⛴ OFFSHORE⚡ AI🛡 ICT
AI-Powered Offshore & ICT Diagnostics

Stop Losing Hours
to Equipment &
Network Downtime.

Diagnose offshore equipment, manage vessel networks, and troubleshoot cybersecurity issues in minutes — not hours. AI built by offshore engineers.

80%
Faster troubleshooting
24/7
AI availability
70%
Less diagnostic time
AI Scan
Fault Code
SL1 Trip
Root Cause
Encoder Signal
Network Status
WAN — UP
AI Action
Check Feedback
80%
Faster troubleshooting
70%
Reduced diagnostic time
24/7
AI technical assistance
100%
Standardized analysis
// Offshore AI Products

AI Assistants for Offshore Operations

Production-ready tools built around real equipment and real fault scenarios encountered at sea.

Live
Mooring Winch AI

Analyze variable-speed drive faults, upload parameter files, and get step-by-step root cause analysis for mooring winch systems.

Drive DiagnosticsTrip AnalysisFault Codes
Live
Crane Diagnostic AI

Troubleshoot offshore and port crane systems — hoist, slew, luffing, hydraulic circuits and electrical controls.

Hoist SystemsHydraulicsSlewing
Live
Rated Capacity Indicator AI

Complete diagnostic and calibration — load cell calibration, boom geometry, ATB faults, CPU box troubleshooting.

Load Cell CalATB / Over-HoistCPU Box
Live
Full Crane Management AI

Comprehensive crane diagnostic platform combining structural analysis, RCI integration, and full system fault tracing.

Full DiagnosticRCI IntegrationSystem Analysis
Coming Soon
Tensioner AI

Diagnostic for pipeline and cable tensioner systems — SAS, Westech and Remucut tensioner platforms.

SASWestechRemucut
In Development
Coming Soon
Engine Room Copilot

Generator, propulsion system and auxiliary equipment diagnostics for engine rooms.

PropulsionGeneratorsAuxiliaries
In Development
// ICT Maritime Solutions

Network, Security & Connectivity

Complete ICT management for offshore vessels — from satellite connectivity to network security and firewall management.

VSAT Management

Satellite link diagnostics, bandwidth monitoring, WAN failover troubleshooting and signal optimization.

C-BandKu-BandLink BudgetFailover
Starlink Maritime

Multi-kit Starlink setup, routing, load balancing between terminals and VSAT backup paths.

Multi-KitLoad BalanceMaritime
Firewall & Security

FortiGate firewall management, policy configuration, IPS/IDS setup, security hardening and threat monitoring.

FortiGateIPS/IDSSecurity Policy2FA
Network Management

VLAN segmentation, inter-VLAN routing, QoS traffic shaping, SD-WAN configuration and managed switch deployment.

VLANSD-WANQoSFortiSwitch
WiFi & SSID Management

Multi-SSID vessel WiFi — crew, client and admin networks with role-based access, captive portal and bandwidth control.

Multi-SSIDCaptive PortalCrew WiFi
User & Access Control

Local user management, FortiToken 2FA deployment, SSL VPN and role-based network access for vessel crew.

FortiTokenSSL VPN2FARBAC
// Security Best Practices We Implement
🔐
Disable Telnet
Enforce SSH-only admin access — eliminate plaintext protocol risk on port 23
🔒
HTTPS-Only Admin
Close HTTP port 80, admin access via HTTPS 3443 only
🛡
IPS / IDS Active
Intrusion prevention with signature-based threat detection
📶
SD-WAN Failover
Auto failover between VSAT and Starlink without manual intervention
🔑
FortiToken 2FA
Two-factor authentication deployment for all user accounts
📊
QoS Shaping
Priority traffic — mission-critical over social media bandwidth
// Built for offshore reality

Purpose-Built for Marine Environments

Marine Engineering

Designed around actual vessel equipment — not generic industrial systems adapted for maritime use.

🛢
Offshore Operations

Built for the real challenges of remote offshore maintenance — no OEM technician available.

Electrical Systems

Drives, controls, motor circuits and electrical systems diagnosed by AI trained on real fault histories.

📡
Maritime ICT

Satellite connectivity, vessel network infrastructure, cybersecurity and communications systems.

// Real diagnostic example

From Fault to Fix — in Minutes

A real troubleshooting session showing how OffshoreAI replaces hours of manual investigation.

Input — what the engineer provides
EquipmentMooring Winch
Drive TypeVariable Speed Drive
Active FaultSL1 Trip
UploadedParameter file + fault log
Time to input< 2 minutes
Previous methodManual review, 3–6 hours
AI Output — immediate analysis
ROOT_CAUSE: Encoder signal loss
CONFIDENCE: High
ACTIONS:
✓ Verify encoder cable continuity
✓ Check feedback module seating
✓ Confirm encoder power supply (5V)
✓ Test encoder signal output waveform
Diagnostic time: ~4 min vs manual: 3–6 hours
// Why trust offshoreai

Not a Generic Chatbot.

Every product was built from real offshore fault data, field maintenance workflows, and operational experience at sea.

01
Real offshore experience
Built using hands-on experience working with vessel equipment and marine systems.
02
Field-based diagnostics
Trained on real fault cases and actual troubleshooting workflows from offshore operations.
03
Industry-specific AI
Purpose-built for marine and offshore — not a general AI retrofitted for the industry.
04
Continuously improving
Models refined using operational feedback from real users on real vessels.
// Enterprise solutions

Custom AI for Your Operation

Need an AI trained on your specific vessel, equipment, or company knowledge base? We build it.

Vessel-Specific AI

A diagnostic assistant trained on your vessel's exact equipment configuration and maintenance history.

ICT & Security AI

Custom AI for your network topology — FortiGate policies, VLAN config, firewall rules and security monitoring.

Company Knowledge AI

AI trained on your manuals, procedures, maintenance records and institutional knowledge.

Ready to Cut Offshore Downtime?

Start with our live tools — no setup required. Or book a 30-minute consultation.

📞

Contact OffshoreAI

For full access to all AI diagnostic and ICT tools, please contact our team.

OffshoreAI Assistant
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⛴ OffshoreAI · Offshore Equipment & ICT Network Knowledge