RailSync provides a digital interface for real-time intermodal train coordination between all stakeholders in terminals and ports. This platform streamlines rail operations by aggregating essential information and enabling dynamic planning across railway companies, service providers, and customers. The result is increased efficiency, reduced operational costs, and improved rail capacity through synchronized logistics.
Funding
Funding not disclosed
Founders
Product
Problem
Intermodal terminal operators face challenges in coordinating train slots, leading to delays, reduced throughput, and inefficiencies in planning and communication among stakeholders. The lack of real-time visibility and synchronized updates across different parties hinders effective decision-making and operational performance.
Solution
RailSync offers a digital platform designed to streamline train coordination for intermodal terminal operators. The platform provides centralized dashboards and real-time notifications to manage slot coordination, enabling improved planning, communication, and performance analysis. By synchronizing updates across terminal operators, rail undertakings, infrastructure companies, and shunting companies, RailSync reduces delays and enhances operational efficiency. The system facilitates digital ordering processes and aggregates critical data, increasing throughput and planning reliability at intermodal terminals.
Target Audience
The primary target audience includes intermodal terminal operators, rail undertakings, infrastructure companies, and shunting companies involved in rail cargo coordination.
Features
- Centralized dashboards for monitoring and preparing upcoming shifts with real-time ETA updates.
- Planning and collaboration tools for adjusting daily and weekly schedules with in-system notifications.
- Central communication channel for collaboration with customers, service providers, and partners.
- Performance indicator analysis for identifying areas of improvement in planning and operations.
- Digital ordering process for increased efficiency and reliability.