Cybersecurity Solutions for Canadian Transportation Networks
Secure transportation systems, fleet operations, logistics networks, and critical transportation infrastructure.
Key Statistic
65%
Increase in cyber attacks targeting transportation systems
Source: Industry security research
What Transport organizations face
Attackers target transport because of the combination of sensitive data, compliance obligations, and operational complexity. These are the gaps we close.
Network Security
Protecting transportation networks from cyber attacks that can disrupt operations.
Data Integrity
Ensuring the accuracy and reliability of transportation data.
System Availability
Maintaining continuous operation of critical transportation systems.
Increase in cyber attacks targeting transportation systems
65%
Average cost of a cyber incident for transportation companies
$4.2M
Of transportation companies are not prepared for a cyber attack
92%
Built for how transport works
Real-Time Monitoring
Primary24/7 monitoring of transportation networks for threat detection and prevention.
What Transport clients gain
Enhanced Security
Protect transportation networks and data from cyber threats
Operational Efficiency
Maintain smooth transportation operations with secure infrastructure
Regulatory Compliance
Comply with transportation industry regulations and security standards
Why Quantm for Transport
Expertise
Our team specializes in transportation cybersecurity, understanding the unique challenges of protecting transportation networks and data.
Compliance
We ensure compliance with transportation industry regulations and security standards while maintaining operational efficiency.
Scalability
Our solutions scale with your operations, providing consistent security across multiple transportation systems and networks.
Ransomware and OT threats in Canadian transportation and logistics
Ransomware targeting transportation management systems (TMS) creates an outsized operational impact compared to most enterprise IT systems because TMS platforms sit at the intersection of every operational function: order management, dispatch, route optimization, carrier selection, proof of delivery, and billing. A trucking company or 3PL that loses access to its TMS cannot dispatch drivers, confirm deliveries, or invoice customers. The 2021 ransomware attack on TNT Express and the ongoing wave of attacks against North American freight operators illustrate that transportation companies are high-value targets precisely because their operational dependency on software translates directly to financial pressure to pay. Canadian trucking companies, which collectively move approximately 90% of Canada's consumer goods and a significant share of cross-border trade with the United States, represent critical infrastructure whose disruption has cascading supply chain consequences.
GPS spoofing — the transmission of false GPS signals to override legitimate satellite navigation — is a growing operational security threat for both road freight and maritime transportation in Canada. Vessels navigating in Arctic waters, the St. Lawrence Seaway, or port approaches have reported GPS anomalies consistent with spoofing. For road freight, GPS spoofing can redirect fleet tracking systems to show vehicles at locations where they are not, enabling cargo theft by creating false delivery confirmations or disrupting theft detection systems. Beyond cargo theft enablement, GPS spoofing of safety-critical navigation systems on vessels creates collision and grounding risk. Transport Canada's cyber security guidelines for marine transportation acknowledge GPS signal integrity as a security concern, and the International Maritime Organization's (IMO) Resolution MSC-FAL.1/Circ.3 on maritime cyber risk management specifically identifies navigation system integrity as a risk area.
Cargo manifest and shipment tracking data is commercially sensitive information whose exposure directly enables theft. Detailed manifest data identifies high-value shipments by content, origin, destination, routing, and delivery window. A threat actor who gains access to a 3PL's shipment tracking system can identify which trucks are carrying pharmaceuticals, electronics, or other high-value cargo and coordinate physical theft with precise operational knowledge of where and when the cargo will be most vulnerable. The Canada Border Services Agency (CBSA) requires advance cargo reporting for cross-border shipments under the Customs Act and the Pre-arrival Review System (PARS). This data, held by customs brokers and freight forwarders, is highly sensitive and subject to PIPEDA where it includes personal information about importers and recipients. A breach of CBSA advance cargo reporting data creates regulatory exposure and potential duty to notify affected shippers.
Phishing targeting dispatch and operations staff is the most common initial access vector for attacks on transportation companies, and it works because dispatch personnel operate under time pressure with high email volumes from a large number of external counterparties — carriers, brokers, customers, and government agencies. A convincing phishing email impersonating a carrier with a load confirmation or a CBSA notification is difficult to distinguish from legitimate traffic when a dispatcher is processing dozens of transactions per hour. Canadian transportation companies that have invested in security awareness training specific to the dispatch and operations environment — including simulated phishing campaigns that reflect the actual documents and email formats these staff receive — see materially better detection rates than those relying on generic security awareness programs. Multi-factor authentication on TMS and email accounts is the single most effective technical control for this threat vector.
Cybersecurity obligations for Canadian transportation companies
Transport Canada's cyber security guidelines for aviation and marine transportation establish a risk-based framework that regulated entities — air carriers, airport operators, port authorities, and vessel operators — are expected to implement. For aviation, Transport Canada's guidance aligns with ICAO Annex 17 security provisions and the ICAO Aviation Cybersecurity Strategy, requiring that aviation stakeholders identify critical systems, assess cyber risks, and implement protective measures proportionate to the risk. For marine, Transport Canada's guidance references the IMO MSC-FAL.1/Circ.3 framework and requires vessel operators and port facility operators to incorporate cyber risk into their existing safety management systems under the International Safety Management (ISM) Code. These guidelines are not purely voluntary — Transport Canada inspectors include cybersecurity questions in compliance audits, and failure to demonstrate a functional cyber risk management process can affect an operator's safety certification status.
CBSA data security requirements for customs brokers and freight forwarders derive from the Customs Act and the conditions of CBSA licensing for customs brokers. Licensed customs brokers hold sensitive client commercial information including importer business numbers, commodity values, country of origin declarations, and tariff classification data. CBSA's broker licensing conditions require that brokers maintain the confidentiality of client information and implement appropriate safeguards — conditions that extend to the IT systems holding that information. The CBSA's eManifest system and the Customs Broker Portal contain detailed cross-border shipment data for all clients, and a compromise of a customs broker's CBSA portal credentials could expose the cross-border shipping activity of hundreds of commercial clients. CBSA expects brokers to implement strong authentication for portal access and to report unauthorized access promptly.
Federal contractor security requirements apply to transportation companies holding Public Services and Procurement Canada (PSPC) contracts for government freight, vehicle fleet management, or logistics services. The Controlled Goods Program (CGP) applies to companies handling controlled goods (certain defence and strategic goods) in their transportation operations, requiring security screening of employees and security plan certification. The Contract Security Program (CSP), administered by PSPC, requires companies on government contracts with a security requirement to hold a valid facility security clearance and to implement security controls specified in the contract's security requirements checklist. For transportation companies serving the federal government, CSP compliance is a contract condition and non-compliance is grounds for contract termination. Cybersecurity controls — particularly for IT systems used to manage government cargo movements — are increasingly included in security requirements checklists for transportation contracts.
Cyber insurance underwriting requirements in the transportation sector have tightened significantly following a series of large ransomware claims against logistics operators. Canadian transportation companies seeking cyber insurance coverage with limits above $1 million are routinely required to demonstrate: multi-factor authentication on all remote access and email, endpoint detection and response (EDR) deployment across the fleet, network segmentation between operational and corporate IT systems, tested offline backup capability, and a documented incident response plan. Insurers underwriting transportation risks also ask specifically about TMS vendor security, GPS tracking system security, and whether the company has experienced any prior ransomware incidents. Companies that cannot document these controls face either coverage denial, sublimits on ransomware coverage, or premiums that have increased three to five times compared to 2019 rates. The insurance market is effectively functioning as a minimum security standards framework for the sector.
Common questions, answered.
Questions we hear most often about transport security, compliance, operations, and response planning.
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