BUILT FOR CONTINUOUS OFFSHORE MONITORING
THE FIRST MULTI-LAYER RESIDENT ROBOTIC SYSTEM
BubbleDock
RESIDENT "MOTHERSHIP"
Specifications
Energy & Endurance
Fully energy self-sufficient
Hybrid renewable onboard power for >6 months endurance
Option to connect to existing offshore energy infrastructure
Mobility & Survivability
Autonomous anchoring and station-keeping
Self-righting architecture up to sea state 7
Operations
Autonomous Launch, Recovery, Recharge & Data offload of BubbleBots
Support for both ROV and AUV deployment
Performance
Sustained cruise speeds of 6 knots
Single-charge operational range up to ~40 km on hybrid power, with autonomous remote recharging
BubbleBot
SUBSEA WORKER
ROV
Glider
Specifications
Vehicle Type
Supports integration with proven ROV and AUV platforms
Operations
Autonomous launch, recovery, recharge, and data offload via BubbleDock
Designed for multi-month, no-human offshore subsea operations
Autonomy
Proprietary edge autonomy enabling supervised autonomous subsea operations and remote control from shore.
Vertically integrated sensor, compute, and software stack
Sensing & Payload
Modular sensor stack including vision, acoustic, sonar, and environmental sensors, configurable for O&M inspection, environmental monitoring, and security missions
Performance & Environment
Industry-grade, millimeter-level data precision
Stable operation in currents up to 2 knots
Depth rating up to 300m
Benefits
Bubble Robotics unifies autonomous surface and subsea robots with onboard autonomy and AI-powered insights, delivering continuous industrial-grade monitoring cheaper, safer and entirely vessel free, with no crews or divers ever needed.
Endurance
Resident deployments up to six months. Daily or weekly coverage instead of annual snapshots.
Safety
No divers or hazardous missions. Zero human exposure in harsh offshore environments.
Sustainability
Vessel-free operations deliver a step change in CO2 reduction and ESG performance.
Performance
Millimetre-level imagery and multimodal sensor data, with long-term histories for predictive maintenance.
Cost-effectiveness
No vessels, no crews. Autonomous operations cutting offshore inspection costs by an order of magnitude.
A vertically integrated physical-AI platform
Specifications
A unified mission control and AI insight stack for long-duration offshore operations, enabling autonomous execution and near-real-time insights without vessels or crews.
Real-time navigation, docking and obstacle avoidance
Sensor fusion for fine-grained 3D positioning
Dynamic mission re-planning in complex conditions
Encrypted local compute resilient to loss of comms
Low-cost, patented autonomy algorithms built for subsea environments
Unlock autonomous subsea monitoring in 4 simple steps
BRING AUTONOMOUS INTELLIGENCE TO YOUR OFFSHORE ASSETS