Pumicestone Passage, Queensland  ·  November 2025

A storm. A failed mooring.
A boat on the rocks.

This is why BoatMind was built — and why Queensland boat owners deserve better than finding out too late.

Read the story
Act One  ·  The Storm

In November 2025, a severe storm struck Pumicestone Passage at Bribie Island. It was described by many locals as cyclonic in nature, though it was never formally classified by the Bureau of Meteorology. The kind of storm that doesn't get a name but does get remembered.

My vessel was on a swing mooring that had been in place for four months. It failed.

By the time anyone knew, the boat was on the rocky shore with serious hull damage. There was no alert. No warning. No SMS. Just a phone call telling me my boat was on the rocks.

Sailing vessel aground on the rocks at Bribie Island after the storm, Pumicestone Passage bridge visible in background at golden hour

Pumicestone Passage, November 2025. The Bribie Island bridge visible in the background — the same bridge that would have taken the mast had the tide been flowing the other way.

"There was no alert. No warning. No SMS. Just a phone call telling me my boat was on the rocks."

The repairs would take weeks. The financial cost was significant. But what stayed with me — what I couldn't set aside — was simpler than the damage bill.

I had no way of knowing, in real time, that my vessel had left its mooring. A single SMS the moment the GPS moved outside a defined radius would have given me a chance to act before she reached the shore. That technology existed. I just didn't have it fitted.

That is the moment BoatMind was born.

Stage one  ·  What we could see from the shore
Car tyres rigged as makeshift fenders between the hull and rocks

The community rallied. Car tyres rigged as makeshift fenders to stop the hull grinding further against the granite while we worked out how to get her off.

Sailing vessel listing hard against rock wall, full scale of the grounding visible

The full scale of the grounding. Hard against the rock wall, listing at an angle no boat should ever sit. What we could see above the waterline was bad enough.

The damage visible from the shore was confronting — hull pressed against granite, the waterline scraping with every swell. We rigged what we could and focused on getting her off the rocks before the tide and the weather made things worse.

It was only once we had her standing upright on a temporary platform — once we could actually get underneath her — that we understood what had happened below the waterline.

Stage two  ·  What we discovered underneath

The damage on the rocks was bad enough.

But below the waterline, it was worse.

There were penetrations. Not scrapes. Not grazes. Holes you could see through.

You think you know how bad it is. Then you get underneath, and you find out it's worse.

Below the waterline  ·  Only visible once she was upright on the platform
Large hole punched through the fibreglass hull below the waterline, internal timber structure exposed

A hole through the hull. Fibreglass layers peeled back, the internal structure exposed. This was below the waterline — completely invisible from the shore until she was upright on the platform.

Second hull penetration point below the waterline, fibreglass and timber structure breached

A second penetration point at the waterline. Not one impact — multiple. The true extent of the damage only became clear once she was standing upright.

View along the underside of the hull at the waterline after refloat, fitting hanging into the green water

Looking along the underside at the waterline after refloat. She was back in the water before the full extent of the below-waterline damage was completely understood.

Extensive scraping damage running along the keel line for metres, antifouling stripped back to fibreglass and bare timber

The full extent, running along the keel. This wasn't a single impact. The boat had been ground along the rocks, stripping antifouling back to bare fibreglass — damage that ran for metres along the bottom of the hull.

Flooded boat interior showing damaged electrical systems, corroded wiring and mud-covered panels

Below decks. Flooded bilge, corroded wiring, mud across every surface. Every system that BoatMind now monitors — the battery, the bilge, the electrics — had been reached by the water that came through those holes.

Act Two  ·  What Followed

The repairs completed, the boat refloated. Back on a mooring. Wounded but still afloat — which is more than many vessels in that storm could say.

What followed reinforced the same lesson: Queensland boat owners have no affordable, reliable way to monitor their unattended vessels in real time. The products that exist are expensive, limited, and built overseas for different conditions. None of them understand Moreton Bay. None of them aggregate data across vessels to build a picture of what is actually happening on the water.

The gap that no product fills

Every time a Queensland boat drags its mooring, the owner finds out one of three ways: a phone call from a stranger who noticed, a harbourmaster's report, or their own eyes when they arrive at an empty mooring.

None of those three things happen in time to prevent the damage. They happen after. BoatMind is the alert that happens before — the moment the GPS moves, the moment the bilge pump runs unexpectedly, the moment the mooring takes a jolt that exceeds normal wave activity.

Early action is the difference between a recovered vessel and a total loss. BoatMind gives owners the chance to take it.

Sailing vessel back on the water during repair, supported by a temporary timber cradle, clear blue sky

The recovery. Back on the water, supported by a temporary timber cradle during repairs. Every boat that goes through something like this deserves an owner who knew — and had a chance to act.

What BoatMind does

Built around real failures.
Not a market study.

Every feature in BoatMind was designed because a real thing went wrong on a real boat in Queensland waters.

📍

GPS geofence alert

The moment your vessel drifts outside a defined radius, you receive an SMS. Not when someone notices. The moment it moves.

Born from the storm, November 2025
🌊

Sea state & mooring stress

IMU sensors detect wave intensity, roll, pitch and mooring jolts in real time. An early warning before conditions push a mooring to its limit.

Born from watching a mooring fail
🚰

Bilge pump monitoring

If the bilge pump runs too long or too often, you'll know immediately. Water ingress caught early is a repair. Caught late is a sinking.

Born from the damage aftermath
🔋

Battery monitoring

Real-time battery voltage with trend analysis. Know your boat will start when you return — not when you're already aboard.

Core safety feature
🗺️

Sea state network

Every BoatMind vessel contributes to a real-time conditions map of Queensland waters. More vessels means better intelligence for every owner.

BoatMind's network advantage
🤖

AI daily report

BoatMind-AI analyses your vessel's overnight data and delivers a plain-English morning report — what happened, what to watch, what needs attention.

Built for owners, not engineers
The reason it exists

I am not a technology company that identified a market gap.

I am a boat owner who lived the consequence of that gap. That distinction matters — because every feature in this system was designed around a real failure, not a spreadsheet.

BoatMind is built for Queensland waters, by someone who has watched what happens when those waters turn without warning. It is built so that the next owner who gets that phone call — or the one after that — already knew.

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Steve Utting  ·  Founder, BoatMind  ·  Brisbane, Queensland