Skip to main content
    Matilda Technologies
    Back to Blog
    Industry Insights8 min read

    Freight Fraud: How Thieves Steal Loads Without a Lock

    Roman ReynebeauRoman Reynebeau|Founder, Matilda Technologies|
    Freight Fraud: How Thieves Steal Loads Without a Lock

    For most of the last decade, cargo theft meant someone physically taking freight. A trailer stolen from an unsecured lot. A container pilfered overnight. Physical crime with physical defenses: fences, locks, cameras, and guards.

    That version of cargo theft still exists, but it is not the part that's growing. The surge is in fraud. The problem is now big enough that it's mainstream news: the Washington Post, the Wall Street Journal, and 60 Minutes have all covered the wave of organized cargo crime hitting U.S. supply chains.

    Although overall U.S. cargo theft declined year over year in the first quarter of 2026, the first drop since 2021, deceptive pickup schemes jumped 31% in the same quarter. Verisk CargoNet data shows roughly a quarter of all cargo theft incidents now fall into cyber-enabled categories: fictitious pickups and fraud. The criminals aren't cutting locks anymore. They're walking through the front gate. Some never set foot on the property at all, rerouting freight from a laptop hundreds of miles away.

    What is freight fraud?

    Freight fraud is cargo theft by deception rather than force. Instead of stealing a loaded trailer, criminals pose as a legitimate carrier and are handed the freight by the shipper's own staff. The load leaves the facility on what looks like a normal, scheduled pickup. By the time anyone realizes the pickup was the theft, the freight is long gone.

    The industry uses a few overlapping terms for this. Cargo fraud. Strategic cargo theft. Deceptive pickup. Fictitious pickup. Identity-based theft. They all describe the same core move: someone who isn't a legitimate carrier convinces your gate that they are.

    How do fictitious pickups work?

    A fictitious pickup is the most direct version of the scheme. A driver arrives at the shipper's facility claiming to be from the carrier assigned to the load. He has a name, a truck, and paperwork that looks right. Sometimes the credentials are forged. Sometimes they are genuine, pulled from a real carrier's hijacked accounts. Either way, nobody challenges his identity. He signs, hooks up, and drives away with the shipment.

    The setup work happens before the truck ever arrives. Organized groups obtain load details through compromised broker accounts, insider information, or digital freight platforms. They clone the identity of a legitimate motor carrier, sometimes going as far as altering the carrier's contact information in the FMCSA database so that verification calls route to the criminals themselves. Highway's freight fraud data recorded 149 unauthorized FMCSA contact changes in a single quarter of 2025. When the broker calls the number on file to confirm the carrier, they may be talking to the thief.

    These are not opportunists. They operate in organized teams with defined roles, and they know how shipping facilities work. They succeed because the check-in process at most gates was designed to move trucks through quickly, not to catch a professional impersonator.

    Not every variant involves a fake driver. In some schemes, including several high-profile cases covered on national news, the driver is real and unwitting. In these cases, a fraudulent company wins the load through legitimate channels, hires an innocent driver, and redirects the delivery after pickup. No single control stops every variant. Vetting carriers at booking is the defense against fraudulent companies winning loads. Verifying identity at the gate, including whether the arriving carrier's SCAC is valid and matches the appointment, is the defense against impersonation. Facilities need both, and most today have neither.

    Bill of lading fraud: the theft you don't notice for weeks

    Not every scheme takes the whole load. A quieter variant targets the paperwork itself.

    In a BOL alteration scheme, a paper bill of lading is scanned and modified after pickup to reflect a new piece count, weight, or seal number that matches what remains in the trailer after part of the load has been stolen. A receiving team that reconciles against the purchase order will catch the short. One that checks the freight against the paperwork in hand will not, because the altered BOL and the shorted load agree. Companies often discover the loss weeks or months later, if they discover it at all, usually during inventory reconciliation when the trail has gone cold.

    Paper documents make this possible. A paper BOL can be scanned, edited, and reprinted by anyone who handles it. There is no audit trail, no version history, and no way to prove which copy is the original.

    Who is being targeted?

    Freight fraud follows resale value. Electronics led targeted commodities in Q1 2026 at 17% of incidents, followed by food and beverage at 15% and clothing and footwear at 11%. Pharmaceuticals and high-value consumer goods remain consistent targets.

    Geography is spreading. California and Texas still account for the largest shares of U.S. freight theft, but Illinois doubled its share of national incidents year over year, and Tennessee is climbing. Organized groups are expanding beyond the traditional hotspots and targeting high-volume freight hubs wherever they operate. If your network runs through major distribution corridors, you are in the footprint.

    The common thread among victims is not weak physical security. Guards, cameras, and fences are built to stop intruders, and these schemes never involve one. The truck is expected, the paperwork looks right, and every rule appears to be followed. The common thread is a check-in process that verifies nothing beyond a face and a license.

    Why the facility gate is the failure point

    Every fictitious pickup succeeds or fails at the same place: the moment a driver checks in at the facility gate.

    Walk through what happens at a typical gate today. A driver pulls up. A guard or clerk asks who he's here for, maybe glances at a license, maybe doesn't, and records a name and trailer number, sometimes on a clipboard, often into a WMS. Most gates ask for more than a name: a pickup number, a PO, an appointment reference. But legitimate carriers fumble those numbers every day, so gate staff are used to working around them. A driver with a plausible story and most of the right details gets waved in. The information gets recorded. It doesn't get verified.

    Here is what that process does not do. It does not confirm the arriving carrier is the carrier booked on the appointment. It does not validate that the carrier's identifiers are real and match the load, not even the DOT number painted on the door of the truck sitting at the gate. It does not capture a verifiable record of who picked up what. A guard can compare a license to a face. A guard cannot catch that the "carrier" in front of him was cloned two weeks ago.

    Insurers have noticed. Underwriters and brokers are beginning to ask shippers pointed questions about gate verification procedures at renewal, because fraud losses increasingly fall into gray areas between cargo, crime, and cyber policies. A facility that cannot describe its driver identity verification process is a facility that will have that conversation with its insurer soon, on the insurer's terms.

    What a verified check-in process looks like

    Stopping identity-based theft doesn't require more guards or more cameras. It requires a check-in process that verifies the arriving carrier against the appointment, digitally, every time. In practice that means four checks working together:

    Appointment matching

    Every pickup ties back to a scheduled appointment in the system before a driver is admitted. A truck that isn't expected doesn't get a load. This single step eliminates the walk-up pickup, which is where many fictitious pickups start.

    Driver identity capture

    The check-in process captures the driver's identity electronically: license data, photo, carrier affiliation, and a mobile phone number verified in real time with a one-time code. A phone that passes verification is a live identifier that can often be tied to a real person, and it goes into the record. A fake name on a clipboard costs a criminal nothing. Handing over a phone number that gets verified and logged is a different proposition.

    Carrier cross-verification

    The system confirms the driver's carrier matches the carrier assigned to the load, validating identifiers like the SCAC against the appointment and the carrier's actual credentials rather than a phone number that may have been hijacked. This is the check that catches a cloned carrier, and it is the check almost no manual process performs.

    A tamper-resistant record

    Electronic bills of lading close the paperwork hole. An eBOL cannot be scanned, altered, and reprinted the way paper can. Piece counts, weights, and seal numbers are recorded once, timestamped, and visible to shipper, carrier, and receiver on the same document. A shorted load surfaces at delivery, not at inventory reconciliation three months later.

    Facilities running this kind of digital check-in get a second benefit that has nothing to do with theft: trucks move through the gate faster, detention drops, and there is a clean data trail for every driver who ever entered the yard. Security and throughput are usually framed as a tradeoff. At the gate, they are the same fix.

    Where to start

    You don't need to overhaul your yard to find out whether you're exposed. Start with three questions about your own facilities:

    1. If a driver showed up today claiming to be from your assigned carrier, what would actually confirm he is? Be specific about the check, not the intention. 2. Could your gate staff detect a cloned carrier whose FMCSA contact information had been altered? 3. If a load was shorted and the paper BOL altered to match, how long would it take you to find out?

    If any of those answers is uncomfortable, that discomfort is the answer. Freight fraud is growing precisely because most facilities cannot answer them, and the criminals know it.

    ---

    Matilda Technologies provides digital driver check-in, gate verification, and electronic bill of lading solutions deployed across more than 300 North American facilities. If you want a clear picture of where your gate process is exposed, we offer a gate exposure audit that identifies the gaps in your check-in flow. Reach out to schedule your gate audit today.

    Roman Reynebeau

    Roman Reynebeau

    Founder, Matilda Technologies

    Roman Reynebeau is a software engineer turned founder with nearly two decades of experience building technology for supply chain and fulfillment. Before founding Matilda Technologies, he held leadership roles at Accenture, MacGregor Partners, and Blue Yonder. He was named a Supply & Demand Chain Executive Pro to Know in 2022.

    Related Articles