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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Create end-to-end automation through the combination of business service blueprints into a data centre digital twin.
The DR-Switch Orchestrator utilizes blueprints to build complete end-to-end automation and orchestration of the digital ecosystem. These individual blueprints for the business services are combined to form a digital twin for the data centre.
Based on the defined dependencies, an automated flow of the transition sequence is then created. The process allows for:
Additional test systems must be created, especially for the development and testing of the switchover in the event of a disaster.
Ensure repeatable test execution by minimizing the effort required to test the various aspects of the switchover orchestration. To do this we must build automation of the test setup and test dismantling.
Generate a process for a switch that considers all levels and dependencies between the different components
Provide a dashboard with a status and progress of a switch
Display the system integrity based on the data from the Open Observability Platform
Execute or undo a switch
Piloting switching orchestration for departure systems at the airport (Departure Control Systems, DCS) which includes: Implementation of the end-to-end blueprint concept for DCS and of the switching process for DCS, along with the optimization of the switching process for DCS in order to achieve the desired RTO & RPO goals
Develop solutions to scale down capacity in the non-critical shopping area automatically and/or to shift released capacity to other regions and scale them up again there.
Build the ability to inflate on-demand test systems to build environments suitable for business continuity testing.
Orchestration of the individual sub-aspects such as landing zones, data storage, middleware and of course the application itself.
Building up or reducing the required capacity while synchronizing or restoring the relevant data, configuration, etc.
Transferring the components from passive to active mode or vice versa.
Network switching
A joint initiative to building the EU's next‑gen cloud migration platform.