ASM SWIM

A common European framework for digital airspace-management information exchange and operational SWIM-enabled services across several national environments.

ASM (Airspace Management Service) SWIM (System-Wide Information Management) was a multi-stakeholder project involving 20 organisations, 12 of which benefited from EU-funding. The project brought these organisations together to ensure the timely and synchronised implementation of Common Project 1 (CP1), in line with the assumptions set out in the SESAR Deployment Programme (SDP).

ASM SWIM established a common European framework for digital airspace-management information exchange and delivered operational SWIM-enabled services across several national environments. The project implemented NM B2B exchanges, modernised local ASM systems, deployed and registered ARES services, integrated tactical airspace status with ATC systems, supported emerging cross-border exchanges, and created a harmonised assurance and reporting framework for CP1 implementation. 

Key outcomes and lessons learnt

The project delivered a substantial European implementation baseline for SWIM deployment in ASM by delivering the following output: 

  • Established a common European implementation framework for airspace structure, airspace availability and airspace reservation information exchanges. 
  • Coordinated the programme through a living Project Management Plan, quarterly meetings, bilateral workshops, common templates, STAR updates and SDM/CINEA reporting support. 
  • Implemented the consumption of NM Airspace Structure information and the provision of AUP/UUP Airspace Availability data through NM B2B services.
  • Deployed local ASM system capabilities, including infrastructure, migration, security, testing, backup and operational environments. 
  • Implemented ARES services for real-time reservation and activation status through standard request/reply and publish/subscribe mechanisms. 
  • Integrated ASM information with national ATC environments. 
  • Achieved operational ARES use in several national environments, including the use for cross-border operations. 
  • Established resilient service infrastructures, including redundant newPENS-connected nodes and cloud-native components. 
  • Published ARES service descriptions in the SWIM Registry and demonstrated cross-border interoperability. 

Our role

EUROCONTROL acted as the Project Lead and the central interface with the SESAR Deployment Manager. Beneficiaries and other project members remained responsible for national implementation activities, milestones, deliverables and evidence. Project governance and control were maintained through the Project Management Plan, quarterly meetings, Local Implementation Plans, progress reports, templates, action tracking and STAR reporting.

ASM SWIM was part of the CLEAN ATM project, which addresses key technological elements identified as being in urgent need of deployment to improve the overall efficiency and environmental sustainability of air traffic management in Europe. The project supports the European-wide implementation of key CP1 elements.

Project members

EUROCONTROL (Project Lead), AustroControl, Croatia Control, DCAC, DSNA, ENAIRE, AIRNAV, LFV, MATS, EUROCONTROL MUAC, NAV Portugal, Naviair, Oro Navigacja, PANSA, SPAF, LPS, Skyguide, LVNL, ENAV, skeyes. 

Publication

ASM SWIM Deliverable D1.3

ASM SWIM is a multi-stakeholder implementation project supporting harmonised and interoperable digital exchange of airspace-management information under the Common Project One framework. The implementation scope covers consumption of Network Manager Airspace Structure data, provision of AUP/UUP Airspace Availability information, real-time exchange of airspace status between ASM and ATC systems, and provision or consumption of Airspace Reservation information at local and cross-border level.

This closing report consolidates the main project management, technical implementation, operational validation, service-registration, training, communication and closure activities conducted during the execution of the project. It distinguishes technical capability, validation, SWIM registry publication and operational use.

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