Aptra Advance Ndc Reference Manual ((exclusive))

| Error Code | Message | Root Cause (per manual) | Fix | | :--- | :--- | :--- | :--- | | | "Invalid Pax Type" | Using CNN for a 15-year-old (APTRA requires YTH from 12-15) | Re-map to IATA YTH code | | NDC-211 | "Offer Expired" | OrderCreate sent after TimeLimit | Re-run AirShopping | | NDC-307 | "Seamap Unavailable" | Requesting seat map for flight < 4 hrs | Use OrderRetrieve instead | | NDC-448 | "Currency Mismatch" | Shopping in EUR, Ordering in USD | Keep currency consistent | | NDC-909 | "Unknown Origin/Destination" | City code exists but no airport (e.g., LON vs LHR) | Use IATA airport codes only |

The host downloads a state table consisting of sequential operational nodes. Each node represents a specific logical step in a transaction flow.

Developers should treat the current manual as a living document—check for quarterly updates from Amadeus Developer Portal.

Aptra Advance specific: How the system generates an OrderID and relates it back to a legacy PNR (if in hybrid mode).

<AirShoppingRQ Version="21.3"> <Travelers> <Traveler TypeCode="ADT" Count="1"/> </Travelers> <Qualifier> <OriginDest> <Departure Code="LHR" Date="2025-06-15"/> <Arrival Code="JFK"/> </OriginDest> </Qualifier> </AirShoppingRQ> aptra advance ndc reference manual

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When a hardware component faults, Advance NDC generates an unsolicited status message containing (Device Status) and M-Data (Specific Fault Details) bytes.

: Protocols for collecting data from .NET components and other software layers to troubleshoot failures. Compliance and Proprietary Standards

| Step | Aptra Advance Feature | |------|----------------------| | Search | AirShoppingRQ → Enhanced caching | | Pricing | OfferPrice with dynamic taxes/fees | | Booking | OrderCreate with payment sync | | Servicing | OrderChange + OrderRetrieve | | Error Code | Message | Root Cause

"Travelers": ["id": "1", "type": "ADT"], "OriginDestinations": [ "Departure": "AirportCode": "LHR", "Date": "2026-05-10", "Arrival": "AirportCode": "JFK" ]

: How the terminal identifies and selects AID (Application Identifier) on a chip card. CAM2 Exits : Documentation of the EMV/CAM2 Exits

Mimics traditional NDC/DDC configurations to maintain compatibility with legacy host systems.

At its heart, APTRA Advance NDC is built on the principle of . Every customer action—such as a card swipe, PIN entry, or cash withdrawal request—triggers a Transaction Request sent from the ATM to the host. The host then processes this data and returns a command to the terminal, directing it on how to proceed. Aptra Advance specific: How the system generates an

The APTRA Advance NDC Reference Manual addresses the flexibility needed in the real world through robust configuration and multi-vendor support. Its configuration parameters allow fine-tuning of local operational variables like error thresholds and communication timers, and they define system-wide security details such as Secure Key Entry and encryption protocols. The platform's multi-vendor capability is a key strategic feature, enabling the software to run on hardware from various manufacturers using industry standards like CEN-XFS, which is essential for modern ATM deployments. This ensures compatibility and simplifies integration, as noted in documentation for specific vendors.

Advance NDC utilizes the Extensions for Financial Services (XFS) interface layer. The reference manual provides mapping tables that show how standard NDC data fields correspond to specific XFS commands. This abstraction allows Advance NDC to run on non-NCR hardware, provided the appropriate XFS drivers are present. 4. Troubleshooting and Status Codes

APTRA Advance NDC is a specialized software application running on NCR ATMs. It allows the ATM to communicate with a centralized banking host using the industry-standard NDC protocol. Core Functions