Sensor-agnostic AI enhancement for underwater exploration. From murky trenches to sunlit reefs — our diffusion models recover lost information in real time, on the edge.
UnderwaterAI is a sensor-agnostic enhancement suite for marine imagery. Drop in a murky photo, a colour-shifted video frame, or a feed from a 4 000 m-rated ROV — we recover detail in real time and tell you what you're looking at.
Two specialised diffusion models (Enhancement A for edge / mobile, Enhancement B for photorealism) recover contrast, correct colour cast, and super-resolve 4×. Inference in 30 ms on a Jetson Nano.
A YOLO-based detector trained on the Indian Ocean Dataset (IOD), EUVP, and UIEB recognises 15 000+ marine species and flags potential threats — submarines, mines, divers. Confidence-scored and exportable to marine-biology surveys.
Frame-to-frame stitching produces georeferenced 3-D terrain reconstructions of the seafloor — rock formations, sediment types, hydrothermal vents, and potential petroleum indicators. Native formats for GIS and survey tooling.
Drag the slider to reveal how our AI recovers lost detail from murky underwater footage — in real-time, on the edge.
Enhancement Model A — High-detail underwater super-resolution
MODEL A ENHANCED
ORIGINAL
Each model is tuned for a different underwater scenario. Compare outputs side-by-side and choose what fits your mission.
Optimised for broad underwater conditions with strong edge preservation and detail recovery across varying turbidity. Designed to perform reliably in complex, low-visibility environments.
Produces natural, photorealistic results with superior colour fidelity and reduced artefacts. Ideal for scientific documentation, marine-biology surveys, and archival research imagery.
A dual-phase system combining server-side training with real-time edge deployment for AUVs, ROVs, and diver-headset rigs.
UDnet training on unpaired data with synthetic generation for LU2net and MobileIE. CLIP validation ensures quality.
Real-time frame enhancement using MobileIE and LU2net on Jetson Nano / Xavier NX with a sub-15 W power budget.
YOLO-based detection for submarines, mines, divers, and marine species with confidence scoring.
Nightly retraining with fresh ROV data. Automated weight distribution to deployed devices via a central hub.
Vision-language model filters poor training samples and validates data quality before model updates ship to edge.
Real-time metrics: PSNR, SSIM, UIQM quality scores with YOLO confidence visualisation and telemetry.
Beyond enhancement — our system identifies marine species, geological formations, and potential threats automatically.
Rock formations, sediment types, hydrothermal vents, and potential petroleum indicators.
Automatic species identification for marine biologists and ecological surveys.
Submarine identification, underwater mines, unauthorised-diver detection for maritime security.
Whether you're a recreational scuba diver, an underwater photographer, or a marine-tourism operator — UnderwaterAI transforms every dive into a crystal-clear experience.
Real-time AI enhancement cuts through murk, green water, and turbidity — giving vivid, true-colour footage on every dive.
AI colour restoration brings out the vibrant hues of coral reefs that cameras miss in low-light environments.
Species-identification AI recognises 15,000+ marine species in real-time, turning every reef dive into an interactive tour.
Enhanced low-light visibility reveals intricate details of shipwrecks, making technical diving safer and more rewarding.
Integrate our API into dive-centre cameras and headsets to provide AI-guided tours, species ID, and stunning HD memories.
Real-time object detection identifies hazards, sea creatures, and navigation landmarks — keeping divers safe at depth.
Dual-use technology serving defence, research, and industrial applications.
Maritime surveillance, submarine detection, coastal monitoring, threat identification.
Underwater pipeline inspection, offshore rig maintenance, exploration site surveys.
Oceanographic studies, marine biology, climate monitoring, deep-sea exploration.
Real-time visibility enhancement for diver navigation, wreck exploration, photography.
Our founding leadership team — shaping the future of underwater intelligence.
Chief Executive Officer. Sets the vision and drives strategic partnerships across defence and research.
Chief Technology Officer. Leads model architecture, edge deployment, and the engineering team.
Chief Operating Officer. Orchestrates operations, partnerships, and field deployments.
Chief Product Officer. Shapes the product roadmap, UX, and customer success.