How CYTUR Solutions Work
in Real Threat Scenarios
From newbuild design to fleet protection, equipment certification to next-generation vessels — see how CYTUR solves cybersecurity challenges in each scenario.
Securing a Newbuild from Design to Delivery
A large container vessel newbuild project. The owner demands full IACS UR E26/E27 compliance with 12 months to class approval. Hundreds of vendor equipment must be security-verified while conducting design-stage threat analysis simultaneously.
Equipment Exposure Pre-Check
Pre-screens planned equipment for CVE and dark web exposure. Discovered leaked access credentials for a specific manufacturer's equipment, triggering a replacement decision.
Design-Phase Threat Modeling
Generated virtual network maps from design data. Simulated bridge-to-engine room attack propagation paths, incorporating network segregation into the design.
Equipment Attack Surface Analysis
Analyzed attack surfaces of 50+ CBS devices. Bayesian AI predicted high threat probability in 3 devices, triggering firmware updates.
Unified CBS Asset Management
Centralized entire CBS asset inventory. Tracked security verification status of 15 vendors from a single platform.
Automated Sea Trial Verification
Automated scanning discovered 3 design-vs-actual discrepancies. After corrective actions, auto-generated class submission evidence.
Managing Cyber Risk Across an Operating Fleet
A global shipping company operating 200+ bulk carriers and container vessels. Recent GPS spoofing anomalies detected during Red Sea transit, and a ransomware infection attempt detected on one vessel.
Fleet-Wide Real-Time Monitoring
All 200 vessels monitored from a single dashboard. Real-time security status visibility achieved.
Automated GPS Spoofing Detection
AI analysis of NMEA communications auto-detected GPS spoofing indicators. Immediate alerts issued to 5 vessels navigating the affected area.
Ransomware Containment
On the infected vessel, decoy SMB/FTP services lured the malware, slowing propagation and enabling early detection of the infection.
External Threat Intelligence
Detected dark web activity from a hacking group targeting bulk carriers. Issued fleet-wide security policy hardening recommendations.
Automated Class Inspection Reports
Auto-generated annual class inspection reports (asset inventories, network diagrams, risk management records).
Achieving Equipment Type Approval
An equipment OEM manufacturing Integrated Automation Systems (IAS). Since IACS UR E27 enforcement, global shipyards now require cybersecurity verification as a prerequisite.
Development-Stage Security Assessment
In-depth assessment of IAS firmware, OS configuration, and service ports. Discovered 3 unnecessary services and removed them during development.
FAT Security Integrity Verification
Attack surface analysis performed at FAT stage. Generated quantitative security integrity data and reports.
CBS Asset Registration & Gap Analysis
Equipment registered in CBS asset management system. Security requirements gap analysis and mapping performed.
Automated Certification Documentation
Auto-generated the complete Type Approval security document package (Risk Assessment, Cyber Security Technical File, Test Report).
Building Cybersecurity for Next-Gen Vessels
A next-generation special-purpose vessel project with autonomous navigation. AI-based navigation systems, remote control, and massive sensor data processing dramatically expand the attack surface compared to conventional vessels. Naval cyber survivability standards compliance and cyber-physical convergence threat response are mandatory.
AI Visual Security System
Real-time AI analysis of vessel CCTV footage. Auto-detects unauthorized access and anomalous behavior, defending against adversarial attacks.
Design-Phase Threat Modeling
Threat modeling incorporating autonomous navigation systems, AI navigation equipment, and remote control modules. Proactively identifies new attack vectors.
Cyber Deception Defense Layer
Deploys decoys mimicking autonomous navigation systems. Lures and isolates adversary cyberattacks while analyzing attack patterns.
Unified Monitoring & Autonomous Defense
MG provides unified onboard network command. SD analyzes autonomous navigation-specific protocols. Fully independent operation in offline environments.
Explore Real Threat Scenarios
Book a personalized demo to see how CYTUR applies to your specific situation.