Proposal: Project ArcXA – Maritime Security for the Digital Age

 

Proposal: Project ArcXA – Maritime Security for the Digital Age

Prepared for: MTNsat.com Prepared by: AIMLUX.ai

Modern cruise ships and oil tankers are floating data centers — hundreds of networked systems, thousands of passengers and crew, continuous satellite uplinks, and OT/IT networks converging in ways that were never designed to be secure together. Yet most ships rely on perimeter firewalls with zero visibility into what is actually happening on the wire, and zero governance over data flows crossing their networks.

When a cyberattack hits a vessel, or a physical security incident occurs in a remote ocean region, operators are largely blind — reacting after the fact, with no forensic trail and no unified picture. MTN's satellite infrastructure is the data highway every vessel depends on. That makes MTN uniquely positioned to offer security intelligence as a managed service — embedded in the connectivity layer itself.

Executive Summary:

The maritime industry is facing an increasingly complex threat landscape, with both physical and cyber vulnerabilities posing significant risks to cruise ships and oil tankers. To address these challenges, AIMLUX.ai proposes a strategic partnership with MTNsat.com to market a groundbreaking deployment of Cyberspatial's Teleseer and Equitus.ai's ArcXA. This integrated solution, dubbed Project Aegis, will provide unparalleled visibility, threat detection, and response capabilities, ensuring the safety and security of maritime assets and personnel.

The Challenge:

• Growing Cyber Threats: Maritime vessels are increasingly reliant on interconnected systems, making them vulnerable to cyberattacks such as ransomware, data breaches, and GPS spoofing.

• Physical Security Risks: Piracy, terrorism, and unauthorized access remain significant threats to cruise ships and oil tankers.

• Limited Situational Awareness: Existing security solutions often operate in silos, providing a fragmented view of the security posture.

• Remote and Challenging Environments: Deploying and maintaining security solutions in maritime environments presents unique logistical and technical challenges.

The Solution: Project Aegis

Project Aegis leverages the combined power of Cyberspatial's Teleseer and Equitus.ai's ArcXA to create a comprehensive maritime security platform.

• Cyberspatial Teleseer: Provides real-time visibility into the cyber landscape of the vessel, identifying vulnerabilities, monitoring network activity, and detecting potential threats.

• Equitus.ai ArcXA: An advanced AI-driven platform for physical security, utilizing computer vision and sensor fusion to detect and track potential physical threats, such as unauthorized boardings or suspicious activity.

How Project Aegis Enhances Security:

• Integrated Situational Awareness: Project Aegis provides a unified view of both physical and cyber security, enabling security teams to identify and respond to threats more effectively.

• Proactive Threat Detection: AI-powered analytics from ArcXA and Teleseer enable the early detection of potential threats, allowing for timely intervention.

• Automated Response: The platform can be configured to automate certain security responses, such as alerting security personnel or isolating compromised systems.

• Enhanced Incident Investigation: Project Aegis provides a detailed record of security events, facilitating thorough incident investigation and forensics.

• Optimized Security Operations: By automating many security tasks and providing a centralized view of the security posture, Project Aegis helps security teams operate more efficiently.

Target Market:

• Cruise Lines: Ensuring the safety and security of passengers and crew is a top priority for cruise lines.

• Oil and Gas Companies: Protecting tankers and offshore platforms from both physical and cyber threats is essential for maintaining operational continuity and preventing environmental disasters.

Proposed Name for the Product:

Aegis Maritime Security Suite

Marketing Strategy:

• Direct Sales: Target key decision-makers within cruise lines and oil and gas companies.

• Partnerships: Partner with maritime security firms and equipment providers.

• Industry Events: Showcase Project Aegis at major maritime industry conferences and trade shows.

• Content Marketing: Develop white papers, case studies, and blog posts highlighting the benefits of the Aegis Maritime Security Suite.

• Webinars and Online Demos: Provide potential customers with an in-depth look at the platform's capabilities.

Conclusion:

Project Aegis represents a significant leap forward in maritime security. By combining the strengths of Cyberspatial and Equitus.ai, AIMLUX.ai and MTNsat.com can offer a truly comprehensive and effective solution for protecting cruise ships and oil tankers from the evolving threats of the 21st century. We are confident that this partnership will be mutually beneficial and will contribute to a safer and more secure maritime industry.

Next Steps:

• Conduct a detailed technical assessment of the integration between Teleseer and ArcXA.

• Develop a comprehensive marketing and sales plan.

• Identify potential pilot customers for the Aegis Maritime Security Suite.

About AIMLUX.ai:

AIMLUX.ai is a leading provider of AI-powered security solutions, specializing in protecting critical infrastructure and high-value assets.

About MTNsat.com:

MTNsat.com is a premier provider of satellite communication and connectivity solutions for the maritime industry.

1

MTNsat StarEdge™ Connectivity Layer

Global LEO/GEO/5G satellite backbone provides the always-on, encrypted transport. MaritineSentinel runs natively over existing MTN infrastructure — no new hardware required on ships with StarEdge installed. Passive traffic mirroring feeds the analysis layer continuously.

2

Cyberspatial Teleseer Cyber Visibility Layer

PCAP-based network analysis engine with 6,000+ protocol recognition — including 50+ ICS/OT protocols critical to bridge, engine room, and cargo management systems. Automatically maps every device, every connection, every credential use on the vessel network. Builds a live digital twin of each ship's cyber topology, detects anomalies, and surfaces threats — all agentless and scanless, zero disruption to operations.

3

Equitus AI ArcXA Governance + Intelligence Layer

Ingests all cyber events, physical sensor data, and operational logs and applies AI-governed data lineage, semantic mapping, and provenance tracking. Answers the hard questions: which systems communicated with what, which data crossed which boundaries, which workflow triggered which alert — with a full auditable chain of custody. Powers compliance reporting (IMO, NIST, ISM Code) and AI-assisted threat correlation across fleets.

4

AIMLUX.ai Orchestration AI Command Layer New

AI agent layer that fuses signals from Teleseer's network maps, ArcXA's governed data graphs, physical camera/access systems, and AIS vessel tracking into a unified operational picture for fleet security officers and shore-side NOC teams. Natural-language query interface lets analysts ask "show me all unusual satellite connections from vessel X in the last 48 hours" and receive governed, sourced answers instantly.

AIMLUX.ai Command Layer: Bridges the gap between deep technical telemetry (Teleseer) and high-level governance (ArcXA),

Maritime Sentinel: Fleet Command Dashboard.

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🚢 Maritime Sentinel: Fleet Command Dashboard

Status: SYSTEMS NOMINAL | Fleet Coverage: 98.4% | Last Sync: 08:22 UTC

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🌐 1. Global Fleet Posture (The StarEdge™ Layer)

Real-time connectivity and transport health across the LEO/GEO/5G backbone.

Vessel Name	Connectivity Type	Signal Latency	Encryption Status	Traffic Load
MV Oceanic Prime	Starlink (LEO)	42ms	AES-256 Active	1.2 Gbps
SS Horizon	Marlink (GEO)	610ms	AES-256 Active	450 Mbps
Arctic Voyager	5G (Coastal)	12ms	AES-256 Active	2.1 Gbps

🛡️ 2. Vessel Cyber Topology (The Teleseer Layer)

Live visibility into OT/ICS environments. Passive, agentless monitoring.

• Network Map (Live Digital Twin): * Total Devices: 412

  • OT/ICS Protocols Identified: 54 (Modbus, PROFINET, NMEA 0183 detected)

  • Shadow IT Alerts: 0

• Critical Segment Health:

  • Bridge Systems: SECURE

  • Engine Room (ICS): ANOMALY DETECTED (Unusual credential use on PLC-4)

  • Cargo Management: SECURE

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⚖️ 3. Governance & Data Lineage (The ArcXA Layer)

The "Hard Questions" Engine. Audit trails and compliance tracking.

Current Incident Analysis: INC-2026-0415

• Origin: Engine Room PLC-4

• Data Lineage: Unauthorized read request initiated by Service_Account_B via Workstation_7.

• Provenance: Path traced from StarEdge Satellite Gateway ➡ Internal VLAN 4 ➡ Engine Controller.

• Compliance Status: IMO 2021 / NIST CSF — Non-compliant event detected (Unauthorized access).

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🤖 4. AI Command Interface (The AIMLUX.ai Layer)

Unified Operational Picture and Natural Language Query.

Natural Language Query Prompt:

> "Show me all unusual satellite connections from MV Oceanic Prime in the last 48 hours and cross-reference with bridge access logs."

AI Orchestration Response:

• Result: Detected 2 outbound bursts to an unmapped IP in Eastern Europe at 03:00 UTC.

• Physical Correlation: Physical Access System logs show "Maintenance Contractor A" was present on the bridge during both bursts.

• Action Taken: Automatic isolation of Contractor Workstation initiated. AIS tracking shows vessel is currently 40nm offshore; shore-side NOC notified.

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📊 Fleet Risk Heatmap

• Cyber Risk: 🟡 Medium (Engine room anomaly)

• Physical Risk: 🟢 Low

• Regulatory Risk: 🔴 High (Pending audit on INC-2026-0415)

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[ Generate Compliance Report ] | [ Access Live PCAP ] | [ Deploy Emergency Patch ]

What MaritineSentinel detects and governs

GPS / AIS spoofing

Teleseer cross-references AIS-reported position against satellite telemetry to flag navigation manipulation in real time.

OT / SCADA intrusions

Passive deep-packet inspection of propulsion, cargo, ballast, and bridge control networks — zero-disruption monitoring of ICS protocols.

Crew network misuse

Behavioral anomaly detection distinguishes routine crew traffic from data exfiltration, unauthorized VPN tunneling, or shadow-IT devices.

Supply chain threats

ArcXA tracks every third-party system, software update, and vendor access event with full data lineage — flags compromised update pipelines.

Physical access correlation

Integrates access control, CCTV, and mustering systems — correlates physical movements with cyber events to detect insider threats.

Regulatory compliance

Auto-generates IMO MSC-FAL.1/Circ.3, ISM Code, and NIST-aligned audit reports from ArcXA's governed event graphs.

Which specific vessel or subsystem would you like to drill down into for a more detailed technical breakdown?