Navigate Safely. Operate Securely.
SECURING MARITIME & PORT OPERATIONS
We help maritime operators and port facilities protect vessel systems, cargo handling automation, and terminal operations through comprehensive OT security aligned with IMO maritime cyber risk guidelines and ISPS code requirements.
"Maritime and port operations face unique cyber threats targeting vessel navigation systems, cargo handling automation, and supply chain logistics - risks that can disrupt global trade and compromise maritime safety."
Maritime & Port Cyber Security Challenges
Safety of Life at Sea, Cargo Security and Supply Chain Continuity are paramount for maritime operations.
Maritime and port operations depend on integrated systems spanning vessel navigation and propulsion, cargo handling cranes and automated guided vehicles (AGVs), terminal operating systems (TOS), and supply chain coordination platforms. Modern vessels rely on GPS, electronic chart display and information systems (ECDIS), engine controls, and ballast management - all increasingly connected and vulnerable to cyber threats.
The sector faces distinctive challenges: vessels operate in international waters under multiple regulatory jurisdictions, port facilities handle thousands of containers daily with complex logistics coordination, crew members rotate frequently with varying cybersecurity awareness, and legacy maritime systems were designed without security considerations.
With IMO Resolution MSC.428(98) requiring maritime cyber risk management integration into Safety Management Systems (SMS) by 2021, and increasing incidents of GPS spoofing, ECDIS malware, and ransomware targeting shipping companies, the maritime industry must implement robust cybersecurity programs.
Maritime Threat Landscape
Sector-Specific Threats
- GPS spoofing and jamming affecting vessel navigation and positioning systems
- ECDIS malware compromising electronic navigation charts and collision avoidance
- Ransomware attacks on shipping companies disrupting cargo operations and vessel scheduling
- Port automation system breaches affecting crane operations and container handling
- Supply chain data theft targeting cargo manifests and shipping schedules
- Ballast water management system manipulation risking vessel stability
Operational Consequences
- Navigation system failures creating collision risks and maritime safety incidents
- Port terminal shutdowns disrupting global supply chains with massive economic impact
- Vessel propulsion or steering system compromises endangering crew and cargo
- Cargo handling delays causing schedule disruptions and contractual penalties
- IMO compliance violations and Port State Control detentions
- Environmental incidents from compromised ballast or fuel management systems
Maritime & Port Systems We Secure
Vessel Navigation
ECDIS, GPS/GNSS, radar systems, automatic identification systems (AIS), voyage data recorders (VDR), and integrated bridge systems.
Propulsion & Machinery
Engine control systems, propulsion controls, power management, ballast water management, and vessel automation platforms.
Cargo Handling
Ship-to-shore cranes, automated stacking cranes, automated guided vehicles (AGVs), and cargo securing systems.
Terminal Operations
Terminal operating systems (TOS), gate automation, yard management, and container tracking providing end-to-end cargo visibility.
Port Security Systems
CCTV surveillance, access control, perimeter intrusion detection, and ISPS code compliance systems protecting port facilities.
Supply Chain Integration
Cargo documentation systems, customs integration, vessel scheduling, and logistics coordination platforms.
Maritime Cyber Risk Management
IMO-Aligned Security Framework
For maritime operators and port facilities, OTFIELD provides cybersecurity programs aligned with IMO Resolution MSC.428(98) requirements to address maritime cyber risks within Safety Management Systems (SMS) and the International Ship and Port Facility Security (ISPS) Code.
We understand maritime operational realities: vessels operate globally with diverse crews, port facilities coordinate complex logistics across stakeholders, connectivity is limited and expensive at sea, and legacy systems dominate bridge and engine room environments. Our approach delivers practical security within these constraints.
IMO Cyber Risk Integration
Phase 1: Maritime Cyber Risk Assessment
Objective: Identify cyber risks to vessel safety and port operations per IMO guidelines
- Identify cyber-physical systems critical to safe vessel operation (navigation, propulsion, steering)
- Assess risks to bridge systems including ECDIS, GPS, radar, and AIS
- Evaluate port automation vulnerabilities (cranes, AGVs, terminal systems)
- Review vessel-shore connectivity and crew access to operational systems
- Assess supply chain integration points and data exchange security
- Consider threat scenarios relevant to maritime operations (GPS spoofing, malware infection via USB)
This assessment integrates maritime cyber risks into existing Safety Management Systems as required by IMO.
Phase 2: Maritime Security Implementation
Objective: Implement controls protecting vessel and port operations while meeting regulatory requirements
Regulatory Framework:
- IMO Resolution MSC.428(98) - Maritime cyber risk management in SMS
- BIMCO Guidelines on Cyber Security Onboard Ships - Industry best practices
- ISPS Code - International Ship and Port Facility Security Code
- IEC 61162 - Maritime navigation and radiocommunication equipment
- NIST Cybersecurity Framework - Risk-based security approach
Maritime-Specific Controls:
- Bridge system protection (ECDIS, GPS, radar network segmentation)
- Vessel network security isolating navigation, propulsion, and cargo systems
- Removable media controls for charts, software updates, and crew devices
- Satellite communication security for VSAT and Fleet Broadband
- Port facility access controls and terminal operating system security
- Crew cybersecurity awareness training for maritime-specific threats
- Incident response procedures for maritime cyber events
- Vendor and shore-based support access management
- Backup and recovery for critical navigation and automation systems
Comprehensive Maritime Protection
We provide tailored security for both vessel operations and port facilities:
Vessel Cybersecurity
- Bridge systems and navigation equipment protection
- Engine room and machinery control security
- ECDIS and electronic navigation security
- Satellite communication and crew network security
- SMS integration per IMO requirements
Port Facility Security
- Terminal operating system protection
- Cargo handling automation security
- Gate and yard management system security
- ISPS Code compliance for port facilities
- Supply chain integration security
Maritime Industry Success Factors
Maritime operators and port facilities must address these critical considerations:
- Can we integrate cyber risk management into existing Safety Management Systems?
- How do we protect legacy bridge systems that cannot be easily upgraded?
- Are we prepared for GPS spoofing and navigation system attacks?
- Can we secure vessel-shore connectivity without impacting crew operations?
- How do we maintain port operations security during 24/7 cargo handling?
- Do our crews understand maritime-specific cyber threats and procedures?
Success requires practical approaches suited to maritime environments while protecting safety of life at sea.
Regulatory & Standards Landscape
- IMO Resolution MSC.428(98) - Maritime cyber risk management in Safety Management Systems
- BIMCO Guidelines - Cyber security onboard ships industry best practices
- ISPS Code - International Ship and Port Facility Security Code
- IEC 61162 - Maritime navigation and radiocommunication equipment standards
- NIST Cybersecurity Framework - Risk-based approach for critical infrastructure
Protect Maritime Safety. Secure Port Operations.
Maritime operators and port facilities cannot risk cyber incidents that compromise navigation safety, disrupt cargo operations, or violate IMO requirements. Discover practical security solutions for the unique challenges of maritime environments.
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