Logistics Automation Market Intelligence: Size, Share and Growth Outlook Through 2035

Market Overview

Size, scope, and operating-model shift

• Brevintel analysis values the global logistics automation market at USD 35.9 billion in 2025 ($35.9B), rising to USD 39.5 billion in 2026 and USD 104.9 billion by 2035 ($104.9B) at an 11.5% CAGR from 2026 to 2035.
• The 2026–2035 expansion is an operating-model shift: retailers, manufacturers, parcel operators, and third-party logistics providers need networks that absorb volatile orders, more delivery exceptions, and traceability across facilities and modes.
• Hardware remains the largest component because automated storage and retrieval systems, sorting equipment, conveyors, robotic cells, and identification infrastructure require substantial site-level investment.
• Software and services determine whether that equipment can be coordinated across warehouse, transport, and enterprise systems rather than running as isolated machines.
• KION led with over 7.9% market share in 2025, while Daifuku, Honeywell, KION, SSI SCHAEFER, and TGW Logistics collectively held 22.2% of global revenue.
• Employment growth in retail and wholesale trade has been linked to e-commerce expansion, sustaining logistical workload even as employers automate repetitive handling and coordination.
• IoT-based logistics architectures strengthen the case for automation by connecting physical assets, event data, and decision systems, including digital-twin and Social IoT concepts described by the International Telecommunication Union.
• In practice, equipment is installed not only to raise throughput, but also to create a more responsive operating layer for inventory movement, routing, exception management, and maintenance.

Hardware, software, and orchestration

• Hardware generated USD 21.0 billion in 2025, representing 58.3% of the market, spanning autonomous robots, AS/RS, automated sorting systems, conveyors, de-palletizing and palletizing systems, and AIDC.
• That 58.3% share reflects the capital intensity of converting storage, picking, sorting, and movement activities into engineered material-flow systems rather than incremental labor add-ons.
• Software accounted for USD 9.4 billion, or 26.0% of the market, in 2025, as warehouse management systems and transportation management systems translate order, inventory, carrier, and equipment data into executable work.
• Software value rises as operators use multiple automation technologies, because the cost of disconnected systems can outweigh the efficiency gained from individual machines.
• Services represented USD 5.6 billion, or 15.6% of 2025 market value, covering consulting, deployment and integration, and support and maintenance that hardware alone cannot resolve.
• This services pool is strategically important in retrofit-heavy markets, where installation and change management often determine the usable value of automation after go-live.
• Brevintel analysis finds hardware-led spending will continue to anchor market value, but competitive differentiation is shifting toward orchestration across WMS, TMS, digital-twin, and integration capabilities.
• A warehouse with autonomous equipment but weak integration may move more items while still producing inventory, scheduling, or handoff errors that erase the 11.5% growth case at site level.

Market Dynamics

Demand drivers

• Online retail shifts logistics from replenishment-oriented flows toward high-frequency, item-level fulfillment, raising the value of high-speed sorting, goods-to-person storage, automated packing, and transportation-management tools.
• Last-mile expectations also alter upstream warehouse design: faster delivery promises require inventory closer to demand, increasing fulfillment nodes and the importance of synchronized order allocation.
• Automation suppliers benefit where systems can support both high-throughput centralized facilities and flexible local fulfillment without forcing operators to rebuild their control architecture.
• The ILO identifies labor shortages across Germany, Norway, Denmark, France, the Netherlands, and Belgium, while Northern America faces labor and skills constraints associated with aging populations and reduced immigration.
• For warehouse and transport operators, automation becomes a capacity-planning tool when recruitment, retention, and skills availability limit the ability to expand manually.
• The implication is not that automation removes the need for labor; repetitive movement, sorting, retrieval, and data-capture can be automated while staff shift to exception handling, supervision, maintenance, and quality control.
• IEEE research notes that AI-enabled robots can handle unstructured tasks and improve coordination with workers and other robots, broadening robotics beyond fixed, highly standardized environments.
• Trade-focused research indicates that approximately 90% of firms using AI reported benefits in trade-related activities, with efficiency and productivity gains in both developed and emerging economies.

Capital, integration, and adoption restraints

• Comprehensive automation projects require expenditures before an operator can prove that throughput, labor, inventory, or service assumptions will hold, especially with variable product dimensions or seasonal volume peaks.
• A system that is technically capable can still fail commercially if it is overdesigned for the actual demand profile or cannot be expanded in phases across the 2026–2035 horizon.
• This constraint favors modular architectures and service models that separate the first automation step from a full-facility commitment, particularly for smaller operators sensitive to implementation risk.
• Logistics facilities frequently operate with existing WMS, ERP, carrier, equipment-control, and data-capture systems, so robotics integration requires reliable data synchronization and procedures when physical and digital records diverge.
• The adoption barrier is therefore highest in retrofit sites where the operating model cannot pause for a major cutover, making middleware and process redesign as important as equipment interfaces.
• Vendors that offer implementation, middleware, process redesign, and post-deployment support can reduce this risk more effectively than providers selling isolated hardware.
• Brevintel analysis treats the principal restraint as a mismatch between a project’s technical design and its operating context, not a lack of automation technology.
• Greenfield and highly standardized operations can justify integrated projects, while retrofit facilities and SMEs are more likely to prioritize modular deployments, interoperable software, and phased investment.

Segmentation Analysis

By component

• Hardware generated USD 21.0 billion in 2025, representing 58.3% of the market, forming the physical execution base of automated logistics through robots, AS/RS, sorting, conveyors, palletizing cells, and AIDC.
• Their large share reflects the capital intensity of converting storage, picking, sorting, and movement activities into engineered material-flow systems rather than a one-time software license.
• Software accounted for USD 9.4 billion, or 26.0% of the market, in 2025, as WMS and TMS platforms convert order, inventory, carrier, and equipment data into executable work.
• That 26.0% software pool becomes more valuable as operators stack multiple automation technologies and the cost of disconnected systems begins to outweigh machine-level efficiency.
• Services represented USD 5.6 billion, or 15.6% of 2025 market value, spanning consulting, deployment and integration, and support and maintenance.
• Services address process, data, and lifecycle issues that hardware alone cannot resolve, especially in retrofit-heavy markets where change management sets usable throughput.
• Brevintel analysis sees hardware producing the largest immediate spending pool, while software and services become more decisive as facilities combine robots, AS/RS, conveyors, AIDC, and transport platforms from multiple vendors.
• Providers that preserve interoperability as customers scale from the USD 21.0 billion hardware base toward the USD 104.9 billion 2035 total are better placed than equipment-only specialists.

By application

• Transportation management was the larger application, valued at USD 22.2 billion in 2025 and accounting for 61.8% of the market.
• Its lead reflects the complexity of coordinating shipment planning, routing, carrier interactions, and event visibility beyond a single warehouse wall.
• Warehouse and storage management represented USD 13.7 billion, or 38.2%, supported by automation of receiving, storage, picking, packing, and dispatch.
• The two applications are increasingly interdependent: warehouse execution determines whether an order is available for dispatch, while transportation automation determines how the shipment is consolidated, routed, and monitored.
• Operators that connect the USD 22.2 billion transport layer with the USD 13.7 billion warehouse layer can reduce handoff friction across the 11.5% growth path.
• Fragmented deployments can merely shift bottlenecks from the warehouse floor to the transport network, leaving the 61.8% and 38.2% pools poorly synchronized.
• Industry data suggests last-mile service promises make this coupling more valuable, because inventory position and carrier capacity must be planned on the same clock.
• Application spend should therefore be read as a control-architecture decision, not as two unrelated product catalogs competing for the same capital budget.

By organization size

• Large enterprises held USD 23.8 billion, or 66.1%, of the market in 2025 and are projected to expand at a 12.4% CAGR through 2035.
• Their scale supports multi-site standardization, dedicated technical teams, and broader automation programs across fulfillment and transport networks.
• SMEs accounted for USD 12.2 billion, or 33.9%, in 2025, but are expected to grow faster at a 13.2% CAGR.
• SME opportunity depends on deployment models that reduce upfront exposure and simplify operational adoption rather than copying enterprise-style site redesigns.
• Modular robotics, cloud-based WMS and TMS platforms, and managed support can make automation feasible where a fully engineered distribution-center project is not.
• The 13.2% SME CAGR versus 12.4% for large enterprises should not be read as a rush toward enterprise-style automation at smaller sites.
• The more likely SME path is incremental: software-led visibility, targeted robotics, and services that automate the most constrained workflows before site-wide redesign.
• Brevintel analysis treats the USD 23.8 billion enterprise pool as the volume core and the USD 12.2 billion SME pool as the faster-adopting, modular edge through 2035.

By end use

• Retail and e-commerce was the largest end-use segment at USD 12.9 billion in 2025, representing 36.0% of the market, and is forecast to grow at a 12.8% CAGR.
• Its automation requirements are shaped by item-level fulfillment, returns, rapid dispatch, and demand volatility rather than bulk replenishment economics.
• Automotive accounted for USD 6.4 billion, or 17.9%, where production continuity and component traceability are central requirements.
• Manufacturing generated USD 5.5 billion, or 15.2%, supported by material sequencing and plant-to-warehouse coordination.
• Post and parcel represented USD 3.6 billion, food and beverage USD 2.9 billion, healthcare and pharmaceuticals USD 2.1 billion, and oil and gas USD 1.1 billion in 2025.
• Food and beverage and healthcare applications place greater weight on handling conditions and traceability; post and parcel prioritizes rapid sortation; oil and gas must accommodate specialized asset, site, and safety requirements.
• The Others category encompasses additional end-use environments with distinct material-flow and compliance needs outside the named USD pools.
• Retail and e-commerce drive the fastest named end-use growth because fulfillment economics are directly exposed to order fragmentation and delivery speed on the 12.8% path.

Regional Outlook

North America

• The United States generated USD 10.9 billion in 2025, making it the largest national market within North America’s USD 13.7 billion regional total.
• Demand is supported by a mature fulfillment ecosystem and by labor and skills constraints in Northern America associated with demographic change and reduced immigration.
• The market is well suited to large-scale deployments that combine warehouse automation with transport visibility and control rather than isolated equipment islands.
• U.S. scale also makes it a proving ground for integrated systems, because dense fulfillment networks and a mature integrator base reduce the risk of operating multiple automation layers.
• The commercial challenge is increasingly the pace of deployment and the ability to integrate new technologies without interrupting existing service levels.
• Brevintel analysis reads the USD 10.9 billion U.S. pool as a network-scale execution market, not a greenfield experiment on the path to USD 104.9 billion globally by 2035.
• Customers can justify broader deployments where high service expectations make orchestration as important as the 58.3% hardware envelope.
• Labor availability remains a particularly direct investment case in the United States, even as project scope is wider than in many retrofit-heavy European plants.

Asia Pacific

• China represented USD 4.4 billion in 2025 within an Asia Pacific market valued at USD 9.8 billion.
• The country’s role in manufacturing and digital commerce creates demand for automation across production logistics, fulfillment, sortation, and transport coordination.
• National scale makes China important not only as a demand center, but also as a source of increasingly capable automation solutions.
• Asia Pacific’s 12.8% CAGR is the highest of any region and matches the 12.8% retail and e-commerce end-use CAGR, underscoring fulfillment intensity in the growth mix.
• Growth is likely to be shaped by how quickly operators connect expanding physical automation with usable data and systems integration.
• The relevant competitive issue is not simply equipment cost; it is whether solutions can be deployed across varied facility types while maintaining reliability at high volumes.
• Brevintel analysis treats China’s USD 4.4 billion weight inside the USD 9.8 billion regional total as both a demand and supplier-development story.
• Asia Pacific’s faster growth reflects logistics modernization at scale, with China central to how the 11.5% global path is realized through 2035.

Europe

• Germany recorded USD 2.7 billion in 2025 and is forecast to reach USD 7.6 billion by 2035 at a 12.0% CAGR.
• The country combines sophisticated manufacturing logistics with labor shortages that the ILO identifies across several European economies, including Germany, Norway, Denmark, France, the Netherlands, and Belgium.
• This supports investment in automation that can strengthen material availability, storage density, and throughput without depending on an expanding manual workforce.
• Retrofit capability is particularly important in Germany, because manufacturing and distribution infrastructure often requires suppliers to integrate new automation around established operations.
• Systems designed for modular expansion, predictable maintenance, and interoperability can therefore have an advantage over solutions optimized only for greenfield sites.
• Brevintel analysis contrasts Germany’s modular retrofit need with U.S. network-scale deployment even though both face a labor-availability case.
• The 12.0% Germany CAGR sits close to the global 11.5% path, so site geometry and systems readiness matter as much as headline capacity gaps.
• European project success will hinge on validating product mix, peak demand, and workforce adoption before locking in the USD 2.7 billion-to-USD 7.6 billion trajectory.

Latin America and Middle East & Africa

• Brazil generated USD 808 million in 2025, making it the largest country market in Latin America, where the regional market totaled USD 2.0 billion.
• Automation demand is linked to modernization of fulfillment, manufacturing, and distribution in a market where geographic distance and infrastructure complexity can amplify logistics costs.
• Large, imported, fixed-automation projects can face a more difficult business case than modular systems that improve defined bottlenecks under local financing and support conditions.
• The United Arab Emirates accounted for USD 377 million in 2025 within a Middle East and Africa market valued at USD 1.4 billion.
• The UAE’s role as a regional trade and distribution hub supports automation demand in ports, free-zone logistics, air cargo, and warehouse operations serving cross-border flows.
• Industry data cites estimates that AI could contribute 9-14% of GCC economies’ GDP by 2030, giving connected automation, digital twins, and real-time coordination a wider policy rationale.
• Brazil and the UAE present a different proposition from the United States or Germany: opportunities are tied to logistics-hub expansion, but success depends more on localized economics and phased implementation.
• Regional strategy should therefore be based on the customer’s operational starting point rather than a uniform technology portfolio across the USD 2.0 billion and USD 1.4 billion pools.

Competitive Landscape

Share structure and partnership direction

• The market remained fragmented in 2025, with the five largest suppliers accounting for 22.2% of global revenue.
• KION Group held 7.9%, matching the over 7.9% leadership position, followed by Daifuku at 5.8%, TGW Logistics at 3.1%, SSI SCHAEFER Group at 2.8%, and Honeywell at 2.6%.
• Concentration remains low because customers purchase different combinations of storage, robotics, sorting, material handling, control software, and integration services according to facility design and end-use requirements.
• Competitive advantage increasingly depends on reducing the integration burden for customers as hardware’s 58.3% envelope is paired with the 26.0% software and 15.6% services pools.
• The April 2026 Siemens-KION partnership illustrates this direction: the companies announced use of digital-twin technology to simulate warehouse processes, with KION identified as the first European company using Siemens’ Digital Twin Composer.
• This type of collaboration can shorten the gap between an automation concept and an operationally validated deployment before capital is locked into site equipment.
• Brevintel analysis expects share to stay dispersed on the path from USD 35.9 billion in 2025 to USD 104.9 billion in 2035 unless suppliers convert project wins into repeatable orchestration platforms.
• Buyers should still score lifecycle support after commissioning, because a 22.2% top-five block does not remove the need for local implementation capability on retrofit sites.

Global players

• Daifuku
• KION Group
• Honeywell
• SSI SCHAEFER Group
• Toyota Industries
• Rockwell Automation
• KNAPP
• KUKA Global
• ABB
• Beumer Group
• Körber
• TGW Logistics

Regional players

• FORTNA
• WITRON
• Fives Group
• SAVOYE
• FANUC

Emerging players

• Locus Robotics
• GreyOrange
• Symbotic