Untether
Autonomous navigation for marine robotics
Autonomous navigation for marine robotics
Adaptable mission profiles
Item Retrieval
Cable Inspection
UXO disposal
Oceanography
Hull Inspection
Mine Clearing
Coral Mapping
Item Retrieval
Cable Inspection
UXO disposal
Oceanography
Hull Inspection
Mine Clearing
Coral Mapping
We let your ROV operate autonomously. Forget about tangled tethers, support ships and human operators. SplashAI controls your ROV and executes complex missions
Seamless Integration
Our universal vision and compute module is small enough to mount to any ROV
Seamless Integration
Our universal vision and compute module is small enough to mount to any ROV
Seamless Integration
Our universal vision and compute module is small enough to mount to any ROV
Wireless Freedom
Once installed, SplashAI talks directly to your ROV's processor and sensors
Wireless Freedom
Once installed, SplashAI talks directly to your ROV's processor and sensors
Wireless Freedom
Once installed, SplashAI talks directly to your ROV's processor and sensors
Intuitive Commands
Program mission objectives using natural language prompts in minutes
Intuitive Commands
Program mission objectives using natural language prompts in minutes
Intuitive Commands
Program mission objectives using natural language prompts in minutes
Improved Operations
Increase ROV functionality, save time and money. Expand your mission capability.
Improved Operations
Increase ROV functionality, save time and money. Expand your mission capability.
Improved Operations
Increase ROV functionality, save time and money. Expand your mission capability.
A Cutting-Edge
Multi-mission ROV AI autopilot
01
Defense sector
Locate and destroy explosives with ease. From bottom-dwelling naval mines to unexploded ordanance, SplashAI's advanced machine vision algorithm can detect them all.
01
Defense sector
Locate and destroy explosives with ease. From bottom-dwelling naval mines to unexploded ordanance, SplashAI's advanced machine vision algorithm can detect them all.
02
Search and Rescue
When lives are on the line, every second counts. Save hours of setup time and operate in rough states without a tether. Locate shipwrecks and distressed submarines without waiting for support ships to arrive.
02
Search and Rescue
When lives are on the line, every second counts. Save hours of setup time and operate in rough states without a tether. Locate shipwrecks and distressed submarines without waiting for support ships to arrive.
03
Ocean Research
Reduce costs and cover more ground with parallel deployments. Access your ROV's full potential to conduct long-range missions and gather orders of magnitude more data.
03
Ocean Research
Reduce costs and cover more ground with parallel deployments. Access your ROV's full potential to conduct long-range missions and gather orders of magnitude more data.
04
Inspections
Automate routine undersea infrastructure inspections. Detect problems sooner and cover more ground. Our machine vision algorithm can automatically detect corrosion, cracks and damage.
04
Inspections
Automate routine undersea infrastructure inspections. Detect problems sooner and cover more ground. Our machine vision algorithm can automatically detect corrosion, cracks and damage.
FAQs
A few more details
How does SplashAI navigate?
By leveraing compass heading, doppler-velocity logging and stereo vision, the compute module can precisely determine the vehicle's track over ground once the seabed is reached. As the ROV travels vertically through the water column, drift is estimated using an on-board IMU.
How do you program a mission?
What ROVs are compatible?
How do you install it on an ROV?
What missions are possible?
Does it work in low visibility?
How does SplashAI navigate?
By leveraing compass heading, doppler-velocity logging and stereo vision, the compute module can precisely determine the vehicle's track over ground once the seabed is reached. As the ROV travels vertically through the water column, drift is estimated using an on-board IMU.
How do you program a mission?
What ROVs are compatible?
How do you install it on an ROV?
What missions are possible?
Does it work in low visibility?
How does SplashAI navigate?
By leveraing compass heading, doppler-velocity logging and stereo vision, the compute module can precisely determine the vehicle's track over ground once the seabed is reached. As the ROV travels vertically through the water column, drift is estimated using an on-board IMU.
How do you program a mission?
What ROVs are compatible?
How do you install it on an ROV?
What missions are possible?
Does it work in low visibility?