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Interoperability Planning Test for AMHS Migration

Learn how IP and AMHS trials were planned and executed between Aena and new ANSPs, discussing design, testing, and migration phases. Various regions, contacts, infrastructure, and procedures were detailed for successful trials.

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Interoperability Planning Test for AMHS Migration

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  1. IP and AMHS TRIALS- PLANIFICATION STRATEGY

  2. INITIAL SITUATION At the end of 2008, it was initiated an interoperability planning test between Aena and new ANSPs that have migrated to AMHS or that are planning to migrate to AMHS in a sort time frame. First action was the identification of the IP infrastructure to be used.

  3. GENERAL STEPS DESIGN PHASE LAYER 1: Identify the physical infrastructure that will be used. LAYER 3: Agree the network configuration LAYER 7: Agree the AMHS configuration Agree the network test that will be performed. Agree the AMHS test that will be performed. TEST PHASE Perform some network test to assure the network connectivity. Perform the AMHS trials MIGRATION PHASE Define coordinated procedures to carry out the migration in a coherent and compatible manner.

  4. CONTACTs AMONG ANSPs Contact among different ANSP have been initialized in two different forums. In the EUR-AFI Regions this project was materialized in a Task- Force, under the umbrella of the AEFMP group ( AEFMP IP-TF). In the case of the Aena (Spain)-FAA(Argentina) initiative, it has born thanks to the good relations and understanding between both organizations. The list of ANSP that have contacts in order to perform trials in short or medium term are: SAM REGION FAA-ARGENTINA AFI REGION ONDA-MOROCCO ENNA-ALGERIA EUR REGION AENA - SPAIN DSNA FRANCE NAV- PORTUGAL

  5. AENA- FAA ARGENTINA PROGRESS • DESIGN PHASE • Identify the physical infrastructure that will be used  DONE • IP NATIONAL DATA NETWORS • CAFSAT INFRAESTRUCTURE • Agree the network configuration DONE • IP NATIONAL DATA NETWORS  DONE • CAFSAT INFRAESTRUCTURE DONE • Agree the AMHS configuration ON GOING • Agree the AMHS tests that will be performed DONE • TEST PHASE • Perform some network test to assure the network connectivity PARTIALLYDONE. • IP NATIONAL DATA NETWORS DONE (9th week) • CAFSAT INFRAESTRUCTURE  DONE • Perform AMHS trials PENDING • MIGRATION PHASE • Define coordinated procedures to carry out the migration in a coherent and compatible manner PENDING

  6. FR switch FR switch AENA(SPAIN)- FAA (ARGENTINA) PHYSICAL INFRASTRUCTURE NAT-PT IPv4 C A F S A T BORDER ROUTER test IPv6/FR AMHS test REDAN WAN FR infrastructure REDAN IP BORDER ROUTER test AMHS operational NAT-PT IP infrastructure BORDER ROUTER operational España Argentina AMHS test

  7. AENA ( SPAIN)- NAV(PORTUGAL) PROGRESS • DESIGN PHASE • Identify the physical infrastructure that will be used DONE • Two options depending on the time frame. • Short Term Solution. Connecting IP NATIONAL DATA NETWORS usinga TDMs COMMON INFRASTRUCTURE. PARTIALLYDONE. • Long Term Solution. Using the PENs infrastructure. PARTIALLYDONE. • Agree the network configuration -> ON GOING under the umbrella of the AEFMP IP Task Force (*) • IP NATIONAL DATA NETWORS • TDM COMMON CAFSAT INFRAESTRUCTURE • Agree the AMHS configuration -> DONE • Agree the AMHS test that will be performed -> DONE • (*) AEFMP is a Regional Plan composed of: Algeria, Spain, France, Morocco and Portugal.

  8. AENA (SPAIN)- NAV (PORTUGAL) PROGRESS • TEST PHASE • Perform network tests to assure the network connectivity  ON GOING. • IP NATIONAL DATA NETWORS  ON GOING • PENs INFRAESTRUCTURE Not yet Available. • Perform AMHS trials PARTIALLY DONE • Three different phases defined. • First phase: Performing AMHS trials in a local environment.  DONE • Second phase: Performing AMHS trials using the interconnection of both national IP networks, Medium term solution  PENDING. • Third phase: Performing AMHS trials using the PENs infrastructure  PENDING. • MIGRATION PHASE • Define coordinated procedures to carry out the migration in a coherent and compatible manner PARTIALLY DONE

  9. AENA(SPAIN)- NAV (PORTUGAL) SHORT TERM PHYSICAL INFRASTRUCTURE QSIG/R2 QSIG/R2 QSIG/R2 QSIG/R2 Data applications: OLDI, AMHS, RADAR

  10. REDAN IP RINAL IP AENA(SPAIN)- NAV (PORTUGAL) LONG TERM PHYSICAL INFRASTRUCTURE PENS BARCELONA LISBOA MADRID AEFMP REGIONAL NETWORK FARO SEVILLA

  11. AENA (SPAIN)- DSNA (FRANCE)- ONDA (MOROCCO)-ENNA (ALGERIA) PROGRESS DESIGN PHASE Identify the physical infrastructure that will be used DONE Agree the network configuration DONE Agree the AMHS configuration  PARTIALLY DONE Agree the AMHS test that will be performed  DONE TEST PHASE  AGREEDED Perform network test to assure the network connectivity Perform AMHS trials MIGRATION PHASE  AGREEDED Define coordinated procedures to carry out the migration in a coherent and compatible manner.

  12. REDAN IP RENAR AENA(SPAIN)- DSNA (FRANCE) MEDIUM AND LONG TERM PHYSICAL INFRASTRUCTURE PENS BARCELONA PotentiallyATHIS PotentiallyAix-en Provence MADRID AEFMP REGIONAL NETWORK PotentiallyBOURDEOS BARCELONA

  13. FR switch FR switch AENA(SPAIN)- ONDA (MOROCCO) PHYSICAL INFRASTRUCTURE NAT-PT IPv4 C A F S A T BORDER ROUTER test IPv6/FR AMHS test REDAN WAN F.R. infrastructure REDAN IP BORDER ROUTER test AMHS operational NAT-PT IP infrastructure BORDER ROUTER operational Morocco Spain AMHS test

  14. AENA(SPAIN)- ENNA (ARGELIA) PHYSICAL INFRASTRUCTURE NAT-PT IPv4 BORDER ROUTER test IPv6/FR AMHS test REDAN WAN IPv6/FR 64kbps LL BORDER ROUTER test REDAN IP AMHS operational BORDER ROUTER operational Algeria Spain AMHS test

  15. Low level protocols AENA (SPAIN)- DSNA (FRANCE)- ONDA (MOROCCO)-ENNA (ALGERIA)- NAV (PORTUGAL) • 1.The low level protocol used in the communications stack by the members of the AEFMP group will be TCP/IP. • 2. IPv4 protocol will be used by the application because it is the commercialized version by the COTs providers nevertheless the international IP connectivity will be made using IPv6. • 3. ONDA and ENNA have formally requested to Eurocontrol a range of IPv6 address. • ONDA has been assigned an operational IPv6 address and a Pre-operational IPv6 address (for tests). • 5. The connectivity solution will be partially supported by PENs, in long term for those countries where the PENs infrastructure will be available. In short and in medium term bilateral agreements will be done to performing AMHS trials. • Be aware about the amount of traffic exchanged and use this data for estimating the network resources required by the AMHS.

  16. AMHS Addressing AENA (SPAIN)- DSNA (FRANCE)- ONDA (MOROCCO)-ENNA (ALGERIA)- NAV (PORTUGAL) • 1. Is recommended to adopt the CAAS addressing scheme by the AEFMP members. • 2. Is agreed to use the AMC facility in support of the AMHS implementation, according with the EANPG conclusion. • Use the information of how to announce minor and mayor changes in the AMHS addressing scheme that is named “Outline of proposed procedures for coordination between ICAO AMHS MD Register and AMC” included in the doc. “11WP27 - Inter-regional co-ordination activities”.

  17. AMHS Routing AENA (SPAIN)- DSNA (FRANCE)- ONDA (MOROCCO)-ENNA (ALGERIA) - NAV (PORTUGAL) 1.The short term proposal is to implement, as minimum, the current CIDIN routing/topology. 2.According with the current PENs implementation, a fully meshed topology will be possible in the Eur Region in medium term. As consequence, the topology among some members of the AEFMP will be “theoretically” fully meshed, in medium term. 3.In long term a different topology can be implemented among the AEFMP’s members. In order to choose the best one, it is needed to be aware about the real exchanged traffic.

  18. Tests AENA (SPAIN)- DSNA (FRANCE)- ONDA (MOROCCO)-ENNA (ALGERIA) - NAV (PORTUGAL) 1. A network infrastructure has to be agreed to perform the AMHS trials. 2. It is strongly recommended to perform interoperability trials as are collected in the Eur AMHS Manual, appendix E (bilateral and trilateral, if possible). 3. Additionally some conformance test could be performed, the test cases could be expanded based on bilateral agreements. AMHS CONFIGURATION TCP/IP AMHS Parameters • X.400andUpperLayer Parameters

  19. Thanks for your attention

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