Connecting Global Trade: The Impact of Digitalization on Supply Chains and eBLs

Global trade operates continuously but often clings to outdated methods that slow down efficiency. The movement of goods across international borders typically involves a complex network of entities such as carriers, shippers, freight forwarders, banks, insurers, customs, and regulatory bodies. A significant challenge lies in the fact that essential data tied to bills of lading, transportation, financing, and insurance tends to be siloed across disparate systems.

In a recent interview, IQAX CEO George Guo shared insights on how digital technologies can enhance global trade and overcome existing challenges in creating a cohesive digital trade ecosystem. IQAX is concentrating on digital trade and supply chain technology, leveraging electronic Bills of Lading (eBLs), artificial intelligence (AI), the Internet of Things (IoT), digital twins, and blockchain technology to create a more integrated trade environment.

For IQAX, the transition goes beyond merely digitizing paper documents; the intention is to establish a digital infrastructure that connects cargo, documentation, financing, and operational data across the trade spectrum.

Revolutionizing Shipping with Electronic Bills of Lading

IQAX has recently marked a significant milestone by surpassing one million electronic Bills of Lading (eBLs). Bills of Lading are vital documents in international shipping, but the traditional method of transferring paper documents can take extensive time—often days or even weeks. This inefficiency poses a growing bottleneck as supply chains accelerate around the globe.

Guo emphasized that the benefits of eBLs extend well beyond replacing paper with digital formats. Transitioning to a trustworthy digital environment allows for the harmonization of fragmented processes such as trade finance, insurance, customs compliance, and document exchanges.

Built on the GSBN blockchain infrastructure, IQAX’s eBL solution adheres to industry standards, including DCSA, BIMCO, and ISO. The company strongly believes in the importance of standards and interoperability for the advancement of digital trade. Given the multitude of stakeholders involved, the priority is enabling secure data exchanges among different systems rather than compelling every entity to migrate to a singular platform.

Transforming Supply Chains with Predictive AI

While electronic documents form a crucial component of IQAX’s strategy, it also places a strong emphasis on AI integration. As businesses generate vast amounts of supply chain data, the focus is shifting from merely tracking cargo locations to interpreting data implications and determining next steps.

IQAX employs AI for various functions, including predicting vessel arrivals, identifying supply chain risks, and monitoring cold-chain conditions. A noteworthy development is their research into agentic AI, which can evaluate data trends, forecast risks, and suggest proactive measures.

In the realm of cold-chain logistics, IQAX marries IoT technology with AI to monitor container temperatures and operational statuses continuously. According to Guo, their AI-powered IoT platform spans over 200 regions and includes approximately 92,000 connected devices across 11,000 city pairs.

By leveraging these technologies, IQAX seeks to transition supply chain management from mere visibility to a more advanced form of digital trade intelligence.

Blending Physical and Digital Realities with Digital Twins

In another step forward, IQAX integrates digital twins with AI, IoT, and blockchain. Currently, their digital twin system comprises vessel twins, schedule twins, container twins, weather twins, and terminal twins. These digital models provide crucial insights into physical changes and simulate their prospective repercussions.

For instance, in transporting temperature-sensitive pharmaceuticals, IoT devices consistently track cargo conditions, while AI analyzes data for abnormalities and triggers alerts. A digital twin can simulate how potential disruptions might affect delivery timelines. Alongside this, an eBL fortified by blockchain links documentation to financing, insurance, and compliance activities.

This integrated approach enables data from the physical world to be captured by IoT, processed by digital twins, and examined by AI, with blockchain ensuring secure and verifiable records.

Proactive Risk Management in Supply Chains

Recent years have seen global supply chains disrupted by a myriad of factors such as geopolitical tensions, extreme weather, port congestion, labor shortages, and shifting trade policies. Traditional supply chain practices often involve reacting to issues after they arise. IQAX is shifting this paradigm by using AI to facilitate earlier risk identification.

When a system identifies a potential vessel delay, AI doesn’t just report it; it assesses the impact on related shipments, customers, and commitments, helping businesses adjust their transportation and operations proactively.

A prime example from IQAX involves moving Peruvian grapes from Callao Port to major ports within China’s Yangtze River Delta. By harnessing predictive trade intelligence and logistics planning, the shipment's duration was reduced to 23 days—10 days faster than conventional routes—with transportation costs trimmed by 20%.

Moreover, in their cold-chain operations, IQAX claims its AI capabilities can cut manual Pre-Trip Inspection (PTI) workloads by up to 70%.

From eBLs to a Comprehensive Digital Trade Platform

IQAX’s ambitions extend beyond its home market in China, targeting growth in regions like India and Latin America. The company reported a remarkable fourfold increase in eBL transactions destined for Brazil in 2025 compared to the previous year.

The less-than-container-load (LCL) shipping segment, with its complex stakeholder ecosystem, frequent document exchanges, and intricate handoffs, represents a ripe opportunity for digital transformation.

IQAX's long-range vision stretches beyond simply expanding electronic Bills of Lading usage. The objective is to connect these documents with trade finance, insurance, cargo visibility, compliance, and AI-backed cross-validation. This could ultimately transform eBLs from mere digital documents into a core element of a broader digital trade infrastructure.

A key aspect of this strategy is IQAX's commitment to ensuring interoperability. Given the fragmented nature of global trade, a single-platform solution is unlikely. Instead, the focus should be on facilitating secure and efficient data exchanges across various platforms, businesses, and regulatory frameworks.

IQAX, therefore, wrestles with a challenge extending beyond digitizing shipping processes: how to weave AI and digital infrastructures together to link cargo, documentation, data, and decision-making throughout global trade networks. As the landscape of global trade continues to shift toward increased digitalization and intelligence, IQAX envisions using electronic Bills of Lading as a launchpad to grow from a shipping technology provider to a comprehensive digital trade infrastructure leader.