We built a predictive transportation-visibility platform for shippers, forwarders and logistics providers — forecasting cargo arrivals daily across 30,000+ trade routes covering 90%+ of ships globally, with explainable time-series models and live AIS data.
Roughly 80% of manual logistics tracking work is eliminated — delays and reroutes surface before they cost money, not after.
Shippers and forwarders were tracking cargo manually — checking carrier portals, calling agents and updating spreadsheets across dozens of shipments simultaneously. Delays, port congestion and reroutes were discovered reactively — after schedules had already been disrupted and costs incurred.
The data to predict these events existed — in carrier feeds, port systems and satellite AIS signals — but no platform was assembling it into a usable predictive layer. Teams were managing logistics by looking backward.
Arrival predictions built on explainable time-series models — not black-box outputs — so logistics teams understand why a shipment is flagged as delayed and can act on the reasoning.
Real-time feeds from 370+ carriers, 800+ ports and satellite AIS signals assembled into a unified predictive layer — 5M+ data points processed daily.
Arrival forecasts generated daily across 30,000+ trade routes covering 90%+ of the global commercial shipping fleet — not just major corridors.
NLP pipelines that read freight invoices and flag discrepancies automatically — reducing the manual audit work that typically follows every shipment.
Automated digitization of shipping documents — bills of lading, packing lists, certificates — converting paper and PDF inputs into structured data without manual entry.
of Ships, Globally
Coverage across 30,000+ trade routes — the majority of the global commercial fleet tracked and forecast daily.
Manual Tracking Work Eliminated
The spreadsheet updates, carrier portal checks and agent calls that consumed logistics teams — automated end-to-end.
Data Points Processed Daily
Carrier feeds, port systems and satellite AIS signals — assembled and processed into predictive outputs every 24 hours.