Transportation & Logistic

Safeguard operations

In the transport and logistics industry, safeguarding operations means protecting the movement of goods, people and data—without interruption. As fleets become smarter and infrastructure more connected, cyber risks multiply across autonomous systems, tracking platforms and supply chain hubs.

NIS2 compliance adds regulatory urgency, while digital transformation opens new threat vectors that traditional defenses can’t handle. A single breach can halt deliveries, compromise cargo and erode customer confidence.

With Cyberquest SIEM, CQ Automation, Netalert NDR, CQ Threat Intelligence and CQ AI Assistant, you gain the tools to secure every mile, keeping your operations resilient, compliant and in motion.

Top 5 Concerns

Achieving NIS2 compliance & readiness

Cyber risks to smart fleets & autonomous vehicles

Digital transformation risks

Securing critical infrastructure

Vehicle & cargo tracking vulnerabilities

Achieving NIS2 compliance & readiness

Transportation & Logistic companies must adhere to strict cybersecurity regulations, including NIS2, to safeguard critical infrastructure and maintain trust. As regulatory landscapes evolve, staying compliant requires continuous monitoring and a proactive security approach.

Strengthen cybersecurity protocols, conduct regular NIS2 compliance checks and safeguard critical transportation infrastructure.

Key Dangers & Risks:

    
            Heavy fines. Non-compliance with NIS2 leads to steep penalties for transportation companies.

    
            Service interruptions. Failing security measures can halt transportation operations and disrupt services.

    
            Reputation damage. A regulatory breach can severely impact trust in your logistics and transport services.

Cyber risks to smart fleets & autonomous vehicles

With the rise of smart fleets and autonomous vehicles, cyberattacks can now directly impact transport safety and efficiency. The integration of IoT sensors and real-time tracking systems further expands the attack surface, requiring proactive security measures.

Deploy endpoint security, secure IoT connectivity & integrate AI-based threat monitoring.

Key Dangers & Risks:

    
            Remote hijacking. Hackers can take control of connected vehicles, disrupting operations.

    
            GPS spoofing. Malicious actors can manipulate location data, causing cargo misrouting.

    
            Fleet downtime. Cyberattacks on digital fleet management systems can halt logistics.

Digital transformation risks

As transportation or logistic companies adopt new technologies like IoT, AI and automation, they face new security challenges. These innovations, while improving efficiency, can create vulnerabilities if not properly secured. Cybercriminals can exploit gaps in system integration and legacy infrastructure.

Update legacy systems, implement strong IoT security measures and integrate advanced cybersecurity practices into automation.

Key Dangers & Risks:

    
            Legacy system exploits. Older systems may not meet modern security standards, creating easy access points for hackers.

    
            IoT security gaps. Unsecured IoT devices like smart sensors and connected vehicle systems can be exploited.

    
            Automation vulnerabilities. Automated systems are susceptible to hijacking or manipulation if not properly secured.

Securing critical infrastructure

Modern transportation relies on interconnected systems, from air traffic control to railway networks and smart ports. A cyberattack can cripple logistics, delay deliveries and endanger passenger safety. As digital transformation accelerates, securing operational technology (OT) becomes as crucial as protecting IT networks.

Implement AI-driven threat detection, network segmentation & real-time system monitoring to prevent cyber disruptions.

Key Dangers & Risks:

    
            Operational disruptions. Hacked traffic management, railway systems or shipping routes can halt operations.

    
            Ransomware threats. Attackers can lock critical networks, demanding payment to restore access.

    
            Safety risks. Cyber intrusions in smart transport systems can lead to accidents and loss of life.

Vehicle & cargo tracking vulnerabilities

Transportation and logistic systems rely heavily on GPS and tracking systems to monitor vehicles, shipments and cargo. These systems are increasingly targeted by cybercriminals who can manipulate data or disrupt services, leading to delays and cargo theft.

Secure GPS systems, use blockchain for cargo tracking and ensure end-to-end visibility with real-time monitoring.

Key Dangers & Risks:

    
            Tracking system manipulation. Hackers can alter GPS data, rerouting cargo and vehicles.

    
            Cargo theft. Cybercriminals can intercept and steal cargo information to stage thefts.

    
            Supply chain disruptions. Compromised tracking systems delay shipments and hinder logistics.