Robotics and automation have been innovating the logistics industry since its conception. From the invention of the conveyor belt to more complex systems like Autonomous Mobile Robots, the benefits of automation and robotics are endless as the industry continues to develop.
This transformation is playing out across warehouses, distribution centers and fulfilment hubs worldwide, and it’s changing how goods move through the system and how humans work with those goods. If you work in logistics, whether running operations, hiring for them, or building a career in the space, understanding where this technology stands will shape your decisions about your future.
At Alexander Daniels Global, we’re experts in recruiting across Industry 4.0 sectors, including robotics and automation, and here we’ll explore the impact of Robotics and Automation on the logistics industry.
The Current Landscape of Automation and Robotics in Logistics
The convergence of AI and physical work is evolving day by day. At a snapshot, the latest independent research the following:
• Warehousing and supply chain operators are among the earliest large-scale adopters of physical AI-driven robots, largely due to labor market pressures.
• Nearly two-fifths (39%) of supply chain leaders now rate robotics and automation’s disruptive impact as significant or greater, up 16 percentage points in a single year.
• There’s been a fivefold increase in logistics robots sold worldwide in six years, from 75,000 to 450,000, with roughly 60% of warehouses planning to raise automation budgets by 20% in 2026.
A single shift at a fulfillment center used to need a few dozen pickers to reach its quota. Today, it might need a handful, plus a fleet of mobile robots or advanced technology to speed up operations. Vendor data indicated that manual picking typically handles 60 to 80 picks per hour, whereas AI-optimized tools and techniques increased this to 120+ picks per hour.
According to the International Federation of Robotics’ World Robotics 2025 report, around 542,000 industrial robots were installed globally in 2024, more than double the figure from a decade ago. Within that, transportation and logistics robots were the single largest category of professional service robots sold in 2024. They accounted for 51% of the total sold, up 14% to nearly 103,000 units.
Operations are also being invested in heavily. For example, DHL recently partnered with Boston Dynamics to increase robotic deployment across its warehouses. The logistics provider has deployed more than 7,500 robots across its network and invested over €1 billion in automation in recent years, with more than 90% of DHL warehouses running at least one automation or digitalization solution.
The hiring data tracks right alongside this rapid rise. Charles Cureton, a Principal Consultant at Alexander Daniels Global, recorded that the demand for Robotics and Automation Engineer roles surged 22% year-on-year. In this ‘hot’-rated category, the fastest-growing specialty sits in Universal Robots and AMR integration.
Why Are Logistics Companies Racing to Automate?
The recognition of building such a workplace that can thrive in this Industry 4.0 age also means acknowledging the talent gaps. According to Descartes, 76% of supply chain and logistics operations report notable workforce shortages, and warehouse operations rank among the hardest hit. Add e-commerce growth and pressures on top, and the infrastructure savors the automation investment.
Timeline of Automation and Robotics Applications in the Logistics Industry
Logistics companies have recognized the need for investment in automation and robotic technology for decades. Automation and robotics allow logistics companies to reduce their reliance on manual labor in warehousing and transit operations and increase the business’s efficiency and profitability.
1950s – Automated Guided Vehicles (AGVs)
Automated Guided Vehicles were developed in the 1950s by Barrett Electronics and are still in use today. Put simply, they are small portable robots that are guided by wires, cameras, radio waves, magnets or lasers. They were originally designed to deliver mail between offices but are now used to transport goods within a warehouse. AGVs have commonly been adopted by the manufacturing industry but are also a key component in warehousing.
As technology has improved over time, laser-guided vehicles have become more common and reliable.
1960s – Automated Storage and Retrieval Systems (ASRS)
Automated storage and retrieval systems were introduced in the 1960s as an inventory management solution for warehouse and distribution centers, particularly in the automotive industry. Automated Storage and Retrieval Systems utilize cranes and conveyor belts so that products and parts can be automatically stored and retrieved.
This not only reduced the reliance on manual labor but also meant that products could be stored in a way that saves space.
1970s – Warehouse Management Systems (WMS)
Prior to the 1970s, when computers were scarcely used in the workplace, warehouse inventories and processes were all managed manually. Warehouse management systems were introduced in the 1970s by large retailers like Walmart to automate the tracking of inventory and streamline warehouse processes to increase efficiency.
1980s – Robotic Picking Systems
Robotic Picking Systems first became commonplace in the 1980s when they were designed for handling repetitive tasks such as picking products and moving them to new locations. Early robotic systems lacked flexibility. However, over time, they have evolved and are able to handle more complex tasks.
1990s – Radio Frequency Identification (RFID)
In the 1990s, Radio Frequency Identification was adopted across the logistics industry. Radio Frequency Identification is the process of reading and writing data using radio waves. These RFID devices hold small amounts of data that can be read using an interrogator. By using this process, inventory can be automatically tracked and updated, increasing accuracy.
2000s – Autonomous Mobile Robots (AMRs)
Autonomous Mobile Robots were adopted and developed by Kiva Systems and later acquired by Amazon. They were developed as a more advanced Automated Guided Vehicle. While AGVs have a preprogrammed route, AMRs are able to navigate warehouses autonomously with sensors and software so they can pick and deliver products across teams with ease.
Benefits of Automation and Robotics in the Logistics Industry
There are six benefits that automation and robotics bring to the logistics industry, including improved storage, transportation, order fulfillment, and inventory management.
1. Efficient Operations
Automation and robotics reduce the need for physical labor across the logistics industry. Automated systems such as Autonomous Mobile Robots can pick and transport products much quicker than human workers, resulting in faster order fulfillment.
Robots can also work around the clock, day and night, reducing headcount requirements. The main benefit of automated and robotic systems is that they allow logistics companies to move into 24/7 operations, which allows rapid delivery and processing.
2. Improved Accuracy
The improved accuracy from automated processes reduces the costs of human errors, such as sending the wrong quantity of products or picking the wrong products. Automated processes such as RFID tracking can improve inventory management, leading to more accurate stock counts and more reliable stock ordering.
3. Improved Safety
The improved accuracy from automated processes reduces the costs of human errors, such as automated and robotic processes can reduce the likelihood of workplace injuries. This is because automated processes reduce the need for workers to carry out physically demanding tasks like heavy lifting.
The impact of automated processes can help create a more positive work environment due to a reduction in risk.
4. Increased Scalability
By implementing robotic and automated processes in logistics, businesses can quickly scale operations to meet increased demand, which is particularly beneficial during periods of intense seasonal demand, removing the need to hire temporary staff or increase warehouse space.
5. Improved Efficiency of Warehouse Space
The use of robotics and automated processes allows for more efficient use of space as robots can easily adjust to different sizes and shapes, maximizing the use of space and increasing the storage capacity of the warehouse.
6. Reduction in Carbon Footprint
Utilizing robotics and automated processing not only improves energy efficiency but helps to reduce carbon footprint. This is due to enhanced algorithms that can optimize energy efficiency. By using robotics and automated processes instead of employees, businesses can also make energy-saving reductions, such as reducing lighting and heating.
Can Robotics in Logistics Reduce Labor Costs?
Technically, yes, and there’s industry data to back it up. Companies deploying warehouse robotics commonly report 25% to 30% reductions in labor costs, alongside faster order fulfillment and higher accuracy rates. Repetitive picking and sorting are exactly the tasks these systems handle best. But that saving doesn’t come for free.
The reduction comes from replacing a large number of lower-paid, easier-to-hire roles with a much smaller number of highly skilled, harder-to-hire ones. Robots handle the mundane work, but someone still has to manage them well. And that expertise carries a premium.
Our 2026 Industrial Automation Salary Guide shows:
• Robotics and Automation Engineers earning up to $148,000 in the USA and €108,000 in DACH at senior level, with vision-guided robotics experience adding another 15% to 20% on top.
• Controls Engineers face a 9:1 demand-to-candidate ratio. MES and IIoT Engineers, the specialists who integrate robotics with existing warehouse systems, are the single fastest-growing role in the guide at 29% year-on-year demand.
Robotics was originally introduced to solve a labor shortage on the warehouse floor. IFR data suggests that shortage now runs wider than pickers and packers: shrinking pools of skilled logistics professionals, changes in working regulations and rising workplace-condition standards have all pushed automation forward industry-wide.
Descartes insights show the shortage has moved up the skills ladder. Over half (55%) of supply chain and logistics leaders say knowledge workers, not floor staff, are the hardest roles to fill. It’s a direct result of logistics becoming more technology-enabled.
Robotics in logistics raises the bar for who you need, rather than becoming a workforce replacement.
How Can Alexander Daniels Global Help?
Here at Alexander Daniels Global, we’re industry experts in global robotics and automation recruitment, with offices in Birmingham, London, Berlin and Detroit. So, whether you’re looking for your next role or looking to hire the best robotics and automation talent, get in touch today.
