Hidden Sources of Retail Loss
When Shrink Starts Behind the Scenes

By the D&D Daily staff

Not every loss prevention challenge begins with a theft.

For retailers, some of the most persistent sources of loss can originate far from the sales floor — inside receiving areas, stockrooms, distribution networks and everyday operational processes.

Inventory can disappear without anyone intentionally taking it. A shipment may be received incorrectly. Merchandise can be damaged but never properly recorded. Products can be sent to the wrong location, counted twice or missed entirely. Returns can be processed incorrectly. Even a simple breakdown in communication between stores, distribution centers and vendors can create inventory discrepancies that become difficult to untangle months later.

That makes operational excellence an increasingly important part of modern asset protection.

For AP teams, the challenge is identifying where those breakdowns occur before they become recurring sources of loss. That can mean reviewing receiving procedures, analyzing inventory adjustments, examining unusually high damage rates or looking for patterns among stores experiencing unexplained shrink.

Technology is making that work easier. Modern inventory systems can give retailers greater visibility into the movement of merchandise from distribution center to store and eventually to the customer. Analytics can also flag unusual discrepancies, allowing AP and operations teams to investigate problems that might otherwise remain hidden until the next physical inventory.

But technology only goes so far. Clear procedures and consistent execution remain critical. Employees need to understand how merchandise should be received, transferred, damaged out and returned — and why accurately completing those processes matters.

The broader lesson is that asset protection isn't simply about stopping someone from walking out the door with merchandise. Sometimes protecting assets means finding the small operational gaps quietly costing the organization money every day.

For today's AP teams, reducing shrink increasingly requires looking beyond individual incidents and examining the entire lifecycle of inventory. Because when merchandise goes missing on paper, identifying exactly where the process broke down can be just as important as knowing where the product went.

 
Green Scorecards and Fatalities:
The Executive Case for Safety Capacity

Lagging indicators show what has already happened, but safety capacity reveals what an organization can do when conditions change unexpectedly.

Every executive recognizes the feeling. The quarterly safety review opens, the dashboard loads, and the indicators glow green. Recordable rates are down. No serious injuries this period. Audit actions are closed on schedule. Around the table, shoulders relax. The system appears to be working.

Green scorecards are reassuring, but they are incomplete. Lagging indicators describe what has already happened under the conditions that existed. They say very little about what an organization is capable of when conditions shift, when the unexpected arrives, or when the next decision carries a risk no one anticipated. That gap between measured performance and underlying capability is where most serious events quietly incubate while the numbers still look good.

The discipline that closes the gap is safety capacity.

Safety capacity is an organization’s latent ability to keep people safe when reality departs from the plan. Performance tells you how the system did. Capacity tells you what the system can do. The two are related but not the same, and confusing them is one of the most expensive errors leadership teams can make. A plant can post its best safety numbers in a decade in the same year its capacity is eroding. The scorecard will not warn you. The signals will, if you know where to look.

Capacity reveals itself across four dimensions: Prevention, Recovery, Leadership, and Ownership. Each dimension sends either a weak or a strong signal. Executives who learn to read the difference gain foresight that a typical safety dashboard cannot give them. ehstoday.com


Largest Retail Tariff Refund Yet
Here’s how Walmart is using $2.9B in tariff refunds
Walmart says its $2.9 billion tariff refund is going toward lowering prices for shoppers. The retailer said Thursday it delivered more than 11,000 rollbacks — temporary price cuts — across its U.S. business in the second quarter, up from 7,200 in the first quarter.

“We’re investing heavily in price because customers need us to and because we believe it drives market share gains over time,” Walmart CEO John Furner said during the company’s earnings call.

John David Rainey, Walmart’s chief financial officer, said the company has received “substantially all” of the $2.9 billion in tariff refunds it was eligible for and is directing the money toward “customer experience” and “price leadership,” with an emphasis on grocery and general merchandise.

Walmart’s nearly $3 billion tariff refund is the largest reported by a U.S. company since the government began returning money after the Supreme Court struck down a broad swath of President Donald Trump’s import taxes.

Court filings show the government had paid out roughly $100 billion in tariff refunds by the end of July. woodtv.com


Who Benefits Most from AI Jobs?
AI Jobs Are Booming for Gen Z, Not Everyone
Artificial intelligence has not been around long enough to reward seniority the way most fields do, and that gap is starting to show up in who gets hired.

Generation Z accounted for 69% of new hires for two of the highest-paying individual contributor roles in AI in 2025, forward-deployed engineers and AI engineers, The Wall Street Journal reported Tuesday (Aug. 18). The median annual salary is $199,000 for a forward-deployed engineer and $166,000 for an AI engineer, according to LinkedIn research published in August.

Millennials, by contrast, dominated the layer just above that, claiming 60% of new “head of AI” roles in 2025, the WSJ reported, a role that pays a median annual salary of $236,000, per the LinkedIn research.

“Companies are just gorging on AI talent,” said Kory Kantenga, LinkedIn’s head of economics for the Americas, CBS News reported April 16.

The split compresses a career timeline that has traditionally taken a decade or more. A company hiring for AI engineering roles is not primarily rewarding years of institutional tenure. It is rewarding hands-on technical fluency with a technology that barely existed five years ago, giving some young workers leverage against colleagues. pymnts.com


Worse Than the Dot-Com Crash?
How the AI bubble will burst

The AI bust is going to be even more damaging than the dot-com crash.

As often happens in the early buildout of a new technology, a fierce argument is raging about whether the AI spending boom is a rational investment or a speculative bubble. The answer, very likely, is… both.

AI will radically change the economy and society — just as the internet, computers, cars, trains, canals, electricity, and other technologies did. And… Much (most?) of the money being invested right now will probably be lost — just as much of the money invested early in the prior booms was.

The early AI boom will likely end the way most prior eras have ended — with a gigantic bust that clobbers the first wave of companies and investors, followed by a long boom that helps build huge new companies and transforms the way we live. businessinsider.com


In off price, Ross is the new boss

UK retail sales volumes drop 0.5% in July following June surge


Last week's #1 article --

Stopping the Cart, Not the Person
How Cart-Based Technology Is Helping Retailers Stop Pushout Theft While Reducing the Need for Confrontation

As retailers look to reduce confrontation, cart-based technology offers another way to address pushout theft while keeping merchandise inside the store

By the D&D Daily staff

As we wrote about earlier this week in the D&D Daily, one of the biggest challenges in retail loss prevention is stopping theft without creating a more dangerous situation in the process.

Pushout theft illustrates that challenge particularly well. An offender can load a shopping cart with unpaid merchandise and attempt to walk directly out of the store, leaving employees with a decision about whether — and how — to respond.

Increasingly, technology is giving retailers another option: stop the cart instead of confronting the person pushing it.

Cart-based pushout prevention systems are designed specifically for that purpose. Gatekeeper Systems' Purchek technology, for example, uses its SmartWheel technology to prevent unauthorized carts containing unpaid merchandise from being pushed out of the store.

Rather than identifying or physically stopping an individual, the technology focuses on the shopping cart. When the system determines that a cart has not met the criteria for an authorized exit, the cart can be disabled at the door, keeping the merchandise inside the store.

It's a relatively simple idea with potentially important implications for LP teams.

Preventing the cart from leaving can interrupt the theft while reducing the need for an associate to physically confront, chase or apprehend the individual. In many cases, the goal becomes merchandise protection without escalating the encounter.

The technology can also be paired with additional intelligence capabilities. Gatekeeper offers Theft Intelligence Services that use event-based video from pushout incidents to help retailers classify events, identify theft trends and investigate potential repeat or organized retail crime activity.

Technology alone won't eliminate retail theft, and pushout prevention addresses one particular method of stealing rather than the broader shoplifting problem. But it represents an important direction for modern loss prevention: finding ways to intervene in the theft itself without necessarily intervening with the person.

As retailers continue balancing shrink reduction with employee and customer safety, sometimes the most effective intervention may be the one that stops the merchandise at the door.

   Learn more about Gatekeeper's solution here.