In this whitepaper, Amadeus and Microsoft explore how AI agents and modern data platforms are improving travel at every stage.
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Explore bold ideas, lead with cutting-edge tech, build powerful partnerships, and contribute to lasting impact.
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Our partnership with Microsoft accelerates our Cloud journey and unlocks new, AI‑powered innovations that strengthen and elevate the travel industry.
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Learn how this collaboration strengthens Amadeus' multi-cloud approach and AI innovation to improve efficiency, reliability and growth in travel.
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From AI-driven planning and biometric check-ins to smarter disruption management.
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Amadeus, in collaboration with Globetrender, unveils the tech, policy and innovation coming to transform the face of travel.
Discover nowLearn how we’re working to make travel a force for good.
Driving integration, scalability, trust and integrity across the travel industry.
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An inventory of business services and their cloud needs with definitions for technical services for digital twins.
With end-to-end blueprints, the creation of an inventory of business services and their associated cloud and platform services can be easily generated.
Through commonality identification and the defining of technical services groupings, a digital twin of each business service can be formed using a cloud edge continuum. The required interfaces are created through a network design that represents the interconnection of the individual technical services in the cloud edge continuum. This allows automatic creation and management of connection definitions within the cloud edge continuum from the network design.
Like functional data, the individual and overall blueprints required for automation must be synchronized bi-directionally between the main and DR site.
This synchronization between main & DR site must be automated and reliable with as little delay as possible for a successful switchover.
This is central to achieve low RPO values, especially for critical services.
Blueprints are the fundamental concept by which services are described. They include a functional end-to-end description of each service, its configuration & dependencies.
The functional abstraction from the infrastructure enables deployment of the services in different locations with different hardware, regardless of the vendor.
Blueprints are arranged in a hierarchical structure to obtain an overall functional blueprint for a data centre.
For each level of the hierarchy, the definition of the blueprint structure also contains the corresponding execution layer.
Description of language interfaces and APIs for connection management with generation of network blueprints and an execution layer for network blueprints.
Develop a functional connection description that does not depend on the underlying infrastructure.
Service providers then only describe the characteristics of their services (protocol, port, etc.)
Client services describe the desired functional connections (e.g. from application X to database Y).
Automatic and dynamic creation of a new network blueprint for all intermediate network components including the network topology data from the sum of all these descriptions.
Automated generation of all basic components
Creation and configuration of the basic infrastructure components such as landing zones, data storage, container platforms, etc. as well as the middleware and tools (e.g. monitoring) that are used by the various blueprints.
In addition to deployment, this also includes maintenance of these components, such as the automatic distribution of updates and patches.
A joint initiative to building the EU's next‑gen cloud migration platform.