Global Data Integration
Seamless Integration. Connected Intelligence.
Aviation is inherently a global enterprise — a single flight can touch multiple countries, air navigation service providers, flight management programs, data systems, and regulatory frameworks before it reaches the gate. Yet for decades, the industry has operated on fragmented, siloed data sources that create blind spots, inefficiencies, and costly delays.
Global data integration changes that equation by unifying diverse data streams — from surveillance feeds and weather systems to flight plans and global fleet databases — into a single, coherent operational picture that transcends borders and organizational boundaries. For airlines, airports, ANSPs, ground handlers, and other stakeholders, this connected intelligence is no longer a competitive advantage; it is the foundational requirement for the safety, efficiency, and predictability that modern aviation demands.
PASSUR’s data science team collectively has decades of domain expertise in aviation-specific data as well as large model data architecture. The ARiVA FusedSuite builds accurate, reliable insight into flights, airports, and airspaces from complex, imperfect data feeds. PASSUR enriches that fused dataset with synthetic data, aviation-specific rules and confidence scoring to generate insights not otherwise available. The result is data services, and a data engine feeding our SaaS platform, with unmatched resilience, coverage, accuracy, and latency – supporting hundreds of industry use cases and business requirements.
Forecasting & Predictions
Proactive Decision-Making. Less Chaos.
In an industry where a single delayed departure can cascade into hours of disruption across a global network, the ability to anticipate what happens next is one of the most powerful capabilities an aviation operation can have. Forecasting and predictive intelligence — powered by machine learning, historical performance data, and real-time operational inputs — allow airlines, airports, and air navigation service providers to shift from reactive problem-solving to proactive decision-making.
Whether predicting flight arrival times with greater accuracy, anticipating surface congestion before it develops, or advance alerting to the risks of a growing diversion event, predictive tools give operators the foresight to reallocate resources, communicate proactively with passengers, and absorb disruption before it compounds. In an environment where time, fuel, and passenger experience are all measured in dollars, the difference between reacting and predicting is the difference between managing chaos and preventing it.
PASSUR’s advanced, AI/ML-based prediction algorithms train on large volumes of historical flight, weather, airport and airspace operations data to learn complex, non-linear relationships. ARiVA delivers the most accurate real-time operational predictions in the market, materially outperforming third-party data providers or in-house systems. ARiVA achieves higher on-time prediction accuracy hours earlier than competitors, giving operators more time to act and change outcomes.
Aviation Data Warehousing
Store. Organize. Access.
Aviation generates an extraordinary volume of data every second — from flight trajectories and surface movements to gate activity, weather feeds, and fuel transactions — but raw data alone has little value without a structured, scalable environment to store, organize, and access it. Aviation data warehousing provides that foundation, consolidating years of historical operational data into a single, query-able repository that enables performance benchmarking, trend analysis, regulatory compliance, and the training of predictive models. Without a robust data warehouse, critical insights are locked in disconnected systems, making it nearly impossible to understand what happened yesterday, let alone optimize for tomorrow.
For airlines, airports, ANSPs and other aviation stakeholders looking to drive continuous improvement, reduce costs, and meet the growing demands of data-driven decision-making, a purpose-built aviation data warehouse is not just an infrastructure investment — it is the institutional memory that turns operational history into competitive intelligence.
PASSUR has invested heavily in its Global Data Warehouse, which is the foundation for all our products and services. ARiVA is powered by the largest and most comprehensive aviation data ecosystem, aggregating 50+ discrete feeds into a single, unified platform – including categories like global surveillance and tracking, direct airline and airport feeds, airspace and regulatory, contextual and environment, and reference data sources.
Collaborative Airfield Workflow and Irregular Operations Optimization
Full Visibility. Confident Decisions.
The modern airport is a complex ecosystem of interdependent stakeholders — airlines, ground handlers, air traffic control, fueling crews, gate agents, and airport operations teams — each managing their own workflows, timelines, and data systems, often in isolation from one another. This fragmentation is one of the root causes of cascading delays, inefficient gate utilization, and wasted resources that cost the industry billions annually.
Collaborative airfield workflow optimization breaks down these silos by creating a shared operational environment where all stakeholders work from the same real-time picture, coordinate handoffs seamlessly, and make decisions with full visibility into upstream and downstream impacts. When a ground crew knows an aircraft is running five minutes early, when a gate agent can see the inbound taxi trajectory in real time, and when an airline dispatcher and tower controller are aligned on the same sequence — the entire turn process becomes faster, safer, and more predictable. In an industry where minutes translate directly into fuel burn, passenger satisfaction, and on-time performance, collaborative workflow optimization is the connective tissue that transforms a collection of independent operations into a truly integrated airfield.
PASSUR pioneered the field of collaborative airfield workflow and irregular operation management solutions. From aircraft tow management, to deice departure sequencing, to arrival demand/capacity allocation and large-scale regional diversion management, ARiVA collaborative decision-making solutions incorporate decades of industry best practices with the most advanced automation and predictive capabilities.
Aeronautical Fees and Charges
Revenue Assurance at Scale
Aeronautical Fees and Charges are the financial lifeblood of every airport operation, covering everything from runway, taxiway and apron maintenance to airfield lighting, gate and remote parking, deicing equipment and much else that enables the daily operation.
Traditionally, the tracking, reporting and collecting of these fees and charges has relied on a grab-bag of various data sources and processes – resulting in revenue leakage, lack of auditing controls, and time lag in payments. This legacy approach also leads to disputed charges, fee adjustments, and unfair distribution of the cost burden among airport users.
With the introduction of ubiquitous and accurate flight tracking, airfield geofencing, and multiple cross-referenced aviation databases, it is now possible to replace a multi-source, disparate set of inputs into a single, accurate, reliable and complete record of all the main airfield charges – without relying on individual stakeholders to “self-report” their activity. When combined with modern reporting software capabilities, this has revolutionized the process of aeronautical fees and charges, to the benefit of all stakeholders.
PASSUR led the introduction of automated, standardized, independent aeronautical fees management more than 10 years ago, and today approximately $1.4 billion in fees are processed annually on the ARiVA platform across dozens of airports of all sizes. The ARiVA fees module provides accurate and complete flight-level fee calculation, revenue assurance at scale, and audit-ready transparency. It is built on decades of experience in how to adapt aviation data to meet the demanding requirements of financial reporting.