Transportation and Logistics

Transportation and logistics are supply chain sub-functions that cater to movement of people and goods. Since supply chains exist to fulfill demand by getting the products to the customers, and transportation and logistics takes care of the actual movement, they form the backbone of most supply chains. As recent disruptions in supply chains across industries have shown, transportation and logistics are prone to process failures and risks. Effective management and transformation of transportation and logistics is therefore a priority for companies across industries.

SAP and Partner Technologies for Transportation and Logistics

Transportation and logistics are supply chain sub-functions that cater to movement of people and goods. Since supply chains exist to fulfill demand by getting the products to the customers, and transportation and logistics takes care of the actual movement, they form the backbone of most supply chains. As recent disruptions in supply chains across industries have shown, transportation and logistics are prone to process failures and risks. Effective management and transformation of transportation and logistics is therefore a priority for companies across industries.

SAP and Partner Technologies for Transportation and Logistics

Technology is rapidly transforming transportation and logistics. From building supply chain visibility through track and trace technologies to using emerging technologies like IoT, transportation and logistics function is getting redefined across industries. Examples of areas where technology is transforming transportation are:

Visibility solutions help track and trace transportation and logistics operations in real-time. This real-time data, when paired with technologies like IoT, can also help gain real-time insights into the condition of products that are moving through the transportation and logistics network.

Planning and management solutions help in transportation and logistics services procurement, transportation and demand planning, warehouse management planning, and warehouse operations execution. Examples of such solutions are transportation management solutions, warehouse management systems (WMS), warehouse execution systems (WMS).

Automation systems, primarily leveraged in warehouse operations, like warehouse mobile and static robots, help enhance warehouse productivity and efficiency by taking away many manual labor tasks, accelerating warehouse flow in many scenarios.

Optimization and analytics solutions help leverage transportation and logistics data to help gain new insights into efficiency opportunities in the network, redesign the network or perform simulations on warehouse processes. Examples of solutions are route optimization, transportation spend analytics, transportation network optimization, simulation etc.

1067 results

  1. Adapt Shipments to Production Variance with Dynamic Transport Load Building

    Published: 25/August/2015

    Reading time: 13 mins

    Learn how a transportation planner at a production facility can leverage a custom tool in SAP Advanced Planning and Optimization (SAP APO) to be able to accurately match up shipments that are planned for arrival from out of the facility with the actual production output. Key Concept Stock transport orders (STOs) represent the shipments planned...…

  2. Create Consignment Fill-Up Sales Orders Using SAP APO SNP

    Published: 20/January/2016

    Reading time: 28 mins

    Follow these prerequisite, configuration, and implementation steps to model the automatic creation of consignment fill-up sales orders in SAP ERP Central Component (ECC) using Supply Network Planning (SNP) deployment functionality in SAP Advanced Planning and Optimization (SAP APO). This process enables the automatic planning and creation of sales orders from SAP APO. It minimizes the...…

  3. Configure Packing Instruction Determination Strategies to Speed Up Product Delivery

    Published: 15/December/2017

    Reading time: 27 mins

    Learn how to configure packing instruction determination and implement determination strategies to optimize a delivery process using packing instruction determination records. Key Concept Packing is one of the stages in the delivery process that has an impact on how long it takes to process a delivery. With packing instruction determination functionality, the delivery process is...…

  4. Stock Transport Order Exceptions No Longer a Problem with This Technique

    Published: 01/September/2003

    Reading time: 17 mins

    As companies increasingly turn to international networks to manage production, sales, and distribution, they depend on R/3 MM’s Stock Transport Order (STO) to support volume transactions across plants. However, STO has limited capability to deal with exceptions such as an expedited replenishment. The author describes a workaround that will allow STO to more easily handle...…

  5. Exploit SAP Quality Management to Handle Subcontracting Activities

    Published: 23/June/2017

    Reading time: 34 mins

    Learn about the main functionalities relevant for subcontracting activities during the production process in the case of discrete manufacturing, using the materials management (MM), Production Planning (PP), Quality Management (QM), and Financial Accounting (FI) modules. Follow details about the main customizing settings to be done in the system from a financial point of view. Key...…

  6. Maximize the Accuracy of Your ATP Response Using Configurable Process Scheduling

    Published: 21/January/2010

    Reading time: 12 mins

    Learn when and how to use Configurable Process Scheduling (CPS) in SAP Advanced Planning & Optimization (SAP APO) Global Available-to-Promise (Global ATP). Understand the master data needed to support CPS and help avoid common mistakes while setting up CPS. Key Concept Available-to-Promise (ATP) is an order management business process that attempts to commit to the...…

  7. Improve Safety Stock Accuracy with APO’s Extended Method

    Published: 01/October/2003

    Reading time: 22 mins

    Do your safety stock levels always seem too high or too low? It’s possible that you have not chosen the right APO method or have set it up in a less-than-optimal manner. We explain the considerations, drivers, and settings for using APO’s extended safety stock method and show you why it might be more accurate...…

  8. Enhance SAP TM to Include the Shipment Container Number at the Header Level

    Published: 16/November/2012

    Reading time: 11 mins

    See how to enhance the SAP Transportation Management XML structure so that the shipment container number is included at the header level and then passed along to SAP ERP Central Component. This applies when SAP Process Integration is used as the middleware. Key Concept In SAP Transportation Management a container is a device that holds...…

  9. Run Setup Jobs in Parallel and Minimize Production Downtime When Using the Logistics Extraction Cockpit

    Published: 01/April/2003

    Reading time: 24 mins

    Running a setup job through the Logistics Extraction Cockpit requires that you to turn off your logistics application. It is therefore important that the job run as quickly as possible. The fastest way to complete the setup job is to break it up into parts and run those parts in parallel. The authors show how...…

  10. Improve Customer Service by Enhancing the Integration of CRM and ECC Logistics and Billing

    Published: 05/July/2012

    Reading time: 11 mins

    Most companies have established their logistics and billing processes in their SAP ERP Central Component (ECC) systems. Since understanding customers better has become a key strategy, many organizations are now also using SAP CRM to improve and analyze customer experience, interaction, and satisfaction. Integrating the two systems gives companies the option to maintain their solid...…