The four engineering domains we work in every day, presented in enough detail to be evaluated on.
The IMO instrument stack — SOLAS, MARPOL, and the decarbonization measures built on them: CII, EEXI, FuelEU Maritime. We read these as engineers: as specifications to implement, with edge cases, transition timelines and verification requirements. Our compliance tools are built from the instrument text, not from summaries of it.
AIS streams, noon reports, sensor feeds, ERP records, port activity data — each incomplete and each formatted differently per fleet. Our core competence is unifying them into vessel and voyage models that stay reliable when the data is late, noisy or missing, because at sea it always is.
AI systems whose inputs and failure modes are understood, built for a domain where a wrong answer has consequences. Retrieval systems grounded in regulatory text, prediction models trained on operational history, and decision-support tools that show their reasoning — engineered ground-up on maritime data, not adapted from generic templates.
Quantifying what actually reduces emissions on an existing ship: emissions accounting under EU ETS and FuelEU, abatement cost curves, CII trajectories and energy-efficiency measures. This is the discipline behind SeaO2 and our ESG consultancy.
The products are the proof of these capabilities. Start with the one closest to your operation.
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