Read Hayes

Research Scientist University of Florida

  • Gainesville FL

Read Hayes' research team aims to better protect vulnerable people and places from crime victimization.

Contact

University of Florida

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Biography

Read Hayes is a research scientist/criminologist and director of the Loss Prevention Research Council (LPRC). The LPRC includes over 70 major retail chains and 100 solution/tech partners. The chains and partners work together year-round in VR and sim labs with scientists and practitioners to increase safety and stability by reducing theft, fraud and violence via better process and smart technologies.

Areas of Expertise

Active assailant shooter
Artificial Intelligence
Burglary
Fear of crime
IoT
Looting
Mass robs
Organized retail crime
Robbery
Shoplifting

Media Appearances

From fighting shoplifting to pioneering gene therapies, the startups in this accelerator are on the front lines of “super creativity”

Forbes  online

2022-11-20

When it comes to studying the nation’s shoplifting epidemic, Richelle Ross and Diego Rodriguez have a front-row seat. Working under the guidance of Read Hayes, a research scientist and criminologist at University of Florida, they are part of the Loss Prevention Research Council.

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Open houses and sticky fingers

The New York Times  online

2022-05-20

When my grandmother passed away in 1981, my mother, the executor of her estate, oversaw the selling of her one-bedroom apartment on 72nd Street and Third Avenue. Doyle, the New York-based appraising company, assessed her furnishings, and her personal and sentimental belongings were removed.

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As retail crime evolves, this team stays one step ahead

Explore Research at the University of Florida  online

2022-04-25

In a 360-degree immersive simulation lab, floor-to-ceiling projections recreate retail environments that allow research scientist Read Hayes and his collaborators to test new security interventions before they appear at a store near you.

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Social

Articles

Human mobile robot interaction in the retail environment

Scientific Data

Yuhao Chen et. al

2022-11-04

As technology advances, Human-Robot Interaction (HRI) is boosting overall system efficiency and productivity. However, allowing robots to be present closely with humans will inevitably put higher demands on precise human motion tracking and prediction. Datasets that contain both humans and robots operating in the shared area are receiving growing attention as they may facilitate a variety of robotics and human-systems research.

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Testing the effectiveness of anti-theft wraps across product types in retail environments: a randomized controlled trial

Journal of Experimental Criminology

Read Hayes et. al

2019-07-17

Anti-theft wire-wraps were tested on three high-theft product categories (cordless electric drills, weight loss supplements and skincare products) in retail stores to estimate protective effects across product categories. This study sampled 56 retail locations, stratified into high, medium and low-inventory loss (also referred to as shrink or shrinkage) stores. Treatment was assigned randomly within strata to retail locations.

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Situational determinants of enhanced public view monitor (ePVM) noticeability in retail environments: a randomized controlled trial

Security Journal

Stuart Kenneth Strome et. al

2018-02-27

External theft is a pervasive phenomenon, resulting in billions of dollars of lost revenue for US retailers each year (in: Retail Knowledge, Retail Fraud Survey, 2015, Volumatic, Norwich, 2015). As retailer competition continues to stiffen, and profit margins decrease, retail loss practitioners have turned to situational crime prevention (SCP) techniques to proactively mitigate shoplifting.

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Media

Spotlight

3 min

As holiday shopping season nears, UF experts warn retail theft is growing more sophisticated

With the busiest shopping season of the year approaching, new findings from the National Retail Federation’s Impact of Retail Theft and Violence 2025 report — developed by the University of Florida’s SaferPlaces Lab and the Loss Prevention Research Council — show retailers are facing increasingly complex and technology-driven threats. UF researchers say early preparation, better data and stronger collaboration will be essential as stores brace for heavier foot traffic and heightened safety risks. Despite public reports that retail theft is decreasing, Read Hayes, Ph.D., a UF research scientist and director of the LPRC at UF Innovate, said retailer surveys tell a different story: Incidents of shoplifting, organized retail crime, online fraud and other external theft continue to rise, even as some law enforcement statistics appear flat or declining. The gap, he said, reflects how much crime goes unreported or unrecorded. “Retailers have always had a difficult time reporting much of their crime, and if you look only at police data, like calls for service or arrests, it can look like retail crime is flat or even slightly down,” he said. “But when we survey retailers, who are the actual crime victims, they consistently report year-over-year increases in theft and violence.” Criminal groups are also becoming more sophisticated. Hayes said offenders are increasingly using technology to defeat protective systems, disrupt cameras and identify vulnerable stores. They also rely heavily on social media platforms such as TikTok and Reddit to coordinate attacks and share tactics. “It’s a little disconcerting how much criminals rely on social media now to scout stores, map out easy targets, learn from each other or just plain brag about how they did it,” he said. LPRC scientists monitor social media signals to help retailers and law enforcement understand emerging threats — not in real time, Hayes said, but to help build best practices organizations can use to defend themselves. Criminals continue to focus on high-demand items such as branded apparel and footwear, prompting retailers to rethink how those products are displayed and secured. Hayes said many companies are testing new approaches to better protect vulnerable merchandise without driving customers away. One example is automated self-service systems for locked items, where customers can retrieve a product by having a code sent to their phone without waiting for a store employee. Safety remains retailers’ top concern, Hayes said. LPRC’s latest report, developed in collaboration with the security technology company Verkada, found that frontline retail workers report feeling less safe than ever, a trend that typically intensifies during the holiday rush. Rising incidents of in-store violence, limited law enforcement support in some areas and increased guest-related confrontations are pushing retailers to reassess how they protect both employees and customers. “Nothing is more important than protecting the frontline retail associates who keep this industry running,” Hayes said. “This report helps reinforce what retailers need to do to ensure those workers feel safe.” LPRC teams are also studying ways to improve safety beyond store walls, testing parking lot technologies, including license plate readers and flashing deterrent systems designed to discourage potential offenders and reassure law-abiding shoppers. At the federal level, Hayes said he and partners across the country are urging Congress to pass a bill to address organized retail crime and establish a centralized platform for reporting retail theft threats. As the holiday season approaches, Hayes said the need for evidence-based solutions has never been clearer. “Retailers are under pressure to keep their stores safe, welcoming and competitive,” Hayes said. “The more we can understand offender behavior, customer expectations and emerging technologies, the better we can help retailers, communities and law enforcement reduce harm.” The LPRC, headquartered at UF Innovate, brings together more than 200 major retailers, technology companies and public safety agencies to conduct research that strengthens store safety, reduces loss and enhances the customer experience.

Read Hayes