Modern fleets run on connected systems, so cyber risk is operational risk: when technology goes down, freight slows down. Public filings show real losses, such as Expeditors International of Washington, Inc., reporting $47M in demurrage and $18M in incident-related costs after a targeted cyberattack, and Forward Air Corporation estimating $7.5M in lost LTL revenue after ransomware disrupted customer integrations.
Why Uptime is the Real Security Metric
Trucking and logistics operations do not “pause” gracefully. Dispatch, EDI tendering, driver comms, billing, and tracking are tightly coupled, so a single incident can trigger a cascade of issues: missed pickups, delayed invoicing, unhappy customers, and costly manual workarounds. Cybersecurity is often framed as data protection, but in this industry, the first-order objective is continuity. Keeping loads moving and customer-facing workflows alive even when a system fails is paramount. The cost is not theoretical either; IBM’s 2025 research cites a global average breach cost of $4.4M, and logistics-specific incidents show how downtime translates directly into hard dollars.
What the Last Few Years Proved in Real Operations
In its 2022 annual report, Expeditors disclosed a targeted cyberattack that forced it to shut down most connectivity, operational, and accounting systems globally, leaving the company with limited operational capacity for about three weeks. In the same report, it quantified the operational fallout: $47M in incremental demurrage charges (net of recoveries) tied to downtime and $18M for investigation, recovery, remediation, and related liabilities. This is what “downtime” looks like in logistics: port and shipment friction that quickly turns into unavoidable cost leakage.
Forward Air’s disclosure shows a different but equally common pressure point: customer integrations. In a Form 8‑K, Forward Air stated it lost an estimated $7.5M in LTL revenue, primarily due to the temporary suspension of electronic data interfaces (EDI) with customers following a ransomware incident. That detail matters for fleets of any size: when integrations fail, service failures often show up first in missed tenders, delayed status updates, and billing/disputes, not in the server room.
Vendor Outages and Downstream Disruption are Part of the Risk Model
Fleet technology vendors sit inside compliance and execution workflows, so a vendor incident can become your incident within hours. In September 2023, ORBCOMM confirmed a ransomware attack impacting its FleetManager platform and BT product line; in parallel, the Federal Motor Carrier Safety Administration issued a formal extension allowing drivers using specific Blue Tree ELD models (BT500/BT504) to use paper records until service resumed or a deadline date. When a core vendor goes down, the business impact is not abstract: it can force operational and compliance workarounds across the fleet.
A similar pattern emerged at Estes Express Lines in October 2023, when the United States Coast Guard documented an outage of “core IT infrastructure” that the company later confirmed appeared to be the result of a cyberattack, even as terminals and drivers continued moving freight. And Toll Group reported in its FY21 sustainability report that it experienced two unrelated ransomware incidents in 2020, shut down IT systems immediately, enacted business continuity plans, and prioritized restoring customer-facing systems; serving as an example of containment decisions that intentionally trade short-term convenience for limiting spread.
The Attack Patterns Behind the Headlines
The industry data explains why these incidents keep repeating. Verizon’s 2025 DBIR SMB snapshot reports ransomware was present in 44% of the breaches reviewed, and that the human element remained a major factor at around 60%; it also notes third-party involvement in breaches doubled from 15% to 30%—a direct warning sign for logistics ecosystems built on integrations and providers. Separately, the Internet Crime Complaint Center reported 193,407 phishing/spoofing complaints in 2024, reinforcing that credential theft and social engineering remain high-volume entry points.
Uptime-First Controls that Reduce Downtime Risk
Start with identity, because most operationally devastating incidents begin with access. Turn on MFA for email, VPN, portals, and any account that can access critical systems; then reduce standing admin privileges so that a compromised credential cannot trigger a full-environment outage. Government guidance repeatedly emphasizes MFA, along with vulnerability remediation and patching, as “do this today” mitigations against ransomware, particularly for externally exposed services.
Next, treat visibility and recovery as operational capabilities rather than IT projects. Endpoint visibility (EDR or equivalent) matters because fleets are distributed environments with varied devices. You need fast detection and containment before dispatch, billing, and communications fall over. For recovery, maintain offline/immutable backups and regularly test restores; the joint #StopRansomware guidance stresses tested backups, a recovery plan, and keeping systems patched, while the CISA/NSA/FBI guide emphasizes maintaining and exercising an incident response plan and keeping offline copies available.
A Practical 30-Day Rollout that Doesn’t Slow Operations
Cybersecurity doesn’t have to slow fleet operations when the focus is on protecting the systems that keep freight moving. For many logistics organizations, that starts with reducing exposure. That process looks like securing access, accelerating patching on internet‑facing systems, and improving visibility across endpoints tied to dispatch, billing, and EDI. Just as important is recovery readiness: validating backups, testing restore scenarios for mission‑critical systems and aligning teams around a clear incident response plan that supports continuity during disruption. Vendor resilience also plays an increasingly important role, as third‑party outages and failures increasingly impact operations. With a logistics‑focused IT strategy, trucking companies can reduce cyber risk while maintaining uptime. And when it’s helpful to pressure‑test that approach, PCS is available for a practical, no‑pressure conversation.
