ROK LANES utilizes AI-powered supply chain technology to provide real-time tracking and management of logistics operations, ensuring efficient and transparent delivery across road, sea, air, and rail. The platform addresses the challenges of capacity shortages and delayed shipments by offering scalable warehousing and immediate drayage services through a network of over 8,000 trucks at U.S. ports.
Funding
Funding not disclosed
Founders
Product
Problem
Many businesses face challenges in achieving real-time visibility and efficient management of their logistics operations across various transportation modes. Capacity shortages and delayed shipments, particularly at U.S. ports, can disrupt supply chains and increase costs.
Solution
ROK LANES offers an AI-powered supply chain technology platform that provides real-time tracking and management of logistics operations across road, sea, air, and rail. The platform connects businesses to global markets, offering scalable warehousing and immediate drayage services through a network of over 8,000 trucks at U.S. ports. By providing end-to-end visibility and AI-driven optimization, ROK LANES helps shippers lower transportation costs, improve omnichannel capabilities, and enhance overall efficiency. The company also contributes 1% of its revenue to carbon removal initiatives.
Target Audience
The primary target audience includes shippers and businesses seeking to optimize their supply chain, reduce transportation costs, and improve visibility across road, sea, air, and rail.
Features
- AI-powered platform (ROK ONE™) for real-time shipment tracking and management
- Scalable warehousing capabilities with value-added services
- Immediate drayage services with a network of over 8,000 trucks across all U.S. ports
- Intermodal solutions providing safe and reliable rail freight options
- Shipper portal for transparent shipping management and 24/7 shipment tracking
- Dedicated account managers and customer success team for personalized support
- EDI & API integrations for seamless connectivity with existing TMS systems