“I created Seavu to make underwater inspections faster, clearer, and more reliable โ using the cutting-edge tech you already own. With real-time footage on your phone or tablet, you can see exactly whatโs happening below and make confident decisions on the spot.”
โ Charlo Carabott, Founder of Seavu
Monitor underwater conditions directly from your phone, perfect for inspecting submerged structures, assessing underwater environments, and identifying potential issues in real-time.
Attach the Seeker to extension poles, weights, or other gear, adapting easily to various exploration scenarios.
Built to withstand saltwater conditions, ensuring long-lasting use.
Easy to set up and carry, making it perfect for quick deployment during underwater inspections and convenient for travel to various inspection sites.
Seamlessly connects with popular models like GoPro and DJI, delivering clear, high-quality footage.
Available in multiple lengths (3m, 7m, 17m, 27m, 52m) to accommodate different inspection requirements.
View live underwater footage directly on your mobile device, perfect for inspecting structures, monitoring marine environments, and observing underwater conditions.
Designed for use while anchored, drifting, or trolling, providing smooth, clear video capture.
Quickly attach or switch accessories, enhancing versatility and convenience during underwater inspections.
Built to withstand harsh marine environments, ensuring reliable performance in saltwater.
Seamlessly connects with popular models like GoPro and DJI, delivering clear, high-quality footage.
Available in multiple cable reel lengths (17m or 27m) to suit different underwater inspection needs.
Live underwater camera systems, such as Seavu, are used across a wide range of inspection applications, including hull inspections, marina infrastructure checks, moorings and pilings, propellers and rudders, aquaculture infrastructure, and submerged structural assets. Live viewing allows inspectors to confirm conditions immediately and reposition the camera as needed.
Live underwater cameras allow inspections to be carried out from the surface, reducing reliance on divers for initial assessments. Systems like Seavu provide rapid visual confirmation that helps determine whether diver intervention is required, improving safety and efficiency.
Yes. Real time video allows an inspector to adjust camera angle, lighting, and position during the survey, reducing the likelihood of gaps or unusable footage. This improves coverage and decreases the time spent on repeat passes.
Yes. Live underwater camera systems are effective for periodic condition monitoring of submerged assets. They support documentation of corrosion, biofouling, cracks, pitting, attachment points, and other features relevant to maintenance planning.
Yes. Live underwater camera systems are commonly used for pre haul out inspections to identify areas of concern before lifting a vessel. Systems such as Seavu allow these checks to be completed quickly, helping prioritise maintenance and reduce unexpected work during haul out.
Operational depth depends on the camera system and cable used. Some systems are designed for shallow water or nearshore inspections, while others support deeper applications. Choosing the appropriate cable length and depth rating before deployment ensures effective coverage for inspection targets.
Yes. Most live underwater camera systems allow simultaneous viewing and recording. Recorded footage can be used for detailed analysis, reporting, archiving, and sharing with stakeholders after the inspection is complete.
Visibility is influenced by water turbidity, lighting, and particulate matter. Many live underwater camera systems use built-in or auxiliary lighting and adjustable angles to improve visibility. Real time feedback allows the operator to adapt the approach based on conditions.
Live underwater camera systems are designed to be intuitive, but operators should be familiar with:
Training improves data quality and reduces deployment errors.
Yes. Live underwater inspections can be used as part of pre-dry dock or pre-haul-out assessments to identify areas of concern before lifting a vessel. This information can help prioritise maintenance and reduce unexpected work once out of the water.


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1.1 Definitions
In this Agreement the following definitions apply:
1.2 Interpretation
In this Agreement:
This Agreement commences on the Commencement Date and continues subject to any rights of early termination under clause 8 for a period of time set out in item 3 of SCHEDULE 1.
The Ambassador warrants during the Term of this Agreement that:
Each party must execute such agreements, deeds and documents and do or cause to be executed or done all such acts and things as necessary to give effect to this Agreement.