Strictly Confidential — Material Disclosure Under Executed Mutual NDA Only
SECTOR / 18 · LOGISTICS & SUPPLY CHAIN

Logistics & Supply Chain. Everyone's supplier. Therefore everyone's breach surface.

Cyberattacks through the supply chain have increased over 400% in recent years. The 2023 DP World Australia attack created a 30,000-container backlog from a single Citrix Bleed exploit. The 2024 JAS Worldwide ransomware attack disrupted shipment tracking for customers worldwide. KNP Logistics was driven into insolvency by an Akira ransomware attack. PULSE engineers logistics infrastructure in which customer-shipment data and operational-continuity systems are not addressable by an adversary that has compromised the perimeter.

Logistics & Supply Chain — 2024 Threat Profile

Cyberattacks through the supply chain have increased over 400% in recent years. A single freight forwarder's ransomware infection takes down customer-tracking globally for days.

400%
Increase in supply-chain cyberattacks in recent years (Foley & Lardner / Microsoft / CSIS analyses). Logistics, transportation, and supply-chain vendors specifically targeted.
Foley & Lardner / Microsoft / CSIS 2024–25
30,000
Container backlog at DP World Australia ports (Melbourne, Sydney, Brisbane, Fremantle) following the November 2023 cyberattack — three-day suspension of operations from a single Citrix Bleed-class vulnerability.
DP World Australia disclosure
574GB
Internal data exfiltrated from US trucking and logistics firm Ward Transport & Logistics in March 2024 by DragonForce ransomware; allegedly listed on dark-web platforms.
SOCRadar / DragonForce dark-web post
700+
KNP Logistics Group employees laid off following ransomware-driven insolvency in 2023. The Akira ransomware attack drove the UK haulier into permanent shutdown three months after compromise.
KNP Logistics public reports
Threat Landscape

Logistics is everyone's supplier. A single ransomware attack on a single freight forwarder produces consequences across hundreds of unaffiliated commercial customers.

The logistics and supply-chain threat landscape is the threat landscape that compounds every other sector. Logistics operators sit at the structural junction between manufacturers, retailers, governments, and end consumers — and the data, processes, and operational continuity they manage are the connective tissue of the contemporary economy. The threat actors targeting them have understood this for years; the regulatory and architectural responses are only now catching up.

The 2024 incident calendar reads as a catalogue of cascading supply-chain consequence. The August 2024 JAS Worldwide ransomware attack disabled the company's C1 central operations system and customer-facing JAS SmartHub portal for several days — preventing customers globally from tracking shipments in real time, despite the underlying cargo continuing to move. The September 2024 Transport for London (TfL) attack exposed bank account details of approximately 5,000 passengers and required 30,000 employees to attend in-person password resets. The August 2024 Port of Seattle Rhysida ransomware attack disrupted Sea-Tac International Airport for three weeks. The March 2024 Ward Transport & Logistics DragonForce attack exfiltrated 574 GB of internal data. The 2023 KNP Logistics Akira attack drove the UK haulier into insolvency. [01]

A successful cyberattack on a freight forwarder is not a breach of one company's data. It is a breach of every shipper, every receiver, every customs broker, every insurer, and every customer that depended on that forwarder's shipment tracking. The consequence propagates outward at the speed of the supply chain.

The 2017 NotPetya attack on A.P. Moller-Maersk remains the canonical reference for cascading supply-chain consequence at scale. Initially propagating through compromised Ukrainian accounting software, the malware ultimately produced shutdown of 76 Maersk port terminals and disruption to over 45,000 PCs and 4,000 servers, with estimated direct losses to Maersk of USD 300 million. Customer organisations dependent on Maersk-routed shipments absorbed billions in additional consequence. The attack was not aimed at logistics — but logistics absorbed the consequences. [02]

Common Attack Vectors

Logistics-sector attack vectors concentrate in transport-management, freight-forwarding, and distribution-centre systems.

The same vectors recur across investigations: ransomware against shared transport-management systems used by shippers and customers; supply-chain compromise of freight-forwarder portals; phishing exploitation of less-than-truckload carrier dispatchers; vendor-channel compromise propagating into customer-operations data.

VECTOR / 01

Ransomware Targeting TMS / WMS Platforms

Modern ransomware operators specifically target transport-management systems (TMS) and warehouse-management systems (WMS) on which shippers and customers jointly depend. The August 2024 JAS Worldwide attack exemplifies: a single ransomware compromise of a freight forwarder's C1 platform disrupted shipment tracking for customers worldwide. NMFTA reports approximately 90% of trucking-sector hacks originate via phishing and misconfigured networks/devices.

574GB exfiltrated — Ward Transport DragonForce 2024
VECTOR / 02

Vulnerability Exploitation in Edge Infrastructure

The November 2023 DP World Australia cyberattack — affecting 40% of the country's container trade — exploited the Citrix Bleed vulnerability (CVE-2023-4966) to gain initial access. Edge-device exploitation across logistics infrastructure follows the same pattern documented in financial services and manufacturing: patching cadence does not match disclosure cadence.

40% Australian container trade affected — DP World Nov 2023
VECTOR / 03

Multi-Tier Supply-Chain Compromise

The 2017 NotPetya attack via Ukrainian accounting software cascaded through Maersk's entire port infrastructure. The 2024 Cl0p / MOVEit campaign affected freight forwarders and transport operators alongside other sectors. Logistics operates across multi-tier supply chains with thousands of vendors per major operator; compromise propagates downstream rapidly.

76 terminals globally — NotPetya / Maersk 2017
VECTOR / 04

Customer-Cargo and Manifest Data Theft

Beyond operational ransomware, threat actors specifically target the cargo manifest, customs-clearance, and customer-shipment data held by logistics operators. This data has direct value to organised crime (cargo theft targeting), customs-fraud schemes, and competitive intelligence. The 2024 ORBCOMM 70TB SQL leak disclosure on BreachForums exemplifies the resale market.

70TB ORBCOMM data alleged for sale — Nov 2024
Operational and Regulatory Impact

TSA Pipeline. EU NIS2. Australia SOCI. The cybersecurity perimeter of logistics is no longer a private matter.

The US Transportation Security Administration issued cybersecurity Security Directives for higher-risk passenger-rail and rail-transit owner-operators starting in 2022, and has progressively extended these obligations across road-freight, pipeline, and aviation modalities. The CISA Cyber Incident Reporting for Critical Infrastructure Act of 2022 (CIRCIA) — when its final rule takes effect — will impose 72-hour reporting obligations on covered transportation and logistics entities for substantial cyber incidents.

The EU NIS2 Directive (effective 18 October 2024) brings logistics within "essential entity" or "important entity" cybersecurity-governance and incident-reporting obligations, depending on operator size and criticality. The Critical Entities Resilience Directive (CER) imposes parallel physical-resilience obligations.

For Australia, the Security of Critical Infrastructure Act 2018 was extended in 2022 to include the freight-services and freight-infrastructure sectors. The 2023 DP World Australia incident demonstrated the operational consequence; the regulatory consequence followed.

The Federal Maritime Commission, the US Department of Transportation, and equivalent bodies internationally have begun referencing cybersecurity expectations in their licensing and operational-authority frameworks. The IMO Resolution MSC.428(98) requires incorporation of cyber risk management into the International Safety Management Code for ocean-going vessels and operating companies.

Reframing

Logistics cybersecurity is the only domain where one operator's breach becomes every customer's breach in a single hop, and every customer's customer's breach in two.

The PULSE Position

In a PULSE-substrate logistics environment, customer-shipment data and operational-continuity systems are not addressable by an adversary that has compromised the perimeter.

The defining structural exposure of logistics cybersecurity is consolidation across customers. A logistics operator holds the cargo manifest, the shipment-tracking data, the customer-PII, and the customer-relationship records of dozens or thousands of unaffiliated commercial customers — each of whom carries the regulatory, contractual, and reputational consequence of the operator's breach. A ransomware compromise of a single freight forwarder, a single rail operator, a single trucking firm produces consequence across the entire customer book simultaneously.

A logistics operator running PULSE substrate does not aggregate customer data into a recoverable corpus that an adversary can extract. The cargo manifest, shipment tracking, and customer-PII associated with any specific shipment exist only in the form, location, and access scope necessary for the specific operational step at the specific moment. Ransomware compromise of the operator's perimeter does not produce exfiltrable customer data because no aggregated customer-data corpus exists.

For operational continuity, the same architectural commitment applies. Transport-management-system data integrity is anchored cryptographically against tampering. The KNP-Logistics-class existential threat is not present in a PULSE-substrate operator because the systems an adversary would compromise to drive insolvency cannot be compromised in the way the architecture would require. The means is the trade secret. We disclose it under executed Mutual Non-Disclosure Agreement only.

Strategic Briefing — Available Under NDA

Logistics PULSE deployment, TSA / NIS2 / SOCI alignment, and freight-forwarder-and-distribution reference architecture.

Architectural-fit assessment for major freight forwarder, rail operator, less-than-truckload carrier, ocean carrier, postal service, and third-party-logistics scenarios. Quantified cascading-consequence model under PULSE substrate. Cross-jurisdictional regulatory alignment matrix (TSA / CIRCIA / EU NIS2 / EU CER / Australia SOCI / IMO MSC.428(98)). Reference architecture for TMS substrate, WMS substrate, customs-data exchange, and customer-portal segmentation.

Available under executed NDA →
Sources

All statistics on this page are drawn from publicly available reports issued by recognised industry bodies, regulators, and security research organisations. References are listed below for verification.

  1. [01]DP World Australia — November 2023 cyberattack disclosed by company; three-day suspension of operations across Melbourne, Sydney, Brisbane, and Fremantle terminals; 30,000 container backlog.
  2. [02]KNP Logistics Group — public reports of insolvency declaration in 2023 following Akira ransomware attack, with 700+ employees laid off.
  3. [03]Verizon 2024 Data Breach Investigations Report — analysis of 30,458 security incidents and 10,626 confirmed breaches across 94 countries.
  4. [04]IBM Cost of a Data Breach Report 2024 (Ponemon Institute, sponsored by IBM, July 2024) — covering 604 organisations across 16 countries and 17 industries between March 2023 and February 2024.
  5. [05]Foley & Lardner LLP — Securing Digital Supply Chains: Confronting Cyber Threats in Logistics Networks (analysis citing 400%+ increase in supply-chain cyberattacks).
  6. [06]National Motor Freight Traffic Association — 2024 Trucking Cybersecurity Trends Report.
  7. [07]US Transportation Security Administration — Pipeline and Surface Transportation Cybersecurity Security Directives.
  8. [08]European Union — Network and Information Systems Directive 2 (NIS2), Directive (EU) 2022/2555.
  9. [09]Australian Government — Security of Critical Infrastructure (SOCI) Act 2018, extended in 2022 to freight services and freight infrastructure.

PULSE Digital Security cites these sources for context only. Citation does not imply endorsement of, or affiliation with, any cited organisation. All trademarks remain the property of their respective owners.