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25.2048° N, 55.2708° E  ·  WORLD VOYAGE OPS
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The future of maritime intelligence.

Starboard Nav AI combines mathematical voyage optimization, vessel performance modelling and artificial intelligence to help captains, fleet managers and shipowners reduce fuel consumption, lower emissions and make better operational decisions.

Ask Starboard AI Captain… e.g. "Can I reach Rotterdam without bunkering?"
5–15%Potential fuel savings
↓ CO₂Lower emissions exposure
24/7Voyage intelligence
3 ViewsCaptain · Fleet · Owner
Platform
CAP

AI Captain

A conversational voyage assistant that confirms vessel data, route priorities, fuel on board and operational constraints before producing recommendations.

Open details
Build optimized voyage plans, compare alternatives, calculate fuel requirements, estimate arrival reserve and explain the recommendation in clear operational language.
FLT

Fleet Operations

One command centre for active voyages, deviations, bunker planning, weather exposure and operational exceptions across the fleet.

Open details
Highlights low reserve, missing vessel data, unverified scrubber status, weather risk, ECA exposure and route options with a better fuel or CO₂ result.
OWN

Owner Intelligence

A concise view of what matters commercially: voyage cost, fuel savings, emissions impact, ETA, operational risk and decisions requiring approval.

Open details
Removes technical noise and provides decision-ready reporting for owners, managers and commercial stakeholders.
Technology

Maritime experience becomes intelligence.

Starboard Nav AI is built from practical maritime knowledge and designed specifically for shipping. It combines vessel data, route constraints, weather, fuel economics and regulatory requirements in one decision-support platform.

FoundationReal maritime operations
MissionLower fuel + CO₂
UsersCaptain · Fleet · Owner

Mathematical voyage optimization engine.

The AI layer explains and communicates, while the core engine evaluates route alternatives, speed profile, weather impact, ocean conditions, fuel burn, arrival reserve, emissions exposure and compliance flags.

Every recommendation is optimized for safety, fuel efficiency, emissions reduction and commercial performance before the voyage begins.

How it works
01

Understand the vessel

Q88 data, engine characteristics, tank capacity, fuel grades, loading condition and historical consumption establish the vessel model.

02

Evaluate the voyage

Weather, currents, ECA restrictions, speed, ETA, bunker options and operational priorities are evaluated together.

03

Recommend and explain

The system provides the preferred route, alternatives, fuel and emissions estimates, reserve margin, risks and a transparent explanation.

Team

The people behind smarter shipping.

Our team combines maritime operations, voyage planning, commercial shipping, software engineering, mathematical optimization and artificial intelligence to build technology specifically for modern shipping.

RT

Ramteen Tadayon

Founder · Maritime Strategy · Product Vision

Leads the vision for a practical maritime AI platform focused on owner transparency, captain communication, fuel discipline and measurable commercial value.

Maritime strategy Owner view Product vision
View profile
The product direction is shaped by real-world maritime experience and a clear objective: give captains, fleet teams and owners one trusted platform for voyage intelligence.
OPS

Maritime Operations

Voyage Planning · Captain Workflow · Reporting

Ensures recommendations reflect real operational constraints, bridge workflows, bunker planning and daily fleet-management requirements.

Voyage control Bunkering Daily reports
View function
The operations function validates the sequence from vessel confirmation through position, destination, ROB fuel, bunkering, ETA, priorities and execution readiness.
AI

AI & Optimization

Mathematics · Machine Learning · Engineering

Develops vessel-performance models, optimization logic, emissions calculations and the intelligence layer that explains every recommendation.

Optimization Fuel curves CO₂ models
View function
The engineering team combines mathematical models, vessel data, weather, currents, AIS and historical consumption to continuously improve voyage recommendations.
Our mission

Smarter routes. Lower emissions. Greater impact.

Our mission is to create the most trusted maritime voyage intelligence platform—helping the global shipping industry operate more efficiently, sustainably and safely.

Contact

Let's shape the future of maritime navigation.

Whether you operate one vessel or manage a global fleet, tell us about your operation and what you want to optimize.