FBI Warns Enterprises: Hackers Are Systematically Hijacking Freight Operations to Steal Cargo at Scale

The FBI issued a formal advisory on April 30, 2026 confirming that criminal enterprises are using cyberattack techniques to systematically compromise freight brokers and carriers, exploiting that access to steal high-value cargo and in some cases hold it for ransom. The advisory formalises a threat pattern that cybersecurity firms and freight industry bodies have been documenting since at least 2024, and it arrives as cargo theft losses surpassed $725 million globally in 2025, a figure representing a 60% increase in loss value over 2024. A critical data point from Verisk CargoNet contextualises that figure further: while the value of stolen cargo rose by 60%, the number of incidents rose by only 18%. Thieves are not simply stealing more often. They are stealing more selectively, concentrating operations on higher-value loads including electronics, copper, and high-demand consumer goods where returns per successful theft are substantially larger. For brokers and carriers handling those categories, the risk profile is materially elevated above the industry average.

Traditional physical cargo theft has not disappeared, but it is being rapidly supplemented and in some segments replaced by cyber-enabled operations that are more scalable, harder to attribute across jurisdictions, and capable of targeting multiple shipments simultaneously.

For logistics and supply chain enterprises operating across the GCC, a region handling a substantial proportion of global trade through major ports including Jebel Ali in Dubai, Khalifa Port in Abu Dhabi, and King Abdulaziz Port in Dammam, this advisory is directly relevant. The attack methodology the FBI has documented relies on the same digital freight platforms, the same email-based communication workflows, the same load board systems, and the same broker-to-carrier trust relationships that regional freight enterprises use as the operational foundation of their businesses every day.

The Complete Attack Chain the FBI Has Documented

The FBI advisory describes a multi-stage operation that begins with a targeted phishing email sent to a freight broker. Unlike opportunistic phishing campaigns that cast a wide net and rely on volume for success, these emails are crafted to resemble routine business communication, typically structured to look like a standard shipping request, a routine complaint from an existing customer, or a carrier inquiry that a broker would expect to receive in the normal course of operations. The email contains a link pointing to a malicious website purpose-built to deliver malware and remote access tools. Once a broker employee clicks the link and the malware executes, the attacker obtains complete control over the broker's internal systems, including its freight management software, email accounts, financial records, and access credentials for load board platforms.

With control of the broker's systems established, the attacker moves to the second phase: abuse of trucking load boards. Load boards are the digital platforms where shippers and freight brokers post available freight loads and where carriers search for and bid on available jobs. They are the operational backbone of the spot freight market, and platforms such as DAT Freight and Analytics handle billions of dollars in freight assignments annually across hundreds of thousands of registered users. Using the compromised broker's authenticated account and identity, attackers post fraudulent load listings to lure legitimate carriers into engaging with them. When carriers respond to these fraudulent listings, they are directed to download documents or forms that contain additional malware, giving the attacker access to the carrier's systems and enabling the theft of carrier identity credentials, insurance documentation, and operating authority records that will be used in subsequent phases.

The third phase involves identity theft and verification fraud at a level of sophistication that specifically targets the verification mechanisms the freight industry relies on to confirm carrier legitimacy before assigning shipments. Using stolen carrier credentials, attackers bid on real, high-value shipments through legitimate load boards and established broker relationships. To overcome carrier verification checks, they go beyond presenting stolen documents. The FBI confirmed that attackers are directly accessing government databases such as those maintained by the Federal Motor Carrier Safety Administration used by the freight industry to verify carrier status, and are updating those records with attacker-controlled contact information, insurance details, and operational data. This means that a broker performing a standard carrier verification lookup against a federal database receives attacker-controlled information rather than the legitimate carrier's actual records. The fraudulent carrier passes all verification checks because the verification database itself has been compromised and updated, not because the verification check failed to run.

Once an attacker wins a contract for a legitimate, high-value shipment, the final phase begins. The cargo is picked up by a driver working for the attacker rather than the legitimate carrier. An important nuance documented by the FBI is that drivers at this stage are frequently partially unwitting. Many believe they are working a legitimate job arranged through normal channels and are unaware that the carrier identity their dispatcher used was stolen. This has a direct operational implication for warehouse and loading dock managers: verifying the digital credentials of the carrier company is no longer sufficient at the point of pickup. The driver's identity should be independently confirmed against the specific shipment record through a channel separate from the documentation the driver presents, since that documentation may have been generated using fraudulent carrier credentials that passed all upstream verification checks.

The shipment is typically cross-docked or transloaded immediately after pickup, meaning it is transferred from the initial pickup vehicle to a different vehicle or facility operated by a complicit party within hours of collection. This transloading step is the point at which recovery becomes significantly harder. Once cargo has changed hands and vehicles even once, tracking continuity breaks and the probability of recovery drops sharply. Goods are subsequently sold through black market channels, often across jurisdictional lines that further complicate law enforcement recovery and reduce the probability of seizure. In a documented subset of cases, attackers hold the cargo in an undisclosed location and demand ransom payment from the original broker in exchange for revealing where the goods are being held, adding a financial extortion dimension on top of the physical theft.

Why the GCC Logistics Sector Is a High-Value Target

The GCC's position in global trade makes its logistics sector specifically attractive for the kind of cyber-enabled cargo theft the FBI has documented. The UAE is one of the world's largest re-export hubs, with DP World's Jebel Ali functioning as a critical transit point for goods moving between Asia, Africa, Europe, and the Americas. Saudi Arabia is one of the world's largest importers of consumer goods, industrial equipment, and food products, and its Vision 2030 economic diversification programme is actively expanding logistics infrastructure and digital freight platforms across the Kingdom. Qatar, Kuwait, and Bahrain operate significant freight volumes through their own port facilities and are deeply integrated into global shipping and air freight networks.

The freight operations connecting these economies to global supply chains rely on exactly the same digital infrastructure that the FBI's advisory identifies as the attack surface for cyber-enabled cargo theft. Load board platforms used by GCC-based brokers and carriers are internationally connected to the same systems used in the markets the FBI has documented as targets. Freight management software deployed across the region is the same software used by brokers and carriers globally. The email-based communication workflows that form the day-to-day operational fabric of freight brokerage are universal.

There is a specific risk factor related to the cross-border nature of GCC trade that compounds the general threat. When cargo is stolen through cyber-enabled means and rapidly transloaded across jurisdictional boundaries within the GCC or between GCC states and neighbouring markets, the multi-jurisdictional nature of the theft complicates both law enforcement response and cargo recovery. Attribution across multiple border crossings and ownership handoffs is inherently complex, and recovery rates for cargo that has been transloaded even once drop significantly. This makes prevention substantially more important than recovery for regional logistics enterprises, since the window for intervention after a successful theft is narrow.

From a regulatory standpoint, the UAE Cybersecurity Council addresses supply chain and logistics sector cybersecurity as a component of national economic security. SAMA operational risk frameworks for Saudi enterprises engaged in logistics finance and trade settlement address the cyber risks associated with freight and supply chain operations. For logistics firms operating in Saudi Arabia specifically, the National Cybersecurity Authority Essential Cybersecurity Controls provide the most directly applicable compliance framework. The ECC addresses access control, incident management, and third-party risk in ways that map directly onto the attack vectors this advisory documents. Enterprises that can demonstrate ECC-aligned controls across their freight management platforms, load board accounts, and carrier verification workflows are substantially better positioned both operationally and from a regulatory standing. The FBI advisory now provides formally documented threat intelligence that enterprise risk assessments aligned to NCA, UAE cybersecurity frameworks, and SAMA operational risk requirements should incorporate directly.

The Indicators the FBI Has Published

The FBI advisory includes specific indicators that logistics enterprises can use to determine whether they are being targeted or have already been compromised. These indicators are actionable by security and operations teams without specialist tools.

Unexpected contact about unauthorised shipments is among the most direct indicators. If a broker receives communications about a shipment that does not correspond to any job it has posted or accepted, this may indicate that a compromised carrier identity associated with the broker is being used to bid on or pick up loads without the broker's knowledge, or that the broker's own systems have been used to post and accept jobs the broker did not initiate.

Suspicious email addresses in carrier or shipper correspondence represent a consistent indicator across documented cases. Attackers frequently use email addresses that closely resemble legitimate carrier or shipper addresses but with minor domain variations, character substitutions, or additional strings that are easy to miss when reviewing high volumes of routine correspondence. Any anomalous sender address in load confirmations, carrier agreements, and payment instructions warrants careful review before any action is taken.

Requests to download documents, forms, or rate confirmations via shortened URLs or links that redirect through URL shortening services are a documented red flag. Legitimate freight documents are sent as direct attachments or through established, known platforms. Dynamically generated shortened links pointing to external download locations are not a standard industry practice and should be treated as suspicious regardless of the pretext accompanying them. CISA has published broader guidance on recognising socially engineered communication of exactly this kind.

The discovery of unauthorised email forwarding rules or auto-deletion rules in broker or carrier email accounts is one of the highest-confidence indicators of an account that has already been compromised and is under active attacker control. When an attacker gains access to an email account, configuring forwarding rules that copy all incoming mail to an attacker-controlled address and auto-deletion rules that suppress certain categories of alerts or replies is a standard persistence technique. The existence of rules the account owner did not configure is a strong indicator of compromise that warrants immediate incident response, not routine troubleshooting. This is a check that requires no specialist tools: reviewing configured email rules in any standard email client takes minutes and can surface active attacker persistence that no other monitoring would detect.

Discrepancies between carrier contact information on file and the information appearing in current correspondence should be investigated specifically in light of the FBI's documentation of attackers directly manipulating federal carrier database records. A mismatch between database records and information provided directly by the carrier should now be treated as a potential indicator of database manipulation rather than a routine data error.

Immediate Security Controls for Logistics Enterprises

Enterprise security and operations teams at freight brokers, carriers, and logistics service providers should prioritise three areas of control in response to this advisory.

Email security controls on broker-facing inboxes are the primary prevention mechanism for the initial access phase of this attack chain. Implementing or verifying enforcement of email authentication standards including SPF, DKIM, and DMARC reduces the risk of inbound spoofing. Deploying anti-phishing controls capable of detecting socially engineered messages that carry no malware and pass all standard authentication checks addresses the specific email category used in the documented attack. Conducting phishing simulation exercises using freight and logistics-specific pretexts that reflect the actual scenarios documented in the FBI advisory provides employees with contextual recognition training rather than generic phishing awareness.

Load board account security requires specific attention that many logistics enterprises have not yet applied. Multi-factor authentication should be enforced on all load board platform accounts without exception. CISA's guidance on MFA implementation provides a practical starting framework applicable to any platform requiring authenticated access. Account activity should be monitored for anomalous behaviour including unusual login times, logins from new geographic locations or IP addresses, and the posting of loads during hours or from locations inconsistent with the account owner's normal operational patterns. Any load board platform that does not support multi-factor authentication should be flagged as a security risk in vendor assessments and alternatives should be evaluated.

Carrier verification workflows need to be redesigned against the specific threat of federal database manipulation that the FBI has documented. Any verification process that relies solely on automated lookups against federal carrier databases without secondary confirmation through direct contact with the carrier using independently verified contact information is now known to be vulnerable. Out-of-band verification, meaning confirmation through a separate channel not initiated through information provided by the carrier being verified, should be incorporated into the standard workflow for all high-value shipment assignments. And as noted above, that verification must extend to the point of physical pickup. Confirming the driver's identity against the specific shipment record through an independent channel, separate from any documentation the driver presents at the dock, closes the gap that partially unwitting drivers represent in the attack chain.