Rising freight costs, fragmented carrier landscapes and barely reliable transport data make logistics in many companies more expensive and less transparent than necessary. A Transport Management System helps companies address these challenges by shifting the focus from short-term cost avoidance to long-term, sustainable cost optimization.
A Transport Management System (TMS) is a software platform that helps companies plan, assign, execute, and track transport activities. It consolidates transport-related data that is often scattered across various systems, locations, and partners. As a result, companies gain greater transparency into their transport costs and performance and can make better-informed decisions.
When it comes to managing their transport logistics, many companies face structural challenges with similar patterns that keep emerging. Often there is a lack of transparency regarding actual transport data and costs, processes for transport planning and control are barely defined, let alone standardized and transports are awarded on short notice without genuine competition within an existing, fragmented carrier landscape whose performance is not evaluated in a structured way.
As a result, many organizations still focus on avoiding short-term costs instead of improving transport costs over the long term. Even mature logistics organizations still have significant untapped potential to improve efficiency and reduce costs. Measurable savings can thereby be leveraged for example through consolidation of transport volumes, AI-based route optimization, targeted tendering with intelligent negotiation strategies or better performance management of the logistics network and of the contracted Logistics Service Providers (LSPs).
Against this backdrop, Transport Management Systems (TMS) play an increasingly important role. They form the technological foundation for executing, managing, and optimizing transport processes holistically. A modern TMS comprises a wide range of modules that companies can flexibly combine according to their own needs. Functions that modern TMS solutions cover include, for example:
Carrier Selection and Freight Procurement
Transport Execution and Planning
Freight Visibility (Track & Trace)
Dock & Yard Management
Freight Audit & Settlement
1. Lower Transportation Costs
Comprehensive transport data helps companies negotiate more competitive freight rates, select the right carriers, reduce inefficient routes and consolidate transport volumes. Transformation projects typically achieve overall savings of 10-20 percent of logistics and transportation costs.
Specific levers in detail include, for example:
5-15 % from improved freight rates
5-20 % from better carrier selection
5-15 % from optimzed route planning
2. More Efficient Planning and less Operational Effort
Through automated tour and dispatch planning, fewer manual interventions, and standardized decision logics, planning effort decreases by up to 10-15 %. This allows logistic teams to spend more time on strategic activities instead of routine operational work.
3. Better Carrier-Performance and Service Quality
Systematic data collection and analysis make the performance of Logistics Service Providers transparent and manageable: through performance comparisons (e.g., OTIF, service levels), structured carrier portfolio management, and more competition through targeted tendering. These measures can improve carrier performance by 10-20 %.
4. Optimization of Network and Transport Structure
A TMS also enables broader network optimization. Companies can implement hub and consolidation strategies, reduce Less-Than-Truckload (LTL) shipments and increase vehicle utilization. These improvements are particularly valuable in complex global networks, where they are difficult to achieve without digital support.
5. End-to-End-Visibility for more Resilient Supply Chains
The integration of track-and-trace functionalities create transparency along the entire supply chain. Real-time shipment updates, early disruption detection and better coordination between suppliers, production sites, warehouses and customers help organizations respond more quickly to operational challenges. As a result, a TMS becomes a key enabler of a resilient and responsive supply chain.
Not every organization requires the same scope of TMS solution. The more of the following challenges apply, the stronger the business case for implementing a TMS.
Transport costs cannot be broken down accurately by route, location, or carrier.
Carriers are awarded predominantly out of habit rather than on the basis of a competitive tender.
Shipment status must be requested from service providers individually by phone or email.
Planning and dispatch depend on individual people and manual Excel workflows.
However, a TMS only unfolds its full value if it is combined with a structured transformation of the core logistics processes. Success depends on a thorough data analysis and baseline assessment, a clearly defined target operation model, end-to-end integration and carrier management processes and a phased implementation approach that supports continuous scaling.
Transport Management Systems are far more than just an IT tool. When implemented effectively, they are a central lever for the holistic optimization of logistics and the supply chain. Companies benefit from significant cost reductions, greater transparency over their logistics, increasing resilience of the entire supply chain and higher service quality toward the customer. This makes the TMS an essential building block of modern, data-driven supply chains and a sustainable competitive advantage.
Dolling, A.
