operating models. With clear responsibilities, domain-oriented data responsibility, data products, self-service platforms, and binding governance rules. This is exactly what makes it possible to reduce central bottlenecks, integrate specialist areas more closely and ensure data quality, timeliness and context in the long term.

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