Security for Every Vessel. Every Port. Every Mission.
Execution-level protection built for offline realities and industrial control. Join the pilot program.
Powered by India's leading maritime and logistics conglomerate with 185+ years of maritime excellence.
System Status
Live visibility across shipboard and port subsystems.
Maritime Operational Intelligence Solutions
Launching 2026 • Pilot Programs Available
Cyber Defense for Vessels & Port Infrastructure
Silicon-level threat detection for shipboard operational technology and port terminal systems. Monitor PLCs, SCADA, navigation equipment, and cargo handling systems with zero-overhead telemetry. Detect firmware tampering, unauthorized control sequences, and supply chain compromises before they impact operations. Autonomous protection that works offline—no shore connectivity required.
GNSS Spoofing & Jamming Detection
Real-time detection of GPS/GNSS position falsification and signal degradation. Cross-correlate satellite navigation with gyrocompass, Doppler log, AIS, and dead reckoning using execution-level telemetry. Identify mathematically valid but physically impossible positions before they affect vessel navigation or port operations. Essential for vessels transiting contested waters and high-risk maritime zones.
Predictive Maintenance & Operational Safety
Transform security telemetry into reliability intelligence. Detect early indicators of mechanical failure in propulsion systems, power generation, cargo handling equipment, and navigation systems. Identify memory degradation, timing anomalies, and performance deviations 1-3 weeks before physical failure. Dual-use value: security monitoring that also prevents downtime and reduces maintenance costs.
IMO 2021 Compliance & Audit Readiness
Meet IMO Resolution MSC.428(98) cyber risk management requirements with evidence-driven security posture. Automated asset discovery, continuous vulnerability assessment, and complete forensic telemetry for incident response. Classification society approved methodology with audit-ready documentation. Compliance that provides real security, not just checkbox validation.
From Bridge to Berth: Making Maritime Systems Observable
For decades, maritime cybersecurity has focused on network perimeters and endpoint protection—strategies borrowed from enterprise IT. But when a vessel loses satellite connectivity 1,000 nautical miles from shore, or a port's crane control system operates in an air-gapped environment, traditional security models break down completely.
The challenge isn't just about protecting systems from external threats. It's about understanding what's actually executing inside maritime operational technology—from the firmware layer of navigation systems to the real-time control logic governing ballast operations. This level of visibility has been technically infeasible at sea, until now.
Key Insights
- •Why execution-level telemetry is the only viable security model for offline maritime environments
- •How Data Processing Units (DPUs) enable zero-overhead monitoring of ship control systems
- •Real-world deployment patterns from container vessels to offshore platforms
- •Case study: Detecting GPS spoofing through silicon-level telemetry analysis
This paper explores how purpose-built maritime security architecture moves beyond traditional monitoring approaches to provide deterministic visibility into vessel and port operations—even in environments where connectivity is measured in hours per day, not megabits per second.
Latest Insights
Research, analysis, and perspectives on maritime cybersecurity
GPS Spoofing in the Black Sea: Lessons for Global Maritime Security
In-depth analysis of GNSS spoofing incidents affecting commercial vessels in contested waters. Examines detection methodologies using silicon-level telemetry and cross-correlation with AIS data.
Zero-Trust Architecture for Port Terminal Operations
Implementing execution-level security controls for automated crane systems and gate operations. Real-world deployment case study from a major Asian container terminal.
Securing Offshore Platforms: When the Network Goes Dark
How autonomous security architectures enable continuous protection for drilling and production systems during extended offline periods. Includes 180-day operational case study.
Request Early Access
Join our pilot program and be among the first to deploy silicon-level maritime security.
Get in touch to learn more.
Email: info@cyber-periscope.com
Press: press@cyber-periscope.com