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Most digital solutions try to predict the future with new technology. ShipGod AI took a backcasting approach — reviewing decades of shipmanagement practice — and found the industry's core gap: institutional memory loss. Crews rotate; the ship's operational, maintenance and SMS knowledge leaves with them. The platform builds every vessel a local, offline digital memory: the ship's records stay on board, with no forced cloud upload — knowledge stays with the ship as crews change, keeping ISM continuity.

1. Two mindsets: predict, or backcast?

As shipping faces ever more unpredictable conditions, strategists increasingly use "backcasting": define a plausible future state first (decarbonisation, geopolitics, technology disruption), then derive the steps required — instead of extrapolating from today. As Splash247 Europe Editor Bojan Lepic notes, with fleet growth and trade forecasts ever harder to rely on, backcasting has gained real traction; for owners making long-term capital commitments — newbuildings, alternative fuels — the cost of misjudging the future is enormous.

2. The finding: not a tech gap, but institutional memory

In Splash247's coverage, a sea captain with four decades at sea and ashore argued the industry's most persistent vulnerability is institutional memory: too much of what keeps ships safe still lives in paper records, spreadsheets and individual crew members' heads — and when crews rotate, critical operational knowledge goes with them. His platform, ShipGod AI, aims to give every ship its own persistent "digital memory": a continuously updated base of operational data, maintenance history and procedural knowledge that stays on board no matter who sails her.

3. Why it matters in the ISM era

Three decades into ISM, knowledge continuity remains the weak link: handovers rely on word of mouth and paper; the manuals remain, experience evaporates. The hidden costs: repeated troubleshooting, repeated mistakes, last-minute inspection scrambles, slow onboarding. Making a ship's experience storable, searchable and transferable is how safety management moves from paperwork theatre to real capability.

4. How ShipGod does it — per-ship offline digital memory

- A local library on every vessel: procedures, maintenance and SMS documents, fully usable offline;
- Data stays on the ship; no forced cloud upload — addressing owners' security and privacy concerns;
- Crews change, knowledge does not: experience stays with the ship;
- Integrated with equipment maintenance history (see Business Center · Marine Equipment).

Compiled from Maritime CEO / Splash247 coverage (Oct 2026); for industry discussion.

How does your ship handle handovers? Is "institutional memory loss" the biggest implementation gap? Share your view.

In 1993 the IMO adopted the International Safety Management (ISM) Code; from 1 July 1998 it became mandatory for passenger ships, tankers and chemical carriers, later extending to all ships. Three decades on, "every ship runs its own safety management system" is a hard requirement — documentation, internal and external audits, drill records and corrective actions gave shipping a checkable safety framework for the first time.

But the fleet knows the other side: manuals keep growing, while the knowledge that actually keeps ships safe still struggles to stay on board. Audits can prove things were "done"; they can rarely prove they are "known".

In the next decade, as digital tools and AI come aboard, ISM's challenge shifts from "are the documents complete" to "is the knowledge continuous" — exactly the question "per-ship local digital memory" tries to answer (see Feature #1 above).

Thirty years of ISM: what is the biggest implementation gap? Where does crew-turnover knowledge loss rank?