Observing global trade flows from above
The lifeline of global electronics manufacturing. Over 26% of the world's container traffic traverses this corridor, connecting Asian production hubs with North American consumer markets. Real-time monitoring reveals emerging bottleneck patterns weeks before they cascade.
Rail corridors connecting China to European markets have grown 340% in the past decade. These overland routes offer transit times 50% faster than maritime alternatives, reshaping the calculus of just-in-time manufacturing logistics.
Approximately 12% of all global trade passes through the Suez Canal, making it one of the most strategically critical chokepoints. Disruptions here send immediate ripples through automotive, energy, and consumer goods sectors worldwide.
Connecting South American commodity exporters with African and European markets, this route has become a critical artery for agricultural commodities and raw materials. Monitoring reveals seasonal surge patterns tied to harvest cycles.
Behind every product lies an intricate web of logistics, spanning oceans, crossing borders, and threading through thousands of warehouses and distribution centers. We observe the patterns that others miss.
Data-driven insights from the supply chain observatory
Our composite index tracking supply chain health across 12 key dimensions shows systemic fragility has increased 23% since 2020, even as individual corridors have strengthened.
From rare earth mining in Central Africa through refining in East Asia to fabrication in Taiwan and packaging in Southeast Asia, the semiconductor supply chain spans 4 continents and 23 border crossings.
Pre-holiday shipping peaks now begin 6 weeks earlier than a decade ago, with container booking rates climbing 180% between July and September. This extended surge window strains capacity across all major corridors.
Climate change has opened the Northern Sea Route for an additional 4 weeks per year compared to 2010. If this trend continues, Arctic shipping could handle 10% of Asia-Europe trade by 2035, fundamentally altering the geopolitics of global logistics.
Real-time monitoring of global trade flows, chokepoints, and emerging disruption patterns.
Deep-dive reports on systemic risks, route optimization, and supply chain resilience strategies.
Early warning signals for disruptions before they cascade through interconnected trade networks.
Academic and industry partnerships advancing the science of supply chain visibility.
Open datasets and APIs for researchers and logistics professionals worldwide.