Best ERP Software for Logistics Management

VINUTHA | March 31, 2023

Best ERP Software for Logistics Management

Sanesquare Technologies is a leading software company that offers the best ERP software for logistics management. The software is designed to provide a comprehensive solution for managing logistics operations. With its advanced features and user-friendly interface, the software helps businesses streamline their logistics processes and improve efficiency.

The ERP software for logistics management from Sanesquare Technologies includes modules for inventory management, order management, transportation management, and warehouse management. These modules are integrated seamlessly to provide real-time visibility into logistics operations and enable businesses to make informed decisions.
In this blog, we will explore the key components of a logistics management system and how it can benefit businesses of all sizes.

What is Logistics Management System?

Logistics typically operates in two directions: forward and backward. When we refer to logistics, we typically mean forward movement, which includes tasks like accepting and processing orders, reviewing and setting up inventory, picking and packing items, dispatching them, and choosing a transportation route that will deliver the goods to a customer as quickly and effectively as possible. Reverse direction operations encompass all procedures such as handling incorrect or damaged shipments, mending items, and reusing or recycling materials.

Businesses employ logistics management systems, a mix of software tools that optimize all operations from placing an order to delivering it to a customer's door, to manage these activities in a digital environment. Introducing and integrating an LMS into your company can be done in a variety of ways:
1. Create, acquire, and manage your own LMS software 2. Outsourcing - hiring a third-party logistics (3PL) business to handle all of your logistical needs.

Various Components of Logistics Management System

1. Order Management

Receiving and processing an online order often involves the actions of creating and updating inventory, managing customer service, collecting payments, identifying fraud, and managing paperwork between manufacturers, suppliers, warehouses, and shipping organizations.
To manage orders effectively and avoid double-handling errors, data on orders, inventories, suppliers, and customers must be synced in one system. Order Management Software (OMS), which collects and tracks orders from the time they are placed until the customer confirms the delivery, receives orders from all of your sales channels. The order's complete data, including routes, location, inventory, warehouse connectivity, and accounting integration to produce invoices and handle payments, among other things, are all viewable at this key point of connectivity.
To complete the sales funnel and offer data for the accounting and marketing departments, an integrated OMS is linked to your CRM and inventory database. Connectivity to well-known marketplaces, vendor inventories, and multi-currency choices are further benefits.

2. Inventory Management

Inventory management, a key component in the supply chain, is in charge of monitoring and recording the number of goods that are available for purchase. To handle the receipt, storage, and tracking of inventory while managing its frequent and speedy changes, product information management must be exceedingly exact. By centralizing all the data in one location, automating the switch from traditional spreadsheets to inventory Management Systems (IMS) offers the required clarity.
IMS tracks inventory changes and notifies users of them. This, keeps replenishment in balance, preventing stock-outs and surplus stock. The program sets up automatic reordering for each product as low stock levels are detected. In the meanwhile, it reduces the likelihood of ordering too much by predicting product demand.

3. Warehouse Management

To monitor, regulate, and automate warehouse activities, a group of processes known as "Warehouse Management" is used. As part of this, items need to be delivered, transported, tracked using software and technology, controlled by warehouse staff using KPIs, and kept in a secure environment.
A Warehouse Management System consists of technologies that make it easier to handle goods from delivery to the warehouse through storage and tracking there, order management, and subsequent shipment.
The following tasks are usually carried out via WMS.

Warehouse layout: This function, which provides a controllable 3D map of the warehouse building, enables optimizing storage space, controlling inventory placement, and improving the flow of goods and workers by prioritizing the portions of the shipment queue that need special care.
Picking:Picking: The program assists in locating objects around the warehouse facility when synchronized with a scanning instrument. WMS directs the order assemblers to the required products along the optimized picking path by following the barcode provided for each item. Pickers double-check the lot selection to make sure it is the right one; the system validates it after scanning the linked barcode. As it enables the selection of numerous orders in a single run, the batch-picking function can be a great timesaver in terms of velocity.
Packing: Orders may need special packing to ensure safe delivery or enhance the unboxing experience. The WMS aids in ensuring that packaging is carried out by corporate regulations in the proper sequence and as effectively as feasible.
Labor administration: Utilizing a labor management system connected with WMS is necessary to oversee the human component of warehouse operations. The system uses its workforce planning and scheduling tools to first assign jobs to specific warehouse employees. This enables you to monitor productivity and pinpoint shifts or employees that are failing. The task history environment displays all of an employee's past activity and can be used to analyze peak labor, improve workflow, and provide solutions when challenges arise. Long-term, it will reduce labor expenses while raising productivity and efficiency.

4. Strategic Transport Planning

The final step before the order leaves the warehouse after it has been built and packaged is to optimize its shipment, specifically:

Choosing a shipping method: LMS chooses the transportation logistics option that will best satisfy your freight requirements from a variety of options. Shipping techniques range from dry van freight for goods that don't require refrigeration to refrigerated freight for goods that need to be kept at a specific temperature; from less-than-truckload (LTL) freight for quick delivery of smaller loads to heavy freight for enormous loads; etc.
Connecting to the carrier network: LMS links shippers and carriers, giving everyone involved visibility to discover the optimum shipping solution. To choose the cheapest carrier, procurement tools for transportation might be employed. These technologies make it easier to reply to inquiries, personalize requests for proposals from clients, collect proposals, and assess bids.
Defining customs fees and documentation for global fulfillment: Even though export control requirements are constantly changing and there is a lot of paperwork involved in the overseas shipment, LMS can make it much simpler. To choose the cheapest carrier, procurement tools for transportation might be employed. LMS also oversees the management of required shipping paperwork, ensuring compliance with both domestic and international regulatory procedures.

5. Transport Management

Transportation Management Software is the primary set of applications for controlling all aspects of shipping and handling freight (TMS). Companies intending to implement TMS systems should have the following capabilities:

Scheduling and control of deliveries: TMS enables customers to plan their shipments with a customized online TMS account. Based on important factors like population density, vehicle type, capacity, predictive traffic analytics, etc., delivery estimation is made.
Through automatic asset tracking and prompt notifications to both shippers and customers, if the shipment is running late, TMS guarantees on-time delivery.
Cross-docking: This characteristic indicates a delivery type where products are transported directly from the manufacturer to the client, negating the need to hold them in a warehouse. In addition to saving money on personnel and warehousing space, this can speed up delivery. Cross-docking, though, puts inventory management at risk. Strong inventory control procedures are therefore necessary for handling cross-docking successfully.
Order tracking: Clients have access to an online interface that monitors shipments on the road and alerts them to any transit exceptions or unexpected delays, giving them complete visibility into product movements.
Transportation accounting: TMS collects all documentation relating to shipments and organizes them in one location, keeping clients informed of their shipping costs. By allocating costs, assigning billing codes for financial and accountability reasons, and creating and paying freight bills, among other things, the system makes accounting simpler.

6. Reverse Logistics

Returns from consumers to producers are difficult to manage logistically. Therefore, it is worthwhile to implement a reverse logistics system (RLS) that will facilitate the operations of product reallocation, return, and repair.

Services for return logistics include:

Monitoring of information: The location of the merchandise and the reason for the return must be recorded whenever one is made. RLS can assist in managing this data so that you are aware of the things that have been returned, the reason they were sent back, and whether they were transported back to the consumer.
Return status: Customers will be more satisfied if you provide them access to their returns information. Providing immediate feedback on the return activities for their purchase on the returns portal or via email/SMS notifications is an excellent way to do this.
Tracking for quality assurance: The system will alert the necessary parties so they can take action when quality problems occur and products need to be quarantined, recalled, or repaired.


We hope this blog was helpful for you to understand the logistics management system. Overall, Sanesquare Technologies' ERP software for logistics management is a must-have for any business that wants to improve its logistics operations and stay competitive in today's fast-paced business environment. With its advanced features and user-friendly interface, the software is sure to help businesses achieve their logistics goals and drive growth. For more information on integrating an effective Logistics Management System for your company, you can contact Sanesquare Technologies.

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