Evidence-backed comparison of Collins ARINC AirPlan and RESA INFOPAX across capabilities, integrations, deployment options, confidence and known limitations.
TechSelectAI compares Collins ARINC AirPlan and RESA INFOPAX using recorded product evidence rather than user-specific recommendation scoring. Collins ARINC AirPlan currently has 30 supported, 13 conditional, 37 unknown/not-yet-verified, and 0 not-supported capabilities. RESA INFOPAX currently has 29 supported, 14 conditional, 37 unknown/not-yet-verified, and 0 not-supported capabilities. Known-fact confidence is 99% for Collins ARINC AirPlan and 99% for RESA INFOPAX. Latest recorded review or verification activity across the comparison: Sep 22, 2026.
This summary reflects recorded TechSelectAI evidence only. It is separate from buyer-specific Fit Score, Evidence Confidence, TechSelectAI Verified Reviews and Public Review Intelligence. Unknown means not yet verified, not unsupported.
Integrated airport operational database and resource management system with real-time airport views and FlightAware predictive data.
Airport information management suite combining AODB, resource management and A-CDM modules for airport operations.
Different coverage percentages can reflect how much TechSelectAI has researched and verified, not which product is better. “Research pending” means the current evidence set is incomplete; it is not evidence that the product lacks the capability.
Status and confidence reflect recorded evidence. Unknown means not yet verified, not unsupported. In the summary above, TechSelectAI labels this state “research pending”.
| Capability | Collins ARINC AirPlan | RESA INFOPAX |
|---|---|---|
| Configurable operational reportsAnalytics & Prediction | Supported99% confidenceCollins lists personalized views and reports, while the data sheet documents user-customizable grids and Gantt layouts. Exact report-builder depth is not specified. | Not Yet Verified0% confidence |
| Delay / disruption cause analyticsAnalytics & Prediction | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Historical trend analysisAnalytics & Prediction | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Machine-learning operational predictionsAnalytics & Prediction | Supported100% confidenceFlightAware Foresight uses machine learning, modeling and specialized algorithms and is integrated into AirPlan for airport operational decision making. | Not Yet Verified0% confidence |
| On-time performance KPIsAnalytics & Prediction | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Operational KPI analyticsAnalytics & Prediction | Supported99% confidenceReporting and analytics are explicit AirPlan capabilities. The reviewed source does not publish the complete KPI library or calculation model. | Supported100% confidenceINFOPAX AODB explicitly provides KPIs customizable by user and available throughout the application. |
| Predictive arrival / delay informationAnalytics & Prediction | Supported100% confidenceAirPlan integrates FlightAware Foresight machine-learning predictions for aircraft gate/runway arrival times and taxi-out duration. | Not Yet Verified0% confidence |
| Resource utilization analyticsAnalytics & Prediction | Partially Supported99% confidenceAirPlan provides real-time resource visibility plus reporting/analytics and predictive data used to improve resource utilization. The reviewed evidence does not establish a dedicated historical resource-utilization analytics module. | Not Yet Verified0% confidence |
| Structured data exportAnalytics & Prediction | Not Yet Verified0% confidence | Partially Supported99% confidenceRESA CLEVER DATA, a related INFOPAX analytics component, exposes aggregated airport data for integration into customer statistics channels and provides a native Excel/OLAP interface for traffic and financial statistics. This establishes structured analytical-data extraction from INFOPAX-related data, but it does not establish unrestricted export of every operational or reference dataset from the core AODB. |
| What-if / scenario analysisAnalytics & Prediction | Not Yet Verified0% confidence | Supported100% confidenceINFOPAX RMS explicitly provides What if? and What else? simulation functions and can test allocation consistency before implementation. |
| Airport operational reference dataAODB & Flight Data Core | Not Yet Verified0% confidence | Supported100% confidenceReference data is explicitly one of the three functional AODB modules and is consolidated/shared with other RESA applications. |
| Central AODB flight recordAODB & Flight Data Core | Supported100% confidenceCollins explicitly describes ARINC AirPlan as an all-in-one Airport Operational Database and Resource Management System and as a single source of truth for collaborative airport data. | Supported100% confidenceINFOPAX AODB is explicitly RESA's Airport Operational Data Base and the core flight-management information source within the INFOPAX suite. |
| Historical flight dataAODB & Flight Data Core | Partially Supported99% confidenceThe AirPlan data sheet states that the product creates an accurate history of aircraft activities. The reviewed evidence does not define retention duration or the complete historical query/export model. | Not Yet Verified0% confidence |
| Irregular flight handlingAODB & Flight Data Core | Supported100% confidenceAirPlan explicitly supports irregular operations and last-minute adjustments to allocation schedules when delays or operational changes occur. | Not Yet Verified0% confidence |
| Linked arrival / departure turnsAODB & Flight Data Core | Not Yet Verified0% confidence | Supported100% confidenceINFOPAX A-CDM explicitly relies on aircraft rotations as part of its collaborative airport-operations model. |
| Multi-source flight consolidationAODB & Flight Data Core | Supported100% confidenceThe data sheet explicitly states that the integrated AODB/RMS platform combines multiple data feeds, and the current product page describes FlightAware plus third-party integrations. | Supported99% confidenceINFOPAX AODB consolidates operational data and receives automatic updates from airlines, handlers and other external systems. The public material does not document a source-priority hierarchy. |
| Operational flight timestampsAODB & Flight Data Core | Partially Supported99% confidenceCollins AirPlan integrates FlightAware predictive data including ETA, Taxi-Out duration and machine-learning predictions between gate departure (OUT/AOBT) and runway departure (OFF/ATOT). This establishes use of named operational timestamps and estimates inside the AirPlan decision context, but the public source does not establish the full planned/estimated/actual timestamp field model maintained against each AirPlan flight record. | Supported100% confidenceRESA INFOPAX explicitly manages seasonal, daily and real-time flight records and applies day-of-operation updates for time-related data including estimated arrival, on/off-block and runway times. Its IATA MVT module also integrates estimated arrival/departure changes. The source establishes operational timestamps but does not enumerate every planned, estimated and actual timestamp field used by every airport implementation. |
| Real-time flight updatesAODB & Flight Data Core | Supported100% confidenceAirPlan provides real-time views and integrates live FlightAware and other operational data feeds. Exact refresh cadence depends on connected source systems. | Supported100% confidenceINFOPAX AODB automatically updates flight data from airlines, handlers and external systems and includes a real-time program. |
| Schedule versioning / change controlAODB & Flight Data Core | Not Yet Verified0% confidence | Partially Supported99% confidenceRESA INFOPAX documents validity-dated data to preserve history, creation of the day-of-operation schedule from the seasonal schedule, and application of updates to future days when the seasonal schedule changes. This establishes schedule-change traceability and controlled propagation, but the reviewed source does not document named schedule versions, approval workflow or rollback between versions. |
| Seasonal flight schedulesAODB & Flight Data Core | Supported100% confidenceCollins documents AirPlan resource and airport operations management on a daily basis or by season, while the data sheet describes strategic and real-time allocations. | Supported100% confidenceINFOPAX AODB explicitly constructs seasonal schedules and derives the daily program from the seasonal program. |
| Alerts / exception visibilityDay-of-Operations Control | Supported100% confidenceAirPlan explicitly monitors constraints and alerts on potential plan deviations, and the product page describes streamlined alerts and time to mitigate irregular operations. | Not Yet Verified0% confidence |
| Drag-and-drop / manual overrideDay-of-Operations Control | Partially Supported98% confidenceAirPlan explicitly lets operators change allocations for delays and irregular operations and provides configurable Gantt/grid interfaces. The reviewed evidence does not explicitly state drag-and-drop interaction. | Supported100% confidenceINFOPAX RMS explicitly provides a Drag & Drop function for graphical resource management. |
| Live resource availability viewDay-of-Operations Control | Supported100% confidenceAirPlan provides full visibility of airport resources in real time across a shared dashboard. | Partially Supported99% confidenceINFOPAX RMS provides real-time resource allocation and APRON VIEW shows live stand occupancy. The reviewed sources do not describe a single availability dashboard covering every airport resource type. |
| Operational dashboard / common pictureDay-of-Operations Control | Supported100% confidenceThe current AirPlan page states that users can see airport resources in real time across one dashboard and describes advanced views of airport operations. | Not Yet Verified0% confidence |
| Real-time resource reallocationDay-of-Operations Control | Not Yet Verified0% confidence | Supported100% confidenceINFOPAX RMS explicitly provides real-time resource allocation with automatic real-time data updates and operator-controlled exception handling. |
| Reallocation recommendationsDay-of-Operations Control | Partially Supported99% confidenceAirPlan uses rules, preferences and predictive data to help operators change allocations in response to delays and irregular operations. The reviewed sources do not establish a ranked recommendation list or autonomous optimization workflow. | Partially Supported99% confidenceINFOPAX RMS combines automatic allocation with operator exception handling and final decision authority. This supports decision assistance, but the public material does not establish a ranked recommendation list. |
| Resource conflict detectionDay-of-Operations Control | Supported100% confidenceThe AirPlan data sheet explicitly states that constraints are continuously monitored and potential plan deviations trigger an alert. | Supported99% confidenceINFOPAX RMS explicitly performs consistency checks on proposed resource allocations before implementation. The public source does not enumerate every conflict rule. |
| Resource lock / freeze controlsDay-of-Operations Control | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Resource-change notificationsDay-of-Operations Control | Partially Supported99% confidencePotential plan deviations trigger alerts in AirPlan. The reviewed evidence does not establish that every resource-assignment change automatically produces a stakeholder notification. | Not Yet Verified0% confidence |
| Stakeholder resource-plan sharingDay-of-Operations Control | Supported99% confidenceCollins describes AirPlan as a single source of truth for sharing data collaboratively and provides personalized access to operational views. Exact external stakeholder entitlements depend on configuration. | Partially Supported99% confidenceINFOPAX AODB consolidates and shares physical resources allocated to flights, while A-CDM provides a collaboration portal for airport stakeholders. Exact resource-plan visibility by stakeholder role is configuration-dependent. |
| Backup / restoreDeployment & Resilience | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Cloud deploymentDeployment & Resilience | Supported100% confidenceCollins explicitly documents AirPlan as available as a cloud-based solution. | Not Yet Verified0% confidence |
| Degraded / contingency operating modeDeployment & Resilience | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Disaster recoveryDeployment & Resilience | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| High availability / operational resilienceDeployment & Resilience | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| High-volume scalabilityDeployment & Resilience | Partially Supported98% confidenceCollins documents AirPlan as multi-airport capable with additional resource types added without extra modules, and Collins describes customer airport deployments as scalable. The reviewed sources do not publish a specific flight-volume, user or transaction benchmark for AirPlan. | Partially Supported98% confidenceRESA states that its architecture scales from regional airports to major international hubs. This is portfolio-level architecture evidence and does not publish a product-specific INFOPAX flight-volume, user or transaction benchmark. |
| Managed support / operational servicesDeployment & Resilience | Supported100% confidenceThe AirPlan product page explicitly lists help-desk and onsite support, and Collins Airport Managed Services provides 24/7 airport-systems support backed by SLAs. | Supported100% confidenceRESA provides dedicated customer service for INFOPAX modules and global technical support covering installation, training and continuous airport operation. |
| On-premise deploymentDeployment & Resilience | Supported100% confidenceCollins explicitly documents AirPlan as available on premise. | Not Yet Verified0% confidence |
| Service / infrastructure monitoringDeployment & Resilience | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Upgrade continuity / minimal-downtime updatesDeployment & Resilience | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Airline / handler preference rulesFixed Resource Planning | Partially Supported98% confidenceThe AirPlan data sheet states that allocations can be based on rules and preferences configured for the airport. It does not establish that every preference is specifically airline- or handler-scoped. | Not Yet Verified0% confidence |
| Automatic resource allocation engineFixed Resource Planning | Supported99% confidenceAirPlan allocates resources based on configured rules and preferences. The public evidence establishes rule-driven allocation but does not specify whether every allocation can run without operator intervention. | Supported100% confidenceINFOPAX RMS explicitly includes an automatic resource-allocation engine while retaining exception handling and final decision authority with the human operator. |
| Baggage belt / reclaim allocationFixed Resource Planning | Supported100% confidenceAirPlan explicitly manages baggage belt/baggage system resources. | Supported100% confidenceINFOPAX RMS explicitly manages baggage chutes and belts among flight resources. |
| Baggage chute / lateral allocationFixed Resource Planning | Not Yet Verified0% confidence | Supported100% confidenceRESA INFOPAX RMS explicitly manages baggage chutes among the airport resources required to operate a flight and performs real-time resource allocation. This directly supports baggage make-up chute allocation; the public source does not separately distinguish every airport-specific lateral/chute topology. |
| Bus gate / remote-stand transport allocationFixed Resource Planning | Not Yet Verified0% confidence | Partially Supported98% confidenceINFOPAX AODB allows airports to define additional resources including buses and gangways, while RMS supports additional resource types. The reviewed evidence does not explicitly document a dedicated remote-stand bus-allocation workflow. |
| Check-in counter allocationFixed Resource Planning | Supported100% confidenceAirPlan explicitly manages check-in desks/areas as airport resources. | Supported100% confidenceINFOPAX RMS explicitly manages check-in desks as allocatable airport resources. |
| Long-term capacity planningFixed Resource Planning | Supported99% confidenceAirPlan supports strategic allocation and by-season resource planning. The reviewed material does not publish a fixed maximum planning horizon. | Supported99% confidenceINFOPAX RMS supports seasonal schedules and standard weeks for forward resource planning. The reviewed sources do not publish a maximum planning horizon. |
| Resource dependency rulesFixed Resource Planning | Supported99% confidenceCollins documents multiple configurable rules for airport business requirements and constant monitoring of constraints. The public source does not enumerate every dependency-rule type. | Supported100% confidenceINFOPAX RMS explicitly links resources together through resource dependencies. |
| Resource utilization forecastingFixed Resource Planning | Partially Supported99% confidenceFlightAware predictive ETA and Taxi-Out data is explicitly used to support better resource utilization. The reviewed sources do not establish a standalone forecast model for every airport resource type. | Not Yet Verified0% confidence |
| Stand / gate allocationFixed Resource Planning | Supported100% confidenceAirPlan explicitly manages stands and gates and provides strategic and real-time airport-resource allocation. | Supported100% confidenceINFOPAX RMS explicitly manages and automatically allocates stands and gates for flights. |
| AIDX messagingIntegration & Data Quality | Supported100% confidenceCollins explicitly lists AIDX message-format support for AirPlan. | Not Yet Verified0% confidence |
| API / airport-system integrationIntegration & Data Quality | Partially Supported99% confidenceCollins explicitly documents third-party application and Collins-product integrations. The reviewed evidence does not establish a general public AirPlan API surface. | Partially Supported99% confidenceINFOPAX AODB shares data with external systems and RESA documents native interfacing across its airport-management stack. The reviewed evidence establishes system integration but not a general public INFOPAX API surface. |
| ATC / radar integrationIntegration & Data Quality | Not Yet Verified0% confidence | Partially Supported99% confidenceINFOPAX A-CDM includes an Advanced ATC module and central airspace coordination integration. The reviewed evidence does not establish radar or surveillance-feed integration. |
| Configurable data-validation rulesIntegration & Data Quality | Not Yet Verified0% confidence | Partially Supported99% confidenceINFOPAX RMS performs allocation consistency checks and the INFOPAX data sheet describes schedule-file validation by authorized users. The reviewed evidence does not establish a general-purpose configurable validation-rule engine. |
| EUROCONTROL / network feed integrationIntegration & Data Quality | Not Yet Verified0% confidence | Supported100% confidenceINFOPAX A-CDM explicitly shares A-CDM information from EUROCONTROL, including FUM Flight Update Messages, and interfaces airports with central airspace coordination. |
| Event / operational data publishingIntegration & Data Quality | Partially Supported98% confidenceAirPlan is described as a collaborative source of truth that powers flight screens and other connected airport functions. The reviewed sources do not establish every event-publishing protocol or subscription model. | Partially Supported99% confidenceINFOPAX AODB shares operational data with RESA applications and external systems and EXPRESS transmits flight changes in real time. The reviewed sources do not establish every publishing protocol or subscription model. |
| External operational data feedsIntegration & Data Quality | Supported100% confidenceAirPlan integrates multiple operational feeds, including FlightAware predictive data and third-party flight and weather tracking applications. | Supported100% confidenceINFOPAX AODB automatically receives flight information from airlines, handlers and external systems, and the suite data sheet documents automatic schedule-message ingestion. |
| IATA Type B messagingIntegration & Data Quality | Supported100% confidenceCollins explicitly lists Type-B message-format support for AirPlan. | Not Yet Verified0% confidence |
| Source priority / data-quality controlIntegration & Data Quality | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Weather integrationIntegration & Data Quality | Supported100% confidenceAirPlan explicitly integrates with third-party weather tracking applications. | Not Yet Verified0% confidence |
| API access controlPlatform & Governance | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Audit trail / activity loggingPlatform & Governance | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Configurable notificationsPlatform & Governance | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Configurable workflowsPlatform & Governance | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Data retention / audit governancePlatform & Governance | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Mobile / responsive web accessPlatform & Governance | Supported100% confidenceAirPlan is a web application accessible from computers and connected mobile devices with a modern browser on the airport network. | Supported100% confidenceINFOPAX EXPRESS is a responsive/web application intended to provide mobile access to essential AODB data. |
| Multi-airport operationsPlatform & Governance | Supported100% confidenceThe AirPlan data sheet explicitly states that one application can support multiple airports and manage several locations. | Not Yet Verified0% confidence |
| Organization / stakeholder permissionsPlatform & Governance | Partially Supported99% confidenceAirPlan access can be restricted by role and responsibility and personalized by user. The reviewed sources do not establish a complete organization/tenant partition model for airlines, handlers and airport authorities. | Partially Supported99% confidenceINFOPAX EXPRESS documents advanced read/write access-right management for airport agents, airlines, handlers and temporary users. The reviewed source does not establish a complete organization/tenant permission hierarchy. |
| Role-based access controlPlatform & Governance | Supported100% confidenceAirPlan documents a granular permission system and role/responsibility-based access restrictions. | Partially Supported99% confidenceINFOPAX EXPRESS provides fine-grained read/write access rights and secure administration. The reviewed source does not explicitly document a named role-based access-control model. |
| Single sign-on / identity federationPlatform & Governance | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Airport Collaborative Decision Making (A-CDM)Turnaround & A-CDM | Not Yet Verified0% confidence | Supported100% confidenceINFOPAX A-CDM is explicitly a collaborative decision-making tool based on information sharing between airport stakeholders. |
| Apron / airfield operational viewTurnaround & A-CDM | Not Yet Verified0% confidence | Supported100% confidenceINFOPAX APRON VIEW provides a real-time graphical representation of aircraft stands, stand occupancy and parked aircraft on a realistic airport view. |
| Controlled stakeholder accessTurnaround & A-CDM | Not Yet Verified0% confidence | Supported100% confidenceINFOPAX EXPRESS allows airport agents, airlines and handlers to access or modify flight data according to access rights. |
| Handler / agent mobile inputTurnaround & A-CDM | Not Yet Verified0% confidence | Supported100% confidenceINFOPAX EXPRESS provides mobile access to AODB data and real-time capture/transmission of flight information for airport agents, airlines and handlers. |
| Milestone predictionTurnaround & A-CDM | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Pre-departure sequencingTurnaround & A-CDM | Not Yet Verified0% confidence | Supported100% confidenceINFOPAX A-CDM explicitly includes a Pre-Departure Sequencer and flexible pre-departure planning. |
| Target Off-Block Time (TOBT)Turnaround & A-CDM | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Target Start-Up Approval Time (TSAT)Turnaround & A-CDM | Not Yet Verified0% confidence | Not Yet Verified0% confidence |
| Turnaround milestone trackingTurnaround & A-CDM | Partially Supported99% confidenceAirPlan provides full visibility of the turnaround process and continuously tracks a flight through every stage. The reviewed material does not enumerate a standardized A-CDM milestone set. | Partially Supported99% confidenceINFOPAX APRON VIEW graphically tracks push-backs, baggage deliveries, processing and handling operations associated with each flight. The reviewed evidence does not enumerate a complete standard milestone set. |
| Turnaround task / activity statusTurnaround & A-CDM | Not Yet Verified0% confidence | Supported99% confidenceINFOPAX APRON VIEW provides detailed real-time monitoring of flight-related operational activities including push-back, baggage and handling operations. |
Comparison facts, TechSelectAI analysis, community-derived insights and estimates are kept as separate evidence types. Missing evidence is not treated as proof of non-support.
Translate airport operations requirements into focused demo, RFP and implementation questions. The guide is vendor-neutral and does not rank products.
Open the Airport Operations guide →Adjust the context below. Context Fit is calculated from the same published TechSelectAI evaluation signals and scoring methodology; it does not replace verified product facts or the saved project Decision Matrix.
What could change this recommendation? Confirmed requirements, must-have failures, exact integrations, regional availability, pricing, security requirements, and implementation capacity can materially change fit. For a saved, reproducible decision with custom weights, use a Selection Project.
A feature comparison is not the same as a recommendation. TechSelectAI can evaluate both products against your must-have capabilities, integrations, deployment constraints, security requirements, region and budget.
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