Air Freight Digitalization: Platforms & AI

The air freight industry is undergoing a quiet but profound revolution. Long dominated by manual processes, paper documents and phone-based transactions, the air cargo sector is accelerating its digital transformation driven by the combined forces of online booking platforms, artificial intelligence and distributed ledger technologies. This transformation is reshaping relationships between airlines, freight forwarders, ground handlers and shippers, while unlocking significant efficiency gains across the supply chain. The specialists at Private Jets Connect break down the key points below.

The analogue legacy of air freight

To appreciate the scale of the ongoing transformation, one must first understand the technological debt accumulated by the industry. Until the mid-2010s, the majority of air freight bookings were made by telephone, fax or email. The air waybill (AWB), the central contractual document for cargo transport, circulated as paper bundles in twelve copies. Each international shipment generated an average of 30 separate documents, handled by roughly ten different parties.

This system, inherited from the Warsaw and Montreal conventions, generated administrative costs estimated at $3.2 billion annually for the industry according to IATA. Data entry errors, lost documents and processing delays slowed operations and undermined air freight’s competitiveness against alternative transport modes.

The e-AWB adoption: first wave of digitalization

The dematerialization of the air waybill represents the first pillar of digital transformation. The e-AWB programme launched by IATA in 2010 has progressively replaced paper documents with standardized electronic records.

Accelerated global deployment

The e-AWB adoption rate has risen from under 5% in 2010 to over 80% in 2024 on major trade routes. Certain corridors, particularly between Europe and Asia, show rates exceeding 90%. This progress results from the combination of regulatory mandates, economic incentives and competitive pressure.

The measured benefits are substantial: average processing time reduction of 24 hours per shipment, 50% decrease in documentary errors and estimated cost savings of $4.90 per AWB. For stakeholders in the cargo freight sector, this paperless transition improves operational reliability and customer satisfaction.

Persistent challenges

Despite these advances, adoption remains uneven. Several developing countries maintain physical document requirements for customs procedures. Interoperability between IT systems of different stakeholders also poses problems, creating gaps in the digital information chain.

Cargo booking platforms: the marketplace era

The emergence of digital marketplaces represents the second wave of digitalization. These platforms are transforming how cargo capacity is marketed and booked.

Major market players

Cargo.one, founded in Berlin in 2018, connects over 100 airlines to thousands of forwarders worldwide. The platform enables instant rate comparison, booking in a few clicks and real-time shipment tracking. Its user-experience-driven approach has attracted major carriers including Lufthansa Cargo, Emirates SkyCargo and Air France-KLM Cargo.

WebCargo by Freightos offers a similar solution with particular emphasis on rate transparency. The platform aggregates offers from over 70 airlines and provides analysis tools enabling forwarders to optimize routing decisions. Its acquisition by Freightos, a publicly listed company, has strengthened its institutional credibility.

CargoAi, based in Toulouse, distinguishes itself through its coverage of European airlines and integration with forwarders’ transport management systems (TMS). The platform processes several million quotes monthly and claims a 90% reduction in booking time compared to traditional methods.

Impact on the value chain

These platforms are profoundly altering the power dynamics within the industry. Forwarders gain unprecedented visibility into available capacity and market prices, reducing the information asymmetry that historically favoured airlines. For carriers, these tools provide a complementary distribution channel that helps fill aircraft and reduce unsold capacity.

Booking volumes through these platforms grow at 40 to 60% annually, reflecting rapid market adoption. Analysts estimate that by 2028, over 50% of air freight bookings will be made through digital platforms.

Artificial intelligence serving cargo

AI represents the most promising transformation lever for air freight. Its applications span the entire value chain, from demand forecasting to ground operations optimization.

Dynamic pricing and revenue management

Revenue management algorithms applied to cargo enable real-time rate adjustments based on demand, available capacity, seasonality and market conditions. The most advanced systems, such as those developed by PROS or Accenture, integrate hundreds of variables to optimize yield per kilogram transported.

Lufthansa Cargo has reported an 8 to 12% improvement in revenue per tonne-kilometre following implementation of its AI-driven dynamic pricing system. Emirates SkyCargo uses similar models to maximize utilization of its Boeing 777F fleet.

Route optimization and demand prediction

Predictive models analyse historical data, economic trends and market signals to anticipate freight volumes on each corridor. This forecasting capability enables airlines to adjust cargo flight schedules weeks in advance, reducing underutilized flights and freight rejections on saturated routes.

AI-powered route optimization accounts for fuel costs, overflight rights, airport slot windows and ground connections to determine the most efficient routing for each shipment. The resulting fuel savings also contribute to the sector’s sustainability objectives.

Handling automation and operations

In cargo terminals, AI drives automated sorting systems, optical label recognition and load planning. Palletization algorithms optimize package placement within ULD containers (Unit Load Devices) to maximize space utilization while respecting weight constraints and cargo compatibility requirements.

Blockchain: traceability and trust

Blockchain technology provides an answer to the traceability and trust challenges that characterize international air freight. Its decentralized architecture enables the creation of an immutable, shared ledger of all transactions and events related to a shipment.

The team at Private Jets Connect has seen growing demand in this segment and continuously adapts its solutions accordingly.

Practical applications

Key use cases include authenticity verification of certificates (phytosanitary, origin, compliance), end-to-end traceability of pharmaceutical products subject to GDP (Good Distribution Practice) requirements, and securing payments between commercial partners.

The pilot project conducted by IATA in partnership with several airlines demonstrated the feasibility of a blockchain-based cargo documentation system, reducing document verification time by 70% and eliminating falsification risks. For sensitive shipments handled under AOG aviation conditions, this documentary reliability is particularly valuable.

ONE Record: tomorrow’s standard

IATA’s ONE Record programme represents the culmination of the industry’s digital vision. This technical standard defines a unified data model and API interfaces enabling all supply chain actors to access a single digital record for each shipment.

Architecture and principles

ONE Record is built on a data-centric architecture rather than message exchange. Each shipment is represented by a digital object progressively enriched by different stakeholders: the shipper enters the cargo description, the forwarder adds transport instructions, the airline inserts flight data, and customs authorities validate compliance.

Data is accessible via standardized REST APIs, eliminating the need for bespoke development between each pair of partners. This model fosters innovation by allowing new participants to connect easily to the ecosystem.

Deployment timeline

IATA has set a progressive adoption target between 2024 and 2028. Leading airlines, including Cathay Pacific Cargo and Singapore Airlines Cargo, have launched pilot projects on selected corridors. The success of ONE Record will largely determine the digital future of global air freight.

Real-time tracking: from luxury to standard

Tracking technologies have evolved considerably, moving from simple milestone updates to continuous visibility of shipment position and condition. IoT sensors embedded in containers measure temperature, humidity, shocks and light exposure, transmitting data in real time via cellular and satellite networks.

For pharmaceutical shipments subject to cold chain requirements, continuous monitoring is a regulatory necessity. Tracking platforms automatically generate compliance reports, reducing administrative burden and non-compliance risks.

Outlook and strategic challenges

The digitalization of air freight is irreversible, but it raises major strategic questions. Cybersecurity becomes a critical concern as systems become increasingly interconnected. Protecting sensitive commercial data requires substantial investment in security infrastructure.

The digital divide between large global players and small local forwarders risks widening if access to technological tools is not democratized. Integration and training costs represent a significant barrier for SMEs in the sector.

Finally, the question of data governance remains open. Who controls the data generated throughout the logistics chain? How can fair sharing of the value created by digitalization be ensured? These questions will shape the next stages of air freight’s digital transformation.

The air cargo industry stands at an inflection point. Players who fully embrace digitalization will gain in competitiveness, resilience and adaptability. Those who delay risk being marginalized in an increasingly connected and demanding ecosystem.

To go further with dedicated support, submit your request to Private Jets Connect.