Article outline
What exactly does logistics mean?
The word logistics comes from the Greek logistikos, meaning "skilled in calculating". Originally, it was a military term denoting the supply of armies. Today, logistics is a key discipline of every industrial, commercial, and e-commerce enterprise.
The Council of Supply Chain Management Professionals (CSCMP) defines logistics as that part of supply chain management that plans, implements, and controls the efficient, effective forward and reverse flow and storage of goods, services and related information between the point of origin and the point of consumption in order to meet customers' requirements.
Logistics is not just transport. It encompasses a whole complex of subsequent processes: receipt of goods, warehousing, order picking, packaging, labeling, dispatch, and the reverse flow of goods. Each of these steps directly affects costs, delivery speed, and customer satisfaction. You can read more about how Logsys automates these processes in the about Logsys section.
What are the main types of logistics?
Logistics is divided into several specialized areas depending on where and how the movement of goods takes place. Each of them has its own specifics, technologies, and challenges.
Procurement logistics
It ensures the supply of raw materials, components, and materials from suppliers to production or the warehouse. The key goal is to minimize inventory while preventing production outages. This approach is closely related to the just-in-time principle.
Production logistics
It deals with the movement of materials and semi-finished products within a manufacturing plant. It includes supplying lines, material handling, and transporting finished products to the dispatch warehouse. In modern plants, this role is taken over by automated transfer cars and conveyor systems.
Distribution logistics
It transports finished products from the manufacturer or central warehouse to end customers or retail stores. Key elements include distribution centers, cross-docking terminals, and route optimization.
Intralogistics
It refers to all logistics processes taking place within a single facility, typically a warehouse or a manufacturing plant. This includes the movement of goods, sorting, palletizing, and inventory management. We discuss intralogistics in more detail in a separate section below.
Reverse logistics
It deals with the reverse flow of goods from the customer back to the manufacturer or recycling plant. In e-commerce, this is a key discipline: the volume of returns is growing, and their efficient processing directly affects profitability. Today, reverse logistics forms a separate market estimated at more than 700 billion USD.
Green logistics
It focuses on reducing the ecological footprint of transport and warehousing. This includes route optimization to reduce CO₂ emissions, fleet electrification, eco-friendly packaging, and the construction of energy-efficient logistics centers.
3PL and 4PL logistics
Companies that do not want to build their own logistics infrastructure use third-party providers. 3PL (third-party logistics) takes over specific logistics functions (warehousing, transport). 4PL (fourth-party logistics) goes further: it coordinates the entire supply chain as an independent integrator.
What is a supply chain?
A supply chain is a network of organizations, processes, and resources involved in the creation and delivery of a product from primary production to the end customer. Logistics is one of the key components of this chain, not the same as the entire chain.
A typical supply chain includes: raw material suppliers, manufacturers, wholesalers, distribution, retailers, and the end customer. Information and financial flows move in both directions. Supply chain management (SCM) is the discipline that coordinates and optimizes all these flows.
A weak link in the chain affects the entire system. That is why companies are increasingly focusing on supply chain resilience and supplier diversification. The COVID-19 pandemic and geopolitical turbulence after 2020 have significantly accelerated this trend.
What role does intralogistics play in production and distribution?
Intralogistics is the area dedicated to managing material flows within a single operational facility: a warehouse, production hall, or distribution center. Unlike external transport, it deals with shorter distances, but with extremely high volumes of movements and strict time coordination.
Modern intralogistics systems consist of several interconnected technologies:
Conveyor systems. The basic backbone of every automated warehouse. Belt conveyors and roller conveyors ensure the horizontal movement of shipments or pallets throughout the facility.
Sorting systems. Sorting conveyors automatically direct a shipment to the correct outbound line or to the correct storage zone without the need for manual sorting.
Vertical transport. Vertical conveyors connect individual floors of multi-story warehouses and distribution centers.
Identification and tracking. Reading gates with RFID or 2D codes identify each shipment in real time. Combined with automatic labeling, they eliminate the need for manual scanning.
Palletizing. The HighRunner palletizer automatically forms outbound palletized shipments and reduces physical strain on operators to a minimum.
The result of well-designed intralogistics is higher throughput at lower labor costs, fewer errors, and shorter order processing times. In practice, we see this, for example, in the parcel depots of courier companies or in industrial applications in the automotive industry.
How are digitalization and AI changing modern logistics?
Digitalization is transforming logistics from a system driven by paper orders and phone calls to a data ecosystem with real-time decision-making. Key technologies include:
WMS, TMS, and ERP systems
A WMS (Warehouse Management System) manages the movement of goods within the warehouse, assigns storage locations, and optimizes pickers' routes. A TMS (Transport Management System) plans and tracks transport. An ERP integrates logistics with accounting, production, and sales into a single data entity.
IoT and real-time visibility
Sensors on shipments, pallets, and vehicles send data about the location, temperature, or status of a shipment in real time. This visibility makes it possible to prevent problems before delays or damage occur.
Predictive analytics and AI
Machine learning algorithms analyze historical data and forecast demand with an accuracy that manual forecasts can never achieve. Proper prediction reduces the need for safety stock and frees up capital. McKinsey states that AI integration in logistics can reduce costs by 5 to 20% (McKinsey Global Institute, 2025).
Autonomous robots and AGVs
Autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) take over repetitive physical tasks such as moving pallets, replenishing racks, or picking shipments. In this way, companies address the growing labor shortage and increase throughput without a proportional increase in costs.
What is green and reverse logistics?
Green logistics
Green logistics responds to the growing pressure from customers, regulators, and investors to reduce the environmental footprint of the entire supply chain. Specific measures include route optimization to reduce CO₂ emissions, transitioning to electric trucks, eco-friendly packaging, and building logistics centers with BREEAM or LEED certification.
As of 2024, the European Union has tightened reporting obligations for emissions in logistics under the CSRD directive. For larger companies, this means the mandatory measurement and disclosure of the supply chain's carbon footprint.
Reverse logistics
Reverse logistics deals with the reverse flow of goods from the customer back into the supply chain. It includes product returns, repairs, recycling, and safe disposal. In e-commerce, returns reach up to 30% of sales volume depending on the product category, with each return costing on average 8 to 15% of the product's original value.
Efficient reverse logistics is therefore not only an environmental obligation but a direct economic necessity. Today, distribution centers are increasingly integrating returns processing into their standard operations alongside traditional dispatch.
What is last-mile logistics and why is it the most expensive?
Last-mile logistics refers to the final leg of delivery from a local distribution hub to the end customer's address. Yet, this short stretch accounts for 65% of the total logistics costs of the entire shipment (ClickPost, 2025). The reasons are simple: the fragmentation of addresses, the low density of shipments on the route, and the need to deliver the shipment exactly when the customer is at home.
The last-mile delivery market is estimated to reach 374 billion USD by 2033. Solutions include networks of pick-up points, micro-fulfillment centers in densely populated areas, delivery by e-bikes, and the first pilots with autonomous delivery robots or drones.
For the parcel depots of courier companies, optimizing the flow of shipments between inbound and outbound transport is a critical performance factor. Automated shipment sorting directly affects the speed at which shipments move from the hub to the routes.
What are the key trends in logistics in 2026?
The year 2026 brings a fundamental shift in logistics: technologies that were recently in the pilot phase are becoming a standard part of operations. Below are the trends that have the greatest impact on operators of warehouses, distribution centers, and entire supply chains.
1. Agentic AI takes over operational decision-making
While predictive AI only forecasted problems, agentic AI in 2026 automatically proposes and implements corrective measures without the need for human intervention. The system detects an outage, reschedules routes, reallocates inventory, and notifies the customer, all simultaneously and in real time. According to Gartner, by 2031, a full 60% of supply chain disruptions will be resolved without human participation.
2. Warehouse automation ceases to be an exception
A Prologis report (2026) shows that 30% of logistics space is already automated today, compared to just 20 to 25% five years ago. AMR robots, AS/RS systems, and automated sorters are becoming standard equipment in new warehouses. At the same time, modular systems that do not require a complete rebuild achieve 1.5 times higher performance for every dollar invested compared to fully automated systems.
3. eFTI regulation digitizes cross-border documentation
The EU regulation on electronic freight transport information (eFTI), fully effective from 2026, mandatorily digitizes documentation for cross-border transport. Paper processes are on the decline, and companies must switch to electronic CMR documents, customs declarations, and security certificates. For logistics operations with cross-border transport, this is a mandatory adaptation, not an optional modernization.
4. Nearshoring and multi-node sourcing reshape supply networks
Geopolitical tensions, tariffs, and the costs of global transport chains are motivating companies to bring production and warehouses closer to customers. The Czech Republic, as a logistics center of Central Europe, benefits from this trend: there is growing interest in automated distribution centers in the region as an alternative to shipping from Asia.
5. Real-time visibility turns control towers into action centers
Logistics control towers in 2026 are shifting from merely monitoring events to actively managing them. Platforms connect WMS, TMS, ERP, and IoT sensors into a single data space and automatically trigger corrective actions upon detecting a deviation. Companies that deploy this visibility report 27% shorter lead times (nShift, 2026).
6. Green logistics as a regulatory necessity
The CSRD directive and the Fit for 55 package bring mandatory emission reductions for logistics operations as well. Fleet electrification, tracking a shipment's emission footprint, and energy-neutral logistics centers cease to be a marketing promise and become a condition for access to the European market. Automated airport and industrial operations are ahead in this regard thanks to managed energy systems.
Summary: what to take away from the article?
Logistics is much more than just managing trucks. It is a complex discipline that connects suppliers, production, warehouses, carriers, and customers into one coordinated whole. Companies that manage it better than their competitors enjoy lower costs, shorter delivery times, and satisfied customers.
Logistics encompasses procurement, production, distribution, intralogistics, and both reverse and green components.
The supply chain is a broader term; logistics is a key part of it.
Intralogistics deals with the flow of goods within a single facility and is the foundation of an efficient warehouse or production.
AI and digitalization reduce logistics costs by 5 to 20% and increase the accuracy of demand forecasts.
Green and reverse logistics are ceasing to be optional add-ons and are becoming a business necessity.
Last-mile logistics accounts for up to 65% of shipment costs and is a key differentiator in e-commerce.
The year 2026 brings agentic AI, mandatory document digitization (eFTI), and the rapid scaling of automation.
If you are looking for a partner for intralogistics automation or the construction of a distribution center, check out our products, reference projects, or contact us directly.
Frequently Asked Questions About Logistics
Logistics encompasses the entire flow of goods and information from the supplier to the end customer. This includes procurement, warehousing, intralogistics, order fulfillment, packaging, shipping, transportation, and reverse logistics (returns).
Logistics is a component of supply chain management. SCM is a broader term that also encompasses strategic relationships with suppliers, product development, financing, and the coordination of the entire network of partners. Logistics focuses on the physical and informational flow of goods.
Intralogistics refers to all logistics processes within a single facility, typically a warehouse or manufacturing plant. This includes conveyor systems, sorting, palletizing, shipment identification, and inventory management.
A 3PL (third-party logistics) provider is a logistics service provider that takes over specific logistics functions for a company, typically warehousing and transportation. This allows the company to focus on its core business and avoid investing in its own logistics infrastructure.
Because it delivers packages to thousands of different addresses with a low density of stops along the route. Each stop requires the driver to pull over, make contact with the recipient, and complete administrative tasks. This segment accounts for up to 65% of the total cost per package, even though it represents only the last kilometer of the journey.
Agent-based AI that not only predicts supply chain issues but also independently implements corrective measures in real time. Together with the mandatory digitization of documentation (eFTI) and the rapid scaling of AMR robots, these are the three most significant changes of the year.
Professional sources and literature
The article is based on verified professional publications and current market analyses:
Bowersox, D. J., Closs, D. J., Cooper, M. B. (2023). Supply Chain Logistics Management (5th edition). McGraw-Hill.
Christopher, M. (2016). Logistics and Supply Chain Management (5th edition). Pearson.
Council of Supply Chain Management Professionals – CSCMP (2024). SCPro™ Body of Knowledge.
McKinsey Global Institute (2025). AI in Logistics: Cost Reduction and Efficiency Gains. AI can reduce logistics costs by 5 to 20%.
ClickPost (2025). 25 Logistics Statistics & Industry Insights in 2025. Global market of 15.79 trillion USD by 2028; last-mile accounts for 65% of costs.
Gartner (2025). Supply Chain Technology User Survey. 60% of disruptions will be resolved without human intervention by 2031.
Accenture (2026). Autonomous Supply Chain Performance Report. AI-driven supply chains respond to disruptions 62% faster.
Logistics Viewpoints (Q1 2026). Supply Chain Trends: Costs Rise, AI Moves Into Execution.
Prologis (2026). Applied Automation in the Warehouse Boosts Value Across Stakeholders. 30% of logistics space is automated today.
IBM (2026). AI in Supply Chain: Revenue Impact Study. Companies using AI achieve 61% higher revenue growth.