DEEPNIMBUS

One Mission. Two Domains. Zero Blind Spots.

From the sky to the seafloor, we close the gaps that decide the outcome.

EXPLORE OUR TECHNOLOGY

Why This Matters

The battles and challenges of tomorrow will not stay in one domain.

Threats, disasters, and disruptions will flow from air to sea, from coastline to deepwater — faster than our ability to respond.

In defense, that delay costs security.
In energy, it costs millions.
In infrastructure, it costs lives.
In the environment, it costs the planet itself.

The Gap

Today’s systems are built for silos.

Air assets can’t dive. Underwater vehicles can’t fly. Data sits in fragments, scattered across vendors and formats. By the time it’s stitched together, it’s already too late.

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Unified Ocean-Air Intelligence System

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AVATAAR –Amphibious Drone

One system. Two domains. Seamless operation.

AVATAAR transitions effortlessly from aerial flight to underwater dive, reaching remote or hostile locations and delivering real-time intelligence without asset swaps.

Use Cases:

Port and Harbour Security
First line of defence in long range underwater domain environment
Underwater Loitering munition
Coastal & maritime surveillance
Environmental monitoring & research
Search Ops
Emergency site assessments

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NEXOR – Hovering Autonomous Underwater Vehicle

Precision meets simplicity.

Designed to hover close to subsea assets for high-fidelity imaging, NEXOR offers reliable data for inspection, surveys, and monitoring — even in strong currents.

Use Cases:

Subsea infrastructure inspections
Ship hull and tank inspection

Construction & dredging support

Habitat & sediment studies

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DeepNimbus – Ocean Intelligence Platform

From raw data to real-world decisions.

The digital brain of the network, DeepNimbus ingests data from AVATAAR, NEXOR, and other sources — transforming it into visual intelligence, mission reports, and actionable insights so your teams act faster and with certainty.

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AquaAirX GCS — Unified Mission Control System

Total command of air, surface, and underwater operations.

The operational cockpit for the entire AquaAirX fleet, the Ground Control Station brings together live telemetry, sonar visualization, mapping, camera feeds, and mission automation into one seamless interface. From aerial flights to deep-water surveys, the GCS ensures fast, accurate, and reliable decision-making in the field.

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A Smarter Way Forward

We believe the next leap in marine operations doesn’t lie in replacing—it lies in reimagining.

That’s where amphibious autonomy comes in.

Use cases

Persistent Coastal & EEZ Patrol (Recurring, Strategic)

The Problem:
India alone has over 7,500 km of coastline and vast Exclusive Economic Zones (EEZ) that face constant challenges — illegal fishing, smuggling, piracy, and intrusions by foreign assets. Ships and crewed aircraft can’t provide continuous coverage, and underwater activity is often invisible until it’s too late.

Amphibious Advantage:
AVATAAR can autonomously patrol both surface and subsurface approaches without a support ship — monitoring suspicious craft from the air, then diving to verify, track, or intercept.

Frequency: Daily/weekly patrols across multiple coastal sectors.
Impact: Reduces blind spots, lowers operational cost, increases deterrence.

Anti-Submarine & Diver Detection in Shallow Waters (Recurring, Mission-Critical)

The Problem:
Enemy mini-subs, swimmer delivery vehicles, and combat divers exploit shallow littoral waters where conventional naval sonar assets struggle. Ship-borne solutions are costly to deploy and slow to reposition.

Amphibious Advantage:
From the air, AVATAAR quickly reaches the suspected zone. Once submerged, it deploys imaging sonar and acoustic sensors to detect, classify, and track underwater threats — even in cluttered coastal environments.

Frequency: Triggered whenever sonar buoys or intel sources flag an anomaly.
Impact: Rapid, localized response to underwater intrusions without mobilizing a warship.

Amphibious Reconnaissance for Amphibious Assault / Island Defense (Recurring in Conflict Scenarios)

The Problem:
Island territories and forward outposts require situational awareness across both land-sea approaches. In contested zones, traditional reconnaissance risks exposure and mission compromise.

Amphibious Advantage:
AVATAAR can fly in covertly, dive to map underwater approaches, and surface to scout landing zones — sending actionable intelligence before forces deploy.

Frequency: Pre-operation sweeps and regular patrols in contested waters.
Impact: Reduces ambush risk, secures amphibious operations.

Forward Naval Base & Harbor Security (Recurring, Permanent Need)

The Problem:
Ports, naval bases, and anchorage areas are high-value targets for sabotage — requiring continuous monitoring both above and below the waterline. Ships and divers can’t sustain 24/7 coverage.

Amphibious Advantage:
AVATAAR performs round-the-clock automated sweeps of harbor approaches, underwater infrastructure (piers, cables, pipelines), and anchored vessels — detecting mines, intrusions, or tampering.

Frequency: Continuous or shift-based autonomous operation.
Impact: Persistent, unmanned port security with instant incident response.

Search & Recovery in Combat Zones (Recurring in Disaster/Conflict Response)

The Problem:
Combat zones and post-conflict regions often contain collapsed structures, damaged vessels, downed equipment, and missing personnel. Traditional search teams face extreme risk due to active threats, unexploded ordnance, hazardous terrain, and murky underwater conditions. Human divers have limited endurance, slow coverage, and very high vulnerability in these environments.

Amphibious Advantage:
AVATAAR can rapidly enter contested zones without exposing personnel. From the air, it can scan debris fields, detect heat signatures, and locate possible survivors. It can then transition underwater to perform close-range searches using sonar, cameras, and DVL-assisted navigation — identifying bodies, equipment, or evidence even in zero-visibility waters. No support vessel is required, enabling fast deployment.

Frequency:
Triggered during wartime operations, disaster response, or high-risk recovery missions; used repeatedly across affected sectors until the area is cleared.
Impact:
Dramatically improves safety, speeds up search operations, enables precision recovery in hostile terrain, and reduces risk to human teams by taking over the most dangerous phases of the mission.

Discover Deeper. Fly Farther.

AquaAirX develops AI-powered amphibious drones capable of seamless transition between air and underwater environments. We enable autonomous exploration, inspection, and surveillance across maritime, coastal, and aerial domains.

About Us