Moving cargo across India rarely involves a single mode of transport. A shipment may begin at a factory by road, move to a port by rail, travel overseas by sea, and then continue to its final destination through another inland transport network. Managing these movements efficiently requires more than simply booking different carriers - it requires coordination across the entire supply chain. This is where multimodal transport plays a critical role. In this guide, we'll explain how multimodal transport works, how the Multimodal Transport Document (MTD) functions, what drives costs, and when it becomes the most effective logistics solution for businesses. Explore our integrated logistics services to learn more.
Key Takeaways
Understand what multimodal transport is and how it differs from single-mode transportation.
Learn how road, rail, and sea freight work together within a multimodal transport network.
Explore the key features and benefits of multimodal transportation for businesses.
Understand the role of the Multimodal Transport Document (MTD) and why it matters.
Learn how multimodal transport costs are structured and what influences overall logistics spend.
Discover when multimodal transport is the right choice for a shipment and when it may not be.
Explore the industries and cargo types that commonly use multimodal logistics.
Understand how warehousing supports multimodal transport operations and supply chain efficiency.
Learn how to evaluate and select the right multimodal transport operator.
Explore the future of multimodal transportation in India and the infrastructure shaping its growth.
What Is Multimodal Transport?
Multimodal transport refers to the movement of goods using two or more modes of transportation - such as road, rail, sea, or air - under a single contract managed by one Multimodal Transport Operator (MTO). The entire shipment is covered by a single document known as the Multimodal Transport Document (MTD), regardless of how many transport modes are involved. This differs from intermodal transport, where different carriers often manage separate legs under separate contracts. The key advantage is a single point of accountability for documentation, coordination, and cargo responsibility throughout the journey.
The Multimodal Transport Document (MTD): The Foundation of Multimodal Transport
The defining feature of multimodal transport is not the number of transport modes involved - it is the fact that the entire movement is governed under a single transport contract. The document that makes this possible is the Multimodal Transport Document (MTD).
An MTD is issued by a registered Multimodal Transport Operator (MTO) and serves as the transport contract for the complete shipment journey, even when the cargo moves through multiple modes such as road, rail, sea, or air. Instead of generating separate transport documents for each leg of the movement, the MTD covers the cargo from origin to final destination under one framework.
For shippers, exporters, importers, and supply chain teams, this simplifies both administration and accountability.
What does an MTD typically cover?
Details of the consignor, consignee, and MTO
Description and quantity of goods being transported
Place of origin and final destination
Transport modes involved in the shipment
Terms and conditions governing the movement
Cargo receipt and delivery information
The operational value of an MTD becomes most apparent when compared with traditional multi-carrier transport arrangements.
Without an MTD:
Separate contracts may exist for road, rail, and sea movements.
Multiple transport documents need to be managed.
Responsibility can shift between carriers at each stage.
Claims and dispute resolution may involve multiple parties.
With an MTD:
One transport contract covers the entire movement.
One document governs the shipment journey.
A single operator remains responsible throughout the transport chain.
Communication and claims management become more streamlined.
From a compliance perspective, multimodal transportation in India operates within the framework of the Multimodal Transportation of Goods Act, 1993, which provides the legal basis for registered Multimodal Transport Operators to undertake cargo movements involving multiple modes under a single contract.
While the MTD simplifies documentation and accountability, its real value lies in enabling different transport modes to function as one connected logistics network. Understanding how that integration works requires looking beyond the document itself and into the movement of cargo across road, rail, and sea freight systems.
How Sea, Rail, and Road Integration Works in Multimodal Transport
A multimodal transport network combines the strengths of different transportation modes to create a single freight movement under one operational framework. While the transport mix varies based on cargo type, origin, destination, transit requirements, and infrastructure availability, road, rail, and sea freight typically perform distinct functions within the supply chain.
The objective is not simply to use multiple modes. It is to use the most suitable mode for each stage of the movement while maintaining continuity across the entire journey.
Road Transport for First-Mile and Last-Mile Connectivity
Road transportation forms the foundation of most multimodal transport movements. It connects factories, warehouses, distribution centres, container freight stations (CFS), Inland Container Depots (ICDs), rail terminals, and ports.
Even when rail and sea freight are used for the primary transportation leg, road transport remains essential because cargo must still move between production facilities and logistics infrastructure.
For this reason, road transport is often responsible for both cargo collection at origin and final delivery at destination.
Rail Transport for Long-Distance Inland Movement
Rail transport becomes valuable when cargo needs to move across major inland corridors. Containerised cargo may be moved between ICDs and ports, between manufacturing clusters and gateway ports, or between inland consumption centres and coastal regions. Compared to long-haul road transportation, rail can offer advantages in terms of capacity, network efficiency, and freight economics for suitable cargo volumes.
Its effectiveness, however, depends on rail connectivity, terminal infrastructure, route availability, and shipment planning.
Sea Freight for Domestic and International Cargo Flows
Sea freight typically handles the longest transportation leg within a multimodal transport network. For export cargo, containers move from inland locations to ports before entering international shipping routes. For import cargo, sea freight connects overseas origins with Indian ports before cargo enters inland distribution networks.
For domestic coastal cargo, sea freight can also serve as an alternative to long-distance overland transportation.
Containerisation as the Operational Link
Containerisation is what enables multimodal transport to function efficiently. The same container can move across trucks, rail wagons, and vessels without unloading the cargo itself. This reduces cargo handling, minimises damage risks, improves cargo security, and creates greater consistency across transport modes.
As a result, containerised transportation has become a critical component of modern multimodal logistics operations.
Why Integration Matters More Than Individual Transport Modes
In practice, the biggest challenges in multimodal transport are rarely related to transportation capacity. They are related to coordination.
Schedule alignment between transport modes, container availability, terminal operations, documentation flow, customs processes, cargo visibility, and port connectivity all influence shipment performance. A delay at one stage can affect every subsequent movement within the chain.
This is why logistics and multimodal transport planning focuses heavily on integration rather than simply arranging individual transport legs.
Infrastructure Enables Effective Multimodal Transport
The effectiveness of a multimodal transport network depends on the supporting infrastructure behind it. Port presence, inland connectivity, warehousing capacity, container handling capabilities, transport assets, and branch networks all contribute to smoother cargo movement.
According to Epsilon Logistics, the company operates across eight major Indian ports and maintains warehousing hubs in locations including Gandhidham, Pipavav, Chennai, Mundra, Cochin, Mangalore, Tuticorin, Kolkata, and Vizag. Such infrastructure helps support coordinated cargo movement across road, rail, sea, warehousing, and port operations within a single logistics framework.
Key Features of Multimodal Transport
The growing adoption of multimodal transport is driven by more than the ability to combine different transportation modes. The real advantage lies in how the movement is managed. Instead of treating road, rail, and sea freight as separate activities, multimodal transport brings them together under a single operational and contractual framework. This reduces complexity, improves coordination, and creates greater accountability across the supply chain.
The following are the most important features of multimodal transport that distinguish it from conventional multi-carrier freight arrangements.
Single Contract and Single Liability
One of the defining features of multimodal transport is the presence of a single contract governing the entire movement of the shipment, regardless of how many transport modes are involved.
This structure creates a clear chain of responsibility throughout the cargo journey.
Key advantages include:
One Multimodal Transport Operator (MTO) manages the shipment.
One contractual relationship instead of multiple carrier agreements.
Clear accountability for cargo movement from origin to destination.
Simplified communication and issue resolution.
Reduced administrative effort for shippers.
Rather than coordinating separately with trucking companies, rail operators, and shipping lines, businesses work with a single service provider responsible for the complete transport chain.
One Multimodal Transport Document (MTD)
Traditional freight movements often require multiple transport documents for different shipment legs. Multimodal transport simplifies this process through a single Multimodal Transport Document (MTD).
The MTD serves as the governing document for the entire movement.
Benefits include:
Reduced documentation complexity.
Consistent shipment information across transport modes.
Easier cargo tracking and record management.
Simplified compliance and claims processes.
Lower risk of documentation mismatches during cargo transfers.
This becomes particularly valuable for export-import cargo involving multiple logistics touchpoints.
Route and Mode Flexibility
Another important feature of multimodal transport is the ability to optimise transport modes based on shipment requirements.
Instead of forcing cargo onto a single transport network, operators can design routes around cost, transit time, cargo type, and infrastructure availability.
This allows businesses to:
Use rail for long-distance inland transportation.
Use road for first-mile and last-mile connectivity.
Use sea freight for long-distance domestic or international movement.
Adjust routing based on operational requirements.
Balance transit speed against freight costs.
The result is a more flexible logistics strategy rather than a fixed transportation model.
Reduced Cargo Handling and Transshipment Risk
Every cargo transfer introduces operational risk. Additional handling can increase the likelihood of delays, cargo damage, documentation errors, and coordination issues.
Because multimodal transport is typically built around containerised movement and managed by a single operator, cargo transfers become more controlled and predictable.
This helps:
Reduce unnecessary cargo handling.
Minimise transshipment-related disruptions.
Improve cargo security during movement.
Lower the risk of damage during mode transitions.
Create smoother movement across logistics nodes.
Integrated Road, Rail, and Sea Operations
Effective multimodal transport depends on the ability to coordinate different transport modes within a single operating framework.
This is often where significant differences emerge between integrated logistics providers and broker-assembled transport arrangements.
An integrated operating model may include:
Road transportation capabilities.
Rail movement coordination.
Sea freight management.
Port connectivity.
Warehousing infrastructure.
Customs and documentation support.
According to Epsilon Logistics, the company combines road, rail, sea freight, warehousing, and customs-related services within its logistics network, enabling coordinated cargo movement across multiple transport modes.
End-to-End Visibility Across the Supply Chain
Visibility is becoming an increasingly important requirement in modern freight management.
Businesses need timely access to shipment information to support inventory planning, production scheduling, customer commitments, and supply chain decision-making.
Multimodal transport improves visibility by creating a more connected flow of information across the transport chain.
This can include:
Shipment milestone tracking.
Container movement updates.
Port and terminal status visibility.
Documentation status monitoring.
Vessel schedule tracking for ocean freight movements.
For businesses managing export-import cargo, access to accurate vessel schedules and shipment updates can help improve planning and reduce uncertainty across the supply chain.
Check current Vessel Schedules.
Together, these features make multimodal transport more than a combination of transportation modes. They create a structured logistics framework that improves coordination, accountability, visibility, and operational efficiency across the entire cargo movement.
Understanding the Cost Structure of Multimodal Transport
The cost of multimodal transport is influenced by far more than freight rates. Since cargo moves through multiple transport modes and logistics touchpoints, the total transportation cost is shaped by how efficiently the entire journey is planned and executed.
Unlike single-mode transportation, where the majority of costs may be concentrated within one transport leg, multimodal transport distributes costs across inland movement, port operations, documentation, cargo handling, and freight movement. The objective is not necessarily to make every shipment cheaper, but to create the most efficient cost structure for a given route and cargo profile.
Key Cost Components in Multimodal Transport
Cost Component | What It Covers |
Inland Haulage | Road and rail transportation between factories, warehouses, ICDs, terminals, and ports |
Freight Charges | Transportation costs across road, rail, and sea freight legs |
Port Charges | Terminal handling, container processing, and port-related activities |
Container Handling | Loading, unloading, and transfer activities between transport modes |
Documentation & Compliance | Transport documentation, customs-related processes, and regulatory requirements |
Storage & Dwell Costs | Costs arising from delays at ports, terminals, or logistics facilities |
The contribution of each component varies depending on the shipment route, transport mode mix, cargo volume, and infrastructure being used.
Where Multimodal Transport Creates Cost Advantages
The biggest cost advantage of multimodal transport usually comes from using the right transport mode for the right segment of the journey.
For example, rail transportation often becomes more economical than long-haul road transportation when cargo needs to move large distances inland. Similarly, combining rail and sea freight can reduce transportation costs compared to relying entirely on road movement for long-distance cargo flows.
Additional savings can also come from:
Reduced dependence on long-haul trucking.
Consolidated documentation and administrative processes.
Better container utilisation.
Lower cargo handling requirements through containerisation.
Reduced port dwell time through coordinated movement planning.
When managed effectively, multimodal transport can improve overall logistics efficiency rather than simply reducing freight rates.
Where Multimodal Transport May Cost More
Multimodal transport is not always the lowest-cost option.
For short-distance movements, the additional coordination required between transport modes may not generate meaningful cost benefits. Rail transportation may also require sufficient shipment volumes and suitable infrastructure to become commercially viable.
In such situations, direct road transportation may offer a simpler and more practical solution.
The Role of CHA Coordination
Documentation and compliance play a significant role in both cost control and shipment efficiency. Delays caused by customs documentation issues, clearance bottlenecks, or coordination gaps can increase dwell time and create avoidable costs.
This is why many integrated logistics providers combine transportation and Customs House Agent (CHA) coordination within the same operating framework. According to Epsilon Logistics, its logistics model includes integrated CHA support alongside road, rail, sea freight, and warehousing services, helping streamline cargo movement while reducing operational handoffs across the supply chain.
When Does Multimodal Transport Make More Sense Than Single-Mode Transport?
There is no universal rule that makes multimodal transport better than single-mode transportation. The right approach depends on the shipment's distance, volume, transit requirements, and supply chain structure. However, certain scenarios consistently favour a multimodal model.
Multimodal Transport Is Often the Better Choice When:
Long-Distance Inland Movement Is Involved
For cargo moving across major inland corridors, combining rail and road transportation can often be more efficient than relying entirely on road freight.
Rail is generally more economical for long-distance container movement
Road provides flexibility for first-mile and last-mile connectivity
The combination helps balance transportation costs and operational efficiency
Particularly relevant for cargo moving between manufacturing clusters, ICDs, and ports
Shipment Volumes Are High and Recurring
Businesses with regular cargo movement often benefit from a structured multimodal network.
Predictable shipment volumes improve transport planning.
Better alignment with warehousing and inventory strategies.
Greater consistency in freight movement across routes.
Supports long-term logistics programs such as 3PL and 4PL models.
This is one reason multimodal transport is widely used in organised supply chains with ongoing freight requirements.
Cargo Moves Through Multiple Logistics Nodes
Multimodal transport becomes valuable when shipments naturally pass through different transport and handling points.
Examples include:
Export cargo moving from inland factories to ports.
Import cargo moving from ports to inland consumption centres.
Shipments involving ICDs, CFS facilities, or warehousing hubs.
Cargo moving through multiple ports or distribution networks.
In these situations, managing the movement under a single framework can simplify coordination and documentation.
When Single-Mode Transport May Be the Better Option
Single-mode transportation can still be the most practical solution under certain conditions.
Short-distance shipments where additional mode transfers provide little benefit.
Low-volume cargo that does not justify rail integration.
Time-critical deliveries requiring direct movement.
Small shipments where simplicity is more important than network optimisation.
A Simple Decision Framework
When evaluating whether multimodal transport is the right fit, three factors usually provide the answer:
Factor | Multimodal Transport | Single-Mode Transport |
Distance | Better suited for longer routes | Often suitable for shorter routes |
Volume | Works well for recurring and higher-volume cargo | Suitable for smaller shipment volumes |
Time Sensitivity | Best when efficiency and planning are priorities | Often preferred for urgent movements |
In practice, the most effective transport strategy is not about choosing one mode over another. It is about selecting the combination of modes that delivers the right balance of cost, transit performance, and operational control for the shipment.
Industries That Benefit Most from Multimodal Transport in India
The value of multimodal transport varies by industry, cargo type, shipment volume, and distribution network. Industries that move cargo across long distances, rely on multiple logistics nodes, or require regular freight movement often benefit the most from an integrated transport model.
By combining road, rail, sea freight, warehousing, and port connectivity under a single framework, multimodal transport helps businesses improve cargo flow while maintaining greater control over cost, transit planning, and documentation.
Industry | Why Multimodal Transport Works |
Textiles | Export-oriented textile supply chains often require cargo movement between manufacturing hubs, ports, warehouses, and overseas markets. |
Ceramics & Tiles | Heavy cargo volumes and frequent container movement make rail-road combinations particularly effective for inland transportation. |
Agro Commodities | Large shipment volumes moving between production regions, ports, and distribution markets benefit from integrated transport planning. |
Chemicals | Chemical shipments often require structured documentation, controlled handling, and reliable transport coordination across multiple locations. |
Pharmaceuticals | Time-sensitive cargo and strict handling requirements make visibility and coordinated movement important throughout the supply chain. |
FMCG | Regular inventory replenishment and multi-location distribution networks require consistent cargo movement between warehouses and markets. |
Retail | Seasonal demand fluctuations and nationwide distribution requirements often involve multiple transport modes and storage points. |
E-commerce | Hub-and-spoke distribution models depend on efficient movement between fulfilment centres, warehouses, and regional delivery networks. |
Automotive | Manufacturers frequently move components and finished goods across production facilities, suppliers, ports, and distribution centres. |
Manufacturing | Industrial supply chains often involve raw material movement, production logistics, and finished goods distribution across multiple regions. |
The Role of Warehousing in Multimodal Transport
Transportation alone does not create an efficient supply chain. In many cases, warehousing acts as the connecting link between different transport modes and distribution networks.
Strategically located warehouses can support:
Cargo consolidation and deconsolidations.
Inventory holding closer to demand centres.
Faster movement between transport modes.
Reduced transit disruptions.
Improved supply chain flexibility.
This becomes particularly important for businesses operating across multiple regions or serving both domestic and export markets.
According to Epsilon Logistics, its warehousing network includes locations such as Gandhidham, Pipavav, Chennai, Mundra, Cochin, Mangalore, Tuticorin, Kolkata, and Vizag. These locations provide connectivity to key manufacturing clusters, ports, trade corridors, and consumption centres across India.
As supply chains become more distributed and cargo movements become more complex, industries increasingly rely on multimodal transport not only for transportation efficiency but also for better integration between ports, warehouses, inland logistics infrastructure, and end markets.
Choosing the Right Multimodal Transport Operator
The effectiveness of a multimodal transport strategy depends as much on the operator as it does on the transport network itself. While freight rates are often the first comparison point, they rarely tell the full story. Delays, poor coordination, documentation issues, and lack of visibility can quickly outweigh small cost differences.
When evaluating a multimodal transport partner, consider the following factors.
Industry and Cargo Experience
Different cargo categories come with different operational requirements.
For example:
Chemicals may require specialised handling and compliance procedures.
Pharmaceuticals often demand tighter shipment visibility and documentation control.
Ceramics and building materials involve heavy container volumes.
Retail and FMCG businesses depend on predictable inventory movement.
An operator familiar with your industry is often better equipped to anticipate challenges before they become disruptions.
Network Strength Across Ports and Inland Locations
Multimodal transport relies on smooth transitions between transport modes. Strong coverage across ports, ICDs, warehousing hubs, and inland transport corridors can significantly improve coordination.
Look for providers with:
Presence near major ports and trade gateways.
Access to rail and road networks.
Warehousing support where required.
Teams that can coordinate locally rather than entirely through a central office.
Customs and Documentation Capabilities
A shipment can move only as efficiently as its documentation.
Evaluate whether the operator can support:
Customs clearance coordination.
Export and import documentation.
Regulatory compliance requirements.
Communication between shipping lines, ports, and inland transport providers.
Strong documentation management often prevents delays that transportation alone cannot solve.
Shipment Visibility and Communication
Modern supply chains require timely information, not just cargo movement.
Businesses should be able to access:
Shipment status updates.
Vessel schedules.
Container tracking information.
Exception management and escalation support.
Visibility becomes especially important when cargo moves through multiple transport modes and locations.
Problem-Solving Capability
Every logistics network eventually encounters disruptions, whether due to port congestion, vessel schedule changes, rail capacity constraints, weather events, or customs delays.
The difference between logistics providers often becomes most visible when something unexpected happens.
A strong multimodal transport operator should be able to offer alternative routing options, coordinate stakeholders quickly, and keep cargo moving despite operational challenges.
Ultimately, the right multimodal transport partner is not simply a transportation provider. It is a coordination partner capable of connecting ports, inland transport, warehousing, customs processes, and cargo visibility into a single logistics solution.
Conclusion
Multimodal transport brings road, rail, and sea freight together under a single operational framework, allowing businesses to move cargo more efficiently across complex supply chains. By combining multiple transport modes under one contract and one transport document, it simplifies coordination, improves accountability, and creates greater flexibility in balancing cost, transit time, and network efficiency.
As cargo flows become more interconnected, multimodal transport continues to play an important role in helping businesses manage domestic and international freight movement more effectively.
For shipment-specific guidance or multimodal transport solutions, contact the team at Epsilon Logistics.
Frequently Asked Questions
1. What is multimodal transport?
Multimodal transport is the movement of cargo using two or more transport modes - such as road, rail, and sea - under a single contract managed by one Multimodal Transport Operator (MTO). Instead of coordinating separate carriers for each leg of the journey, the shipper works with one operator responsible for the entire movement.
The biggest advantage is simplified coordination. Documentation, cargo visibility, and shipment accountability remain under a single framework, even when multiple transportation modes are involved.
2. How is multimodal transport different from intermodal transport?
The difference lies in responsibility and contract structure.
In multimodal transport, one operator manages the entire shipment under a single contract and assumes end-to-end responsibility for the cargo.
In intermodal transport, cargo may still move through multiple transport modes, but different carriers often manage different legs under separate contracts.
For businesses, this means multimodal transport provides a single point of accountability, while intermodal transport offers greater flexibility in selecting carriers for individual segments.
3. What is a Multimodal Transport Document (MTD)?
A Multimodal Transport Document (MTD) is the document that covers the entire shipment journey under a multimodal transport arrangement.
Instead of maintaining separate transport documents for road, rail, and sea freight movements, the MTD acts as a single transport contract covering the complete cargo movement.
The document typically includes:
Shipper and consignee details.
Cargo description.
Origin and destination information.
Transport modes involved.
Terms governing the shipment.
The MTD plays a critical role in simplifying documentation, compliance, and shipment accountability.
4. What transport modes are commonly used in multimodal transport?
Most multimodal transport networks combine a mix of:
Road Transport for first-mile and last-mile delivery.
Rail Transport for long-distance inland movement.
Sea Freight for domestic coastal and international cargo movement.
Air Freight for time-sensitive shipments where speed is the priority.
The most common combination for export-import cargo in India is road, rail, and sea freight operating as a single logistics network.
5. What are the key features of multimodal transport?
The most important features of multimodal transport include:
Single contract for the entire shipment.
One Multimodal Transport Document (MTD).
Single point of accountability.
Integration of road, rail, and sea freight.
Reduced cargo handling during transfers.
Better shipment visibility across transport modes.
Greater flexibility in route planning.
Simplified documentation and compliance management.
These features help businesses manage complex cargo movements more efficiently.
6. Is multimodal transport cheaper than road transport?
Not always.
The cost of multimodal transport depends on shipment volume, distance, route structure, and cargo requirements.
Multimodal transport often becomes more cost-effective when:
Cargo moves over long inland distances
Rail can replace a significant portion of road transportation
Shipments are recurring and high-volume
Multiple logistics nodes are involved
For short-distance shipments, direct road transportation may remain the more practical option because additional mode transfers may not generate meaningful savings.
7. When should a business choose multimodal transport?
Multimodal transport is typically most effective when cargo movement involves multiple transport corridors or logistics hubs.
Common use cases include:
Export cargo moving from inland manufacturing centres to ports.
Import cargo moving from ports to inland markets.
High-volume recurring shipments.
Supply chains using multiple warehouses or distribution centres.
Cargo moving through ICDs, ports, and rail terminals.
As shipment distance and volume increase, the benefits of multimodal transport generally become more significant.
8. What industries benefit most from multimodal transport?
Multimodal transport is widely used across industries that depend on large-scale cargo movement and distributed supply chains.
These include:
Textiles.
Ceramics and Tiles.
Agro Commodities.
Chemicals.
Pharmaceuticals.
FMCG.
Retail.
E-commerce.
Automotive.
Manufacturing.
Industries that regularly move cargo between factories, warehouses, ports, and distribution centres often benefit the most from a multimodal approach.
9. How do I choose the right multimodal transport provider?
The best multimodal transport provider is not necessarily the one offering the lowest freight rate. Businesses should evaluate a provider's ability to manage the entire cargo journey effectively.
Key factors to consider include:
Experience handling your cargo type.
Coverage across ports and inland locations.
Rail, road, and sea freight capabilities.
Customs and documentation support.
Shipment visibility and tracking systems.
Warehousing and distribution capabilities.
Ability to manage disruptions and route changes.
A strong provider should be able to coordinate transportation, documentation, compliance, and cargo visibility through a single logistics framework.
10. How does tracking work in multimodal transport?
Modern multimodal transport solutions provide shipment visibility across the entire cargo journey rather than limiting updates to individual transport modes.
Depending on the shipment, tracking may include:
Cargo pickup confirmation
Container movement updates
Rail and inland transportation milestones
Port and terminal status updates
Vessel schedule tracking
Arrival and delivery notifications
This allows businesses to monitor cargo movement across road, rail, and sea freight networks through a more connected flow of information, improving planning and reducing uncertainty throughout the supply chain.