We’re delighted to share that Tritonia Scientific has been named a finalist in the Innovation category at the Aquaculture Awards 2026, taking place on Tuesday 16 June. Being shortlisted alongside some genuinely impressive companies is a real honour — but what makes this particularly meaningful is what it represents: recognition that a fundamentally better way of seeing and understanding the seabed is gaining ground in the aquaculture industry.
What We Were Nominated For
Our entry centres on the work we’ve been building towards for years: georeferenced 3D photogrammetry and digital seabed modelling for aquaculture environments.
Surveying seabeds around finfish farms has always been a difficult problem. Poor visibility, challenging underwater conditions, and the limitations of traditional grab sampling or video-based methods have long constrained what regulators and operators could actually know about what’s happening beneath their sites. Conventional approaches produce snapshots — often incomplete ones — rather than the kind of detailed, repeatable records that support confident decision-making.
Our approach is different. We deploy ROVs equipped with advanced imaging and navigation systems to capture precisely geolocated underwater data, which is then processed into high-resolution, spatially accurate 3D digital models — or “digital twins” — of the seabed. These models let producers and regulators essentially remove the water column and interact with the seabed in a level of detail that simply wasn’t possible before, even in low-light or turbid conditions.
Why It Matters
The outputs go well beyond improved aesthetics. These digital twins create permanent, auditable records of seabed condition — the kind that hold up to regulatory scrutiny and support meaningful long-term monitoring. Operators can visualise substrate types, quantify habitat features, and objectively detect change over time. That’s a significant step forward for both environmental transparency and day-to-day farm management.
What started as a solution to the particularly thorny challenge of monitoring hard-bottom habitats — where traditional sampling methods were especially inadequate — has evolved into a substrate-independent environmental monitoring system. Automated detection and quantification of habitat types, priority marine features, and temporal change are now possible across a wide range of site conditions.
All of this is delivered through our Hydrophis data platform, which transforms complex survey datasets into accessible, interactive 3D environments in the cloud. Rather than receiving a static survey report, clients get a dynamic, decision-ready spatial environment that they can interrogate, measure, and return to over time.
Beyond Scotland
The technology is already making an impact across Scotland’s aquaculture sector, but we’re particularly pleased to see it expanding internationally. With uptake now growing in Norway — supported by funding from the Norwegian Seafood Research Fund — there’s real market confidence in the approach. A Norway-specific version of Hydrophis is in development, aligned with evolving regulatory and ESG requirements, and we’re working towards making the platform available on a scalable, subscription basis so that operators of all sizes can access high-resolution seabed intelligence.
Looking further ahead, we’re embedding AI-driven habitat classification and real-time change detection within Hydrophis, and extending its reach to integrate multi-beam echo sounder, environmental, and ecological datasets — all within a single spatial framework. As autonomous marine robotics and swarm technologies mature, the volume and frequency of georeferenced seabed imagery available to the industry will grow rapidly. Hydrophis is being built to handle that future.
A Word of Thanks
Being recognised at the Aquaculture Awards — one of the industry’s most respected events — is something the whole Tritonia team is genuinely proud of. It’s a reflection of the work put in by everyone involved, from our survey teams in the water to the developers building Hydrophis, and of course the clients and collaborators who’ve trusted us to help them see their sites differently.
We’ll be at the awards on 16 June. Fingers crossed — and whatever the result, we’ll be celebrating the fact that the industry is increasingly recognising that better data leads to better aquaculture.
