Use Cases
TRUNSPORT in Action: Sectoral Use Cases
Discover how TRUNSPORT strengthens cybersecurity resilience across critical infrastructures through real-world applications. Each use case demonstrates the platform’s capabilities in different sectors, addressing unique challenges and delivering measurable impact.
Use Case 1
Securing Road Intelligent Transport Systems (ITS) Against Cyber Threats
Intelligent Transport Systems (ITS) are critical for modern road networks, using real-time data to optimise traffic flow, reduce congestion, and enhance safety. They integrate Operational and Information technologies such as sensors, cameras, Industrial Control Systems (ICS), and communication networks to manage traffic and improve user experience. ITS are increasingly targeted by cyberattacks, malware and phishing, which can disrupt traffic and compromise safety. Protecting these systems is essential to maintain operational continuity and public trust. Deploying TRUNSPORT tools will strengthen ITS resilience, reduce vulnerabilities, and ensure compliance with NIS2. Expected benefits include faster incident detection, reduced downtime, and improved safety for road users.
Objectives
Conduct regular cybersecurity audits and risk assessments.
Implement real-time monitoring and vulnerability testing.
Secure communications and enforce verification protocols.
Achieve NIS2 compliance and enhance operator training.
Use Case 2
Sea-Energy Cross-Sector Industrial Control Systems Cyber Resilience: Strengthening Liquid Natural Gas (LNG) Terminals for Secure Ship-to-Share Transfers
LNG terminals are critical for energy supply, managing ship-to-shore transfers and storage through Industrial Control Systems (ICS). They are strategic assets vulnerable to cyber-physical attacks. Disruptions at LNG terminals can cause energy shortages, economic losses, and destabilisation of regional markets. TRUNSPORT will enhance threat detection, reduce operational disruptions, and improve compliance with NIS2. It will also raise cybersecurity awareness among operators.
Objectives
Map ICS components and assess vulnerabilities.
Implement real-time monitoring and risk assessment.
Deliver targeted training for LNG operators.
Ensure secure data exchange and NIS2 compliance.
Use Case 3
Enhancing Security of Road Electronic Toll Collection (ETC) Systems
ETC systems automate toll transactions using roadside equipment, wireless communication, and central Information Technology (IT) infrastructure. They improve efficiency but rely on interconnected systems vulnerable to cyber threats. Cyberattacks on ETC systems can lead to financial losses, data breaches, and service disruptions. Strengthening security is vital to protect user data and maintain operational reliability. TRUNSPORT will reduce service disruptions, improve detection and response times, and ensure compliance with NIS2. It will also protect user privacy and build trust in tolling systems.
Objectives
Map ETC assets and identify vulnerabilities.
Deploy continuous monitoring and penetration testing.
Train operators on cybersecurity best practices.
Align ETC systems with NIS2 requirements.
Use Case 4
Defending Against Social Engineering (SE) in the Air Sector
From ticketing and baggage handling to access control and surveillance, airports rely on interconnected digital systems and human coordination, making them vulnerable to social engineering attacks like phishing emails, spoofed communications, fraudulent requests, etc. Human error is often the weakest link in cybersecurity. Strengthening staff awareness and implementing robust verification procedures are critical to prevent breaches. TRUNSPORT will reduce social engineering incidents, improve staff resilience, and ensure compliance with NIS2. It will foster a proactive security culture across airport operations.
Objectives
Assess social engineering risks and gaps.
Deliver comprehensive training programs.
Enforce verification and secure information-sharing policies.
Promote proactive reporting and compliance with NIS2.