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Warehouse automation hasn’t made workers safer—it’s just reshuffled the risk, say researchers

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Warehouse automation hasn’t made workers safer—it’s just reshuffled the risk, say researchers


Credit: Unsplash/CC0 Public Domain

Rapid advancements in robotics are changing the face of the world’s warehouses, as dangerous and physically taxing tasks are being reassigned en masse from humans to machines. Automation and digitization are nothing new in the logistics sector, or any sector heavily reliant on manual labor. Bosses prize automation because it can bring up to two- to four-fold gains in productivity. But workers can also benefit from the putative improvements in safety that come from shifting dangerous tasks onto non-human shoulders.

At least, that’s the story employers such as Amazon have—largely successfully—promoted to the public.

In a recent study, Brad N. Greenwood, Dean’s Distinguished Professor at the Costello College of Business at George Mason University, investigated this question: Does automation make warehouse jobs safer? His co-authors include Gordon Burtch of Boston University and Kiron Ravindran of IE University. Their findings, which appear in ILR Review, reveal that the answer depends on how safety is defined.

The researchers distinguish between two types of injuries: severe and non-severe. Severe injuries include broken bones, traumatic falls, and other incidents that cause employees to miss work. Non- include sprains, strains, and repetitive motion problems, often leading to reassignment or light-duty work, but not missing work.

The findings showed that robots do seem to reduce severe injuries. In robotic fulfillment centers (FC), tasks like heavy lifting and long walks are handled by machines, reducing workers’ exposure to physical hazards. The researchers found a meaningful drop in the number of severe injuries in these facilities.

However, the overall picture is not so clear. In the same robotic warehouses, the researchers observed a sharp increase in non-severe injuries, especially during high-demand periods such as Amazon Prime Day and the winter holidays. The robotic fulfillment centers experienced a 40% decrease in severe injuries but a 77% increase in non-severe injuries compared to traditional centers.

To better understand their results, the researchers also analyzed thousands of online posts from Amazon warehouse workers.

“There was an immediate and obvious discrepancy in opinion, based on whether their fulfillment center was roboticized or not,” says Greenwood.

Humans working alongside robots described their daily experience as “not physically exhausting” and “better than working at a legacy FC.” However, they also reported being expected to meet much higher performance metrics than their counterparts in non-automated FCs—amounting to a two-to-three-times higher “pick rate” in some cases. The faster pace of the human/robot dance was accompanied by a far more repetitive work routine that induced burnout in some workers, while causing others to “zone out.”

This dual reality—robots reducing some injuries while exacerbating others—has serious implications. For employers, simply introducing automation is not enough. Without careful job design, task rotation, and realistic performance goals, the shift to robotics can create new health and safety risks.

“Companies have bottom-line reasons to take this issue seriously. Beyond simple issues of liability, there is a cost to the firm of workers being unable to perform their duties,” says Greenwood.

Traditional safety metrics often focus on injuries that result in lost workdays. But as the nature of work changes, this approach may miss more subtle forms of harm. Chronic, repetitive injuries may not lead to time off, but they still decrease worker well-being and performance.

Looking ahead, Greenwood and his colleagues plan to explore how these trends play out over longer timeframes and in other industries. As robots become more common in fields like manufacturing, retail, and health care, similar patterns may emerge. The researchers hope their findings will help inform both corporate and public policy, ensuring that the future of work is not only more efficient but also humane.

“That isn’t to deny that warehouse robotics benefits workers,” Greenwood explains. “But we need to think more carefully about how to use them, and what that means for the humans they work with.”

More information:
Gordon Burtch et al, Lucy and the Chocolate Factory: Warehouse Robotics and Worker Safety, ILR Review (2025). DOI: 10.1177/00197939251333754

Citation:
Warehouse automation hasn’t made workers safer—it’s just reshuffled the risk, say researchers (2025, August 28)
retrieved 28 August 2025
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These $500 Windows Laptops Show That the MacBook Neo Has Serious Competition

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These 0 Windows Laptops Show That the MacBook Neo Has Serious Competition


Today, Apple announced its new budget MacBook. At $599, it looks seriously impressive. While I haven’t tested its performance, battery life, or display just yet, it may end up being hard to beat at that price based on some of the specs alone.

But that doesn’t mean the competition isn’t there. I want to recommend a couple of Windows laptops deals that offer various advantages over the MacBook Neo, showing where the Neo has both strengths and weaknesses.

First, check out this Asus Vivobook 14, a laptop I’ve been happy to recommend as a budget computer for the past year. In many ways, this is the Windows version of a laptop like the MacBook Neo. It uses a highly-efficient ARM chip, the Qualcomm Snapdragon X, meaning it gets great battery life and performs admirably in daily tasks. It’s not quite as thin or light as the MacBook Neo, but it’s fairly portable for a laptop at this price.

Asus

Vivobook 14 (X1407QA)

Unlike the MacBook Neo, the Vivobook 14 comes with 16 GB of RAM and 512 GB of storage. That’s twice what you get in the MacBook Neo’s starting configuration. Right now, this configuration of the Vivobook 14 is on sale for $539. That’s a killer deal for those specs. It even comes with a healthier mix of ports, including HDMI, two USB-A, one USB-C, and a headphone jack. That also means it can support two external displays unlike the MacBook Neo, which can only handle just one.

Don’t get me wrong—I’m not at all saying the Vivobook 14 is a slam dunk over the MacBook Neo. Based on specs alone, I know the Vivobook 14 is a serious step down when it comes to the display. It’s less sharp, stretched across a larger screen, and the color performance isn’t so good. The Vivobook 14 maxes out at 280 nits, whereas Apple says the MacBook Neo can go all the way up to 500 nits. I have a hunch that the MacBook Neo will deliver a much better display in just about every regard.

There’s also the touchpad. It’s a little clunky to use, which is typical of budget Windows laptops. This is just a guess—but the touchpad on the MacBook Neo will likely feel smoother. It’s a mechanical trackpad (unlike the MacBook Air’s haptic feedback trackpad), but Apple has almost never made a bad trackpad.

If you’re not convinced by the Asus Vivobook 14, I’d also recommend the HP OmniBook 5, which is currently on sale for $500 and uses the same Snapdragon X chip. While it only has 256 GB of storage, it has a much better screen than the Vivobook 14, using an OLED display. It’s not any brighter than the Vivobook 14, but it gives you far better color performance and contrast. It’s also just 0.50 inches thick, matching the MacBook Neo exactly in portability.



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Don’t Buy Some Random USB Hub off Amazon. Here Are 5 We’ve Tested and Approved

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Don’t Buy Some Random USB Hub off Amazon. Here Are 5 We’ve Tested and Approved


Other Good USB Hubs to Consider

Ugreen Revodok Pro 211 Docking Station for $64: Most laptop docking stations are bulky gadgets that often require a power source, but this one from Ugreen straddles the line between dock and hub. It has a small, braided cable running to a relatively large aluminum block. It’s a bit hefty but still compact, and it packs a lot of extra power. It has three USB ports (one USB-C and two USB-A) that each reached up to 900 MB/s of data-transfer speeds in my testing. That was enough to move large amounts of 4K video footage in minutes. The only problem is that using dual monitors on a Mac is limited to only mirroring.

Photograph: Luke Larsen

Hyper HyperDrive Next Dual 4K Video Dock for $150: This one also straddles the line between dock and USB hub. Many mobile docks lack proper Mac support, only allowing for mirroring instead of full extension. The HyperDrive Next Dual 4K fixes that problem, though, making it a great option for MacBooks (though it won’t magically give an old MacBook Air dual-monitor support). Unfortunately, you’ll be paying handsomely for that capability, as this one is more expensive than the other options. The other problem is that although this dock has two HDMI ports that can support 4K, though only one will be at 60 Hz and the other will be stuck at 30 Hz. So, if you plan to use it with multiple displays, you’ll need to drop the resolution 1440p or 1080p on one of them. I also tested this Targus model, which is made by the same company, which gets you two 4K displays at 60 Hz but not on Mac.

Image may contain Electronics Hardware Router Modem Computer Laptop and Pc

Kensington Triple Video Mobile Dock.

Photograph: Luke Larsen

Anker USB-C Hub 5-in-1 for $20: This Anker USB hub is the one I carry in my camera bag everywhere. It plugs into the USB-C port on your laptop and provides every connection you’d need to offload photos or videos from camera gear. In our testing, the USB 3.0 ports reached transfer speeds over 400 MB/s, which isn’t quite as fast as some USB hubs on this list, but it’s solid for a sub-$50 device. Similarly, the SD card reader reached speeds of 80 MB/s for reading and writing, which isn’t the fastest SD cards can get, but adequate for moving files back and forth.—Eric Ravenscraft

Kensington Triple Video Mobile Dock for $83: Another mobile dock meant to provide additional external support, this one from Kensington can technically power up to three 1080p displays at 60 Hz using the two HDMI ports and one DisplayPort. It’s a lot of ports in a relatively small package, though the basic plastic case isn’t exactly inspiring.


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Trump’s War on Iran Could Screw Over US Farmers

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Trump’s War on Iran Could Screw Over US Farmers


Global oil and gas prices have skyrocketed following the US attack on Iran last weekend. But another key global supply chain is also at risk, one that may directly impact American farmers who have already been squeezed for months by tariff wars. The conflict in the Middle East is choking global supplies of fertilizer right before the crucial spring planting season.

“This literally could not be happening at a worse time,” says Josh Linville, the vice president of fertilizer at financial services company StoneX.

The global fertilizer market focuses on three main macronutrients: phosphates, nitrogen, and potash. All of them are produced in different ways, with different countries leading in exports. Farmers consider a variety of factors, including crop type and soil conditions, when deciding which of these types of fertilizer to apply to their fields.

Potash and phosphates are both mined from different kinds of natural deposits; nitrogen fertilizers, by contrast, are produced with natural gas. QatarLNG, a subsidiary of Qatar Energy, a state-run oil and gas company, said on Monday that it would halt production following drone strikes on some of its facilities. This effectively took nearly a fifth of the world’s natural gas supply offline, causing gas prices in Europe to spike.

That shutdown puts supplies of urea, a popular type of nitrogen fertilizer, particularly at risk. On Tuesday, Qatar Energy said that it would also stop production of downstream products, including urea. Qatar was the second-largest exporter of urea in 2024. (Iran was the third-largest; it’s also a key exporter of ammonia, another type of nitrogen fertilizer.) Prices on urea sold in the US out of New Orleans, a key commodity port, were up nearly 15 percent on Monday compared to prices last week, according to data provided by Linville to WIRED. The blockage of the Strait of Hormuz is also preventing other countries in the region from exporting nitrogen products.

“When we look at ammonia, we’re looking at almost 30 percent of global production being either involved or at risk in this conflict,” says Veronica Nigh, a senior economist at the Fertilizer Institute, a US-based industry advocacy organization. “It gets worse when we think about urea. Urea is almost 50 percent.”

Other types of fertilizer are also at risk. Saudi Arabia, Nigh says, supplies about 40 percent of all US phosphate imports; taking them out of the equation for more than a few days could create “a really challenging situation” for the US. Other countries in the region, including Jordan, Egypt, and Israel, also play a big role in these markets.

“We are already hearing reports that some of those Persian Gulf manufacturers are shutting down production, because they’re saying, ‘I have a finite amount of storage for my supply,’” Linville says. “‘Once I reach the top of it, I can’t do anything else. So I’m going to shut down my production in order to make sure I don’t go over above that.’”

Conflict in the strait has intensified in the early part of this week, as the Islamic Revolutionary Guard Corps have reportedly threatened any ship passing through the strait. Traffic has slowed to a crawl. The Trump administration announced initiatives on Tuesday meant to protect oil tankers traveling through the strait, including providing a naval escort. Even if those initiatives succeed—which the shipping industry has expressed doubt about—much of the initial energy will probably go toward shepherding oil and gas assets out of the region.

“Fertilizer is not going to be the most valuable thing that’s gonna transit the strait,” says Nigh.



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