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Scary New Auto Theft Method: Indictments Handed Down

Written by CarPro | Apr 29, 2026 4:54:39 PM

A high-tech auto theft ring capable of stealing vehicles in less than a minute has been dismantled, federal authorities said, highlighting how quickly car theft has evolved in the digital age.

On April 22, U.S. Attorney for the District of Columbia Jeanine Pirro announced a 15-count federal indictment against five men accused of operating a sophisticated, multi-state vehicle theft operation targeting cars in Washington, D.C., Maryland and Pennsylvania.

Prosecutors say the group used advanced electronic tools to bypass traditional vehicle security systems. Rather than smashing windows or hot-wiring ignitions, the suspects allegedly used a device—commonly known in the industry as an “Autel”—to access a vehicle’s onboard diagnostics port and reprogram its computer system. That allowed them to create a new key fob on the spot and drive away.

 
Vehicle thefts were carried out using On-Board Diagnostics II devices that enable them to reprogram cars to accept previously blank key fobs. The above OBD2 device was recovered from a stolen vehicle in Pennsylvania in February 2025.
Credit: U.S. Attorney's Office District of Columbia.
 

During a press conference, Pirro said the process could be completed in under 60 seconds, with no visible signs of forced entry. “They don’t need keys, and they don’t need hot wiring,” she said. “In under a minute, the car’s brain is rewritten.”

Authorities said the ring targeted a wide range of vehicles, from high-performance models such as Chevrolet Corvettes and Camaros to more common vehicles like the Honda Civic, underscoring that both luxury and mainstream models are vulnerable.

Watch more of the Press Conference  →

Investigators allege the operation was well organized and extended far beyond the initial theft. Once a vehicle was taken, suspects would disable onboard tracking systems, including GPS and Bluetooth connections, to make recovery more difficult. The vehicles were then moved to temporary holding locations—often parking garages—where license plates were swapped out to conceal their identity.

Car transporter in Maryland loaded with several of the recovered vehicles.
Credit: U.S. Attorney's Office District of Columbia.
 

From there, authorities say the cars were transported to major shipping ports, including Baltimore, Maryland, and Savannah, Georgia. The vehicles were reportedly loaded into shipping containers, sometimes disguised as household goods or furniture, and shipped overseas, primarily to Africa, where stolen U.S. vehicles can command high resale prices.

The indictment links more than 20 stolen vehicles valued at nearly $1 million directly to the suspects. However, investigators believe the group may be responsible for more than 100 thefts in the Washington, D.C., area alone, along with dozens of additional thefts in surrounding states. Total losses are estimated to approach $4 million.

Those charged include Jacob Hernandez, David Coby, Dustin Wetzel, Chance Clark and James Young. They face multiple federal charges, including conspiracy, interstate transportation of stolen vehicles and possession of stolen property. Authorities said the investigation is ongoing and additional arrests are possible.

Law enforcement officials say the case reflects a broader shift in how vehicles are stolen. As automakers have improved traditional anti-theft measures, organized crime groups have increasingly turned to exploiting electronic vulnerabilities, particularly in vehicles equipped with keyless entry and advanced computer systems.

Experts note that these types of thefts are often quiet and difficult for owners to detect until the vehicle is already gone. In many cases, there is no broken glass, no alarm triggered and no immediate indication of how the theft occurred.

According to Fox News, authorities recommend several steps to reduce the risk. Storing key fobs in signal-blocking pouches, known as Faraday bags, can prevent thieves from capturing wireless signals. Visible deterrents such as steering wheel locks can also make a vehicle less attractive to thieves, even those using high-tech tools, by adding time and complexity to the theft.

Pirro described the operation as a coordinated international enterprise rather than isolated incidents. For consumers, the case serves as a reminder that modern vehicle theft is no longer just about physical access—it’s increasingly about digital access.