Know What's Beneath
Autonomous underwater intelligence for mapping, monitoring, and understanding the world's water systems.
AquatIQ deploys autonomous surface and underwater drones to continuously scan, map, and detect changes beneath the surface, turning unknown environments into actionable intelligence.
Autonomous Coverage
Surface + underwater
Mapping Cadence
Continuous repeat scans
Intelligence Output
Living seabed history
Mission Layer
Repeatable subsea mapping
Intelligence Layer
Change detection over time
USV
Base station
AUV / ROV
Seafloor scan
AI
Flag anomalies
The Problem
The underwater world is largely unknown.
Below the surface, critical infrastructure and environmental change are still measured in fragments. That leaves operators reacting late, spending too much, and learning too slowly.
Infrastructure sits unseen and unmonitored
Pipelines, hulls, intake systems, and subsea assets stay out of view until risk becomes expensive.
Inspections are expensive, slow, and manual
Specialized crews, vessels, and windows of calm weather make routine monitoring difficult to scale.
Environmental changes go undetected
Sediment shifts, debris, erosion, and biological growth accumulate beneath the surface without clear signals.
Data is fragmented and outdated
Point-in-time scans rarely become a persistent operational record teams can compare over time.
Intelligence Core
AquatIQ
Node
USV
Node
Aerial
Node
AUV / ROV
Node
Edge AI
Node
History
The Solution
A new layer of intelligence beneath the surface
AquatIQ combines autonomous vessels, underwater robotics, onboard AI, and persistent cloud intelligence into one repeatable marine sensing system.
Autonomous surface vessels (USVs)
Mission-ready base stations that navigate, coordinate assets, and maintain a persistent operating loop.
Underwater drones (ROVs/AUVs)
Subsurface assets that capture sonar, terrain, and object data where human access is limited or unsafe.
Continuous scanning and repeat mapping
Build a consistent historical record instead of disconnected inspections and one-off surveys.
AI-powered anomaly detection
Flag drift, changes, hazards, and anomalies as they emerge instead of after manual review.
Real-time and historical insights
Turn each mission into a clearer operational picture and a deeper long-term intelligence layer.
System Flow
From mission plan to operational understanding
AquatIQ turns the mission sequence into a clear autonomous operating loop: deploy, scan, process, decide, persist, and learn.
Operator Input
User selects area and scan path
Mission planning defines the target waterway, scan geometry, and autonomy envelope before deployment begins.
- Area of interest selected
- Scan path and waypoint sequence defined
Mobile Base Station
USV navigates to the survey area
The surface vessel establishes the operating footprint, coordinates deployed assets, and acts as the mission nerve center.
- Navigates to target area
- Maintains command and communications link
- Supports deployment, recovery, and recharge
Optional
Deploy aerial drone
Aerial support expands visibility above the waterline and strengthens connectivity across the mission area.
- Provides live video
- Acts as signal relay
- Monitors environment
Primary Survey Asset
Deploy underwater drone (AUV / ROV)
The underwater vehicle scans the seafloor, captures terrain information, and identifies objects below the surface.
- Performs sonar scan
- Captures seafloor data
- Maps terrain and detects objects
Onboard Intelligence
AI processes data at the edge
The USV fuses incoming mission data to keep detection, mapping, and decisioning close to the operating environment.
- AI detection
- Mapping
- Anomaly flagging
Decision
If battery low
Vehicle state determines whether the system recovers for recharge or keeps advancing through the mission plan.
- Evaluate power state
- Assess next waypoint feasibility
Recovery Path
Return, dock, recharge, relaunch
Assets autonomously return to the USV, recover power, and either relaunch or swap to keep the mission moving.
- Return to USV
- Auto dock
- Recharge
- Relaunch or swap unit
Active Path
Continue scanning next waypoint
If conditions and power remain within range, the mission continues without interrupting survey coverage.
- Advance to next waypoint
- Repeat scan loop
End State
Mission complete
The mission resolves with a packaged survey record, asset status, and finalized outputs ready for post-processing.
- Survey path completed
- Field mission packaged
Persistence
Upload data to cloud
Mission outputs sync into the long-term intelligence layer so every run improves the historical model.
- Store survey assets
- Update historical record
Operator Surface
Dashboard
Users move from raw mission data to operational understanding through a persistent intelligence interface.
- Maps
- Alerts
- Reports
- Change detection
Use Cases
Built for high-value water operations
AquatIQ fits wherever conditions below the surface matter operationally, environmentally, or economically.
Oil & Gas
Pipeline monitoring, leak detection, subsea inspection
Environmental
Water quality, sediment tracking, ecosystem monitoring
Agriculture
Irrigation mapping, pond health, drainage analysis
Ports & Marinas
Debris detection, bottom mapping, safety monitoring
Vision
Mapping the unseen
AquatIQ is building a distributed network of autonomous systems to map and monitor the world's water, turning the ocean floor into a living, intelligent dataset.
Intelligence Goal
Persistent understanding of what changes below the surface
Start Understanding What's Beneath
Start understanding what's beneath
Bring autonomous marine inspection, mapping, and long-horizon underwater intelligence into one operational system.