Real-time verification of freight safety across all segments via AIoT, ensuring data-backed quality assurance from the inaugural commercial voyage
Willog IoT devices installed on cargo, recording temperature, shock, humidity, and more in real time across all segments
Departed Busan on August 22; scheduled to call at Rotterdam on September 10, with full-route data collection and analysis through return to Busan in October
Willog (co-CEOs Bae Sung-hoon and Yoon Ji-hyun), an AIoT-based supply chain intelligence solution company, announced that it has installed IoT devices on cargo aboard inaugural domestic commercial voyage along the Arctic Route, conducting real-time monitoring of freight safety across the entire route. The company is recording in real time the environmental changes experienced by cargo in the Arctic, where glacial risks and abrupt environmental fluctuations coexist, through temperature, humidity, shock, and tilt data, with the purpose of establishing a data-driven freight quality assurance system from the very first commercial voyage.
Of particular significance is that while the government has designated the commercialization of the Arctic Route as a national priority, Willog's monitoring initiative represents the private sector taking the first step. Real-time collection and verification of freight quality data across the entire inaugural commercial voyage is expected to lay the data foundation necessary for the Arctic Route to establish itself as a practical alternative in actual supply chains, and to serve as a private-sector contribution toward the government's goal of achieving full commercial route status.
The Arctic Route: A New Supply Chain Lane Where Opportunity and Risk Coexist
The Northern Sea Route (Arctic Route) is a shipping lane that reduces transit distance by approximately 7,000 km compared to the conventional Suez Canal and Cape of Good Hope routes connecting Asia and Europe, cutting shipping time by more than 30%. As global warming extends the navigable season, interest from the logistics and shipping industries has surged rapidly. However, risks from a cargo quality management perspective are also considerable, including the danger of iceberg collisions, sudden temperature fluctuations, and the absence of communication infrastructure. Particularly for temperature-sensitive cargo and precision components, real-time environmental data collection throughout the transport process is essential, yet no domestic case had previously demonstrated this capability.
Willog Devices Record Cargo Conditions in Real Time Across the Entire Arctic Route
Willog attached its proprietary IoT sensor devices to cargo aboard inaugural Arctic Route commercial voyage. From departure through return, multi-dimensional environmental data including temperature, humidity, shock, and tilt are collected in real time, enabling continuous monitoring of freight safety. In particular, the devices record the impact of shock changes upon entering ice-covered sections, and the abrupt temperature fluctuations characteristic of the Arctic on cargo throughout the entire route.
Voyage Schedule: Departed Busan on August 22, calling at Rotterdam on September 10, Hamburg on September 12, and Gdansk on September 14, with return to Busan Port expected around October 5
Data Collected: Real-time full-route monitoring of cargo conditions including temperature, humidity, shock, and tilt
Key Segment: Intensive collection of environmental change and shock data upon entering Arctic glacial transit sections
Utilization Goal: Accumulating verified data on Arctic Route freight safety and establishing future risk management benchmarks for this supply chain route
The collected data is expected to serve as essential foundational material for shippers and logistics companies utilizing the Arctic Route to understand cargo-type-specific risks in advance and establish appropriate response frameworks.
Data Verification from the Inaugural Commercial Voyage: Leading Supply Chain Standards for a New Route
While the Arctic Route is a next-generation shipping lane that can reduce transit distance by approximately 7,000 km compared to the Suez Canal and Cape of Good Hope routes, its commercial use has been limited due to a lack of freight safety data. Willog fills this gap by collecting and recording freight quality data in real time starting from inaugural commercial voyage.
Willog will analyze the full-route data, from Busan departure through the Bering Sea, Arctic Ocean, and European segments, as segment-by-segment profiles, producing substantive deliverables based on: internal temperature change history and condensation events by segment; shock events correlated with wave heights; and comparisons with existing Suez Canal and Cape of Good Hope route transport data. A cargo-type suitability matrix (suitable / conditional / unsuitable) along with packaging, loading, and insurance design recommendations will inform cargo management strategies for maximizing Arctic Route economic viability. Segment-by-segment risk hedging models and shipper readiness checklists at various commercial conversion milestones will provide the decision-making basis companies need to integrate the Arctic Route into their actual supply chains.
Willog Co-CEO Yoon Ji-hyun stated: "The core of this project is to underpin, with full-route data, the safe completion of the inaugural Arctic Route commercial voyage. This will be an opportunity to demonstrate Willog's commitment to guaranteeing freight safety through data, even in new and challenging environments."