Integrated Freight Network Model
Transferring freight is one of the most challenging and time-consuming operations for a business. If you take international orders, you know the cost associated with shipping goods to foreign countries. Add to this the time taken for transportation and other procedures, and you will know why a GIS-based platform is important to ensure the safe delivery of the products.
Most types of freights are multimodal — for the goods to be transported to their final destination, they have to pass through several modes of transportation, including roadways, waterways, and airways. States have started customizing the GIS of the highway transportation models to ensure faster and more efficient delivery of the products to their end destination or another mode of transportation. The question is how does Integrated Freight Network Model help in transportation?
IFNM is known mainly for monitoring freight movements when the products are shifted from one mode of transport to another. The main purpose of this model is to plan the freight movement in advance, especially in states where all modes of transport converge. In addition to that, the model is extensively used for figuring out which mode of transport one should utilize. Your choice of transport has a significant impact on how the freight is distributed across several channels of the freight system.
Why Do You Need to Apply the Integrated Freight Network Model to your Business?
By applying the integrated freight network model, it is possible for people to make the freight model quite efficient and smarter. This efficiency helps in generating monetary, as well as, non-monetary benefits. For instance, it reduces congestion, makes goods cheaper, reduces public sector costs, and makes the transportation sector safer and better. The best part about this model is that it has made it possible for freight management companies to identify how much freight must be distributed across different segments, and which type of products must be sent through which route for optimal results. That’s because the best mode of transport for goods varies depending on the types of goods we are looking at and the cost of transportation.
For example, an ideal transport mode for steel is totally different from the transportation method used for transporting medical supplies. Before someone changes their route of transportation, it is important to understand your customers’ needs. Understand their expectations and know what they want. The next step is to discuss your goals with your freight providers and the tech team to figure out the most optimal route for your freight. The integrated freight network model works best in conjunction with the manual analyses of the transportation routes. It generates the visual data, giving you detailed information about which route is the best, should you combine multiple routes, and how to develop the best logistics strategy for your business. All these factors are quite important when it comes to selecting the most suitable route for the delivery of your product. The more efficient the route, the faster your product will deliver, and the lower the cost of the transportation is.