The Problems we hear about the most
The tool is rated for 40 ports, but is used confidently only in three.
Software that works in ideal pilot conditions rarely holds up when the fleet actually deploys it across varied operations.
Critical decisions buried in legacy UI.
When software requires training to operate, and the training gets skipped, operational errors become a design failure waiting to surface.
A software to be used on the bridge is built for the office.
Maritime software reflects the priorities of whoever specified it — not the crew who depends on it at sea.
Compliance tools for the auditor, not the crew member.
Regulatory reporting tools that prioritise completeness over clarity produce forms nobody wants to fill and data nobody trusts.
Digitising the paper form without rethinking it.
Moving a paper process onto a screen doesn't make it digital. It makes a worse version of the same thing.
What good maritime UX, design, and development looks like
Operational dashboards where the critical reading is always visible, regardless of screen size or connectivity.Compliance and reporting flows designed around the person filling them in, not the auditor reviewing them. Interfaces that are under pressure: low light, rough weather, or high cognitive load.Role-appropriate information hierarchy so crew, officers, and management see what they need.Software that works on slow satellite connections as reliably as fast ones.Some of the Clients we served
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By testing against the hardest conditions first. Low-bandwidth connections, poor lighting, physical stress, and time pressure are the design brief — not edge cases to address after launch. We design maritime interfaces to be operable by someone under strain, which means they're always excellent for someone who isn't.
Can you work within the compliance and regulatory requirements specific to maritime software?
Legacy redesign in maritime is almost always selective modernisation, not replacement. We map the workflows crews have adapted to, identify where friction creates real risk, and redesign those surfaces first. Years of workarounds represent institutional knowledge — a redesign needs to absorb that, not overwrite it.
Role-based design is central to operational software. A vessel master and a shore-based fleet manager interact with the same data at completely different cadences and for different decisions. One interface for both produces a product that serves neither well. We design the information hierarchy before touching a single screen.
Every interaction is evaluated against: what happens when this doesn't sync? Forms need to save state. Decisions need to be completable offline. Errors need to be intelligible without a support call. We design for the connection dropping, not the connection holding, and everything else is easier from there.
Field research replaces feedback forms. Maritime crews don't submit tickets — they adapt, work around, and stop using features that fail them. We observe how software is actually used versus intended, and design from that gap. The most useful thing: watching someone navigate a flow they've learned to quietly avoid.
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That's exactly where we begin.
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