Walk into a modern distribution center and the first thing you notice is how few people are rushing around. Shuttles slide through storage racks, small robots ferry totes between stations, and parcels fan out along sorters faster than anyone could route them by hand. The second thing you notice, if you look closely, is that the machines matter less than the software telling them what to do.
Read also: The Role of Automation in Managing Complex Revenue Workflows in Logistics
That shift from machinery to coordination runs through Global Market Insights’ latest figures on the logistics automation market. The firm puts the market at about USD 35.9 billion in 2025 and expects it to reach USD 39.5 billion in 2026. By 2035 it projects USD 104.9 billion, an 11.5% compound annual growth rate. That is roughly a threefold expansion in a decade.
Why Companies Are Spending
Four pressures keep pushing operators toward automation.
Online shopping has changed the work itself
Older supply chains moved pallets between a few large nodes. E-commerce means millions of small, urgent, item-level orders that need picking, packing, and dispatching on tight windows. Faster delivery promises also force retailers to put stock closer to customers, which multiplies the number of fulfillment sites that must be coordinated.
Labor is scarce in the places that can least afford it
Aging populations and tight hiring in North America and parts of Europe make it hard to staff warehouses the traditional way. The sensible reading is that automation changes where people work rather than eliminating them. Repetitive walking and lifting go to machines, while people move into supervision, maintenance, exception handling, and quality control.
Visibility has become a survival skill
After years of disruption, companies want to know where goods are, and they want to know the moment something goes wrong. Sensors, tracking, and digital twins shorten the gap between a problem occurring and someone reacting to it.
The technology itself has matured
AI-guided robots can now cope with items that vary in shape and size, which once forced a human back into the loop. That widens the range of jobs a robot can realistically take on.
Hardware Leads, but Software Decides
The report splits spending three ways. Hardware, including autonomous robots, automated storage and retrieval systems, sorters, conveyors, palletizers, and identification equipment, took about 58% of the 2025 market, around USD 21 billion. Software, mainly warehouse and transportation management systems, held about 26%. Services such as consulting, integration, and maintenance made up the remaining 15.6%.
The hardware number is easy to explain, since steel and motors cost money. The more interesting story is what happens after the equipment arrives. A facility full of expensive machines that cannot talk to each other tends to produce inventory errors and handoff delays instead of efficiency. That is why the analysts argue that competitive advantage is moving toward orchestration, meaning the layer that decides which task goes where and when. Vendors who can combine equipment with interoperable software and solid integration support are better placed than those who just ship boxes.
Big Players Lead, Smaller Ones Grow Faster
Large enterprises accounted for about two-thirds of 2025 spending, which makes sense given their multi-site networks and in-house technical teams. Yet small and mid-sized businesses are projected to grow faster, at 13.2% a year against 12.4% for the big firms.
What makes that possible is a different buying model. Modular robots that can be added a few at a time, cloud-based management software, and managed support let a smaller operator automate its worst bottleneck first instead of betting on a full facility rebuild. Retail and e-commerce is both the biggest end-use segment, at about 36% of the market, and one of the fastest growing, at 12.8% annually.
A Map of Demand
North America remains the largest region at about USD 13.7 billion in 2025, with the United States alone contributing roughly USD 10.9 billion. A mature fulfillment ecosystem and persistent staffing gaps explain much of that.
Asia Pacific is the growth engine, forecast to expand at 12.8% a year. China accounted for about USD 4.4 billion of the region’s USD 9.8 billion in 2025, driven by its manufacturing base and enormous digital commerce volumes.
Germany is a good example of a different challenge. It is expected to climb from USD 2.7 billion to USD 7.6 billion by 2035, but much of its infrastructure is established, so suppliers must fit new systems around operations that cannot simply stop. In Brazil and the United Arab Emirates, which posted about USD 808 million and USD 377 million respectively in 2025, success depends more on local financing, phased rollouts, and nearby integration support.
A Fragmented Field
Despite the headlines, no one dominates. The five largest suppliers, KION, Daifuku, TGW Logistics, SSI Schaefer, and Honeywell, together held just 22.2% of 2025 revenue, with KION in front at 7.9%. Customers assemble their own mix of storage, robotics, sorting, and software, which keeps the field wide open for specialists and newcomers such as Locus Robotics, GreyOrange, and Symbotic.
Recent deals show where the competition is heading. Siemens and KION announced a digital-twin partnership in April 2026 for simulating warehouse processes before building them. DHL Supply Chain reported more than 8,000 collaborative robots in service worldwide and plans to extend a robot-coordination platform from 30 sites to over 100. Otto Group, meanwhile, is working with NVIDIA and Reply on a coordination layer for 120 logistics locations. Each of these is about reducing the friction between a clever idea and a working warehouse.
What Could Slow Things Down
Automation is not a free lunch. Upfront costs are high, and a system sized wrongly for real demand can disappoint even if it works perfectly. Legacy software is another headache, because plugging robots into old warehouse and ERP systems takes careful data work. Retrofit sites, which cannot shut down for a big cutover, feel this most. Expect modular, step-by-step projects to win over all-at-once overhauls.
The Bottom Line
The next decade of logistics automation will not be defined by who builds the fastest conveyor. It will be defined by who makes many different machines, systems, and people work as one operation. For businesses, the practical advice is to start with the bottleneck that hurts most, insist on systems that integrate cleanly, and plan for the workforce transition. The money is heading toward that kind of automation.
Source: https://www.gminsights.com/industry-analysis/logistics-automation-market