ROVs · AUVs · Maritime Intelligence

Pioneering Underwater Robotics for India's Future

SAMVIT Intelligence develops underwater robotic platforms and mission intelligence for inspection, mapping, GPS-denied navigation, Maritime Domain Awareness and progressively autonomous operations.

Explore VARUNA → Core technologies

ROVs & AUVs GPS-denied navigation AI perception Situational awareness

Built for demanding marine missions.From inspection workflows to autonomous subsea operations.

ROVRemote operations

AUVAutonomous missions

MDAMaritime awareness

AIPerception & autonomy

Strategic Footprint

Our Journey & Market Trajectory

Global ROV Market: $4.4B; ~12% CAGR
Annual Marine Infra: ₹8,000+ Cr; Spend in India
Large Dams: 5,200+; Requires Regular Audit
India Coastline: 7,500 km; Under-Served Frontier
Make-in-India: 100%; Zero Import Lock
Founding Team: 6 Members; IIT / Defence R&D

VARUNA PLATFORM FAMILY

One underwater robotics stack. Multiple mission classes.

VARUNA is designed as a modular family spanning practical remotely operated inspection, mission payloads and a progressive path toward autonomous underwater operations.

Inspection Hercules research ROV being lowered into the sea

Representative mission photograph

Remotely Operated Vehicle

Inspection ROV

Portable underwater inspection for civil, maritime and industrial assets where diver access is difficult, costly or unsafe.

Stable visual inspection
Modular sensors & payloads
Structured mission records

Mission ROV Hercules ROV manipulator collecting a deep-sea coral sample

Representative mission photograph

Intervention + Intelligence

Mission ROV

A capability layer for specialized payloads, inspection intelligence, light intervention and operator decision support.

Mission-specific payload integration
AI-assisted visual review
Intervention-ready architecture

Autonomy roadmap Survey team preparing to launch a REMUS 600 autonomous underwater vehicle

Representative mission photograph

Autonomous Underwater Vehicle

AUV & Fleet Autonomy

A longer-term evolution toward autonomous navigation, multi-vehicle coordination, surface–subsea teaming and persistent mission awareness.

GPS-denied autonomous navigation
Context-aware route planning
Fleet & mission coordination

MISSION DOMAINS

Underwater robotics meets maritime awareness.

Our domain is the full operating picture around marine robotic systems: vehicles, sensing, navigation, mission software, Maritime Domain Awareness and Situational Awareness.

Discuss a mission →

Deep Discoverer remotely operated vehicle surveying the seafloor

01Core domain

ROVs & Underwater Robotics

Remote inspection, sensing, payload operations and subsea intervention workflows.

Researchers preparing to launch a yellow REMUS autonomous underwater vehicle

02Autonomous systems

AUVs

Autonomous underwater missions with mapping, perception, planning and navigation.

Ocean exploration operators monitoring live vehicle and mission displays

03Mission intelligence

Maritime Domain Awareness

Fusing mission, sensor and platform context into a more complete maritime operating picture.

Ship bridge with radar and navigation displays

04Operational picture

Situational Awareness

Context-rich sensing and perception for operators and autonomous systems in complex environments.

Ship undergoing maintenance in a dry dock

05Maritime operations

Ports & Shipyards

Hull, berth, jetty and submerged infrastructure inspection without unnecessary diver exposure.

Aerial view of Hoover Dam and its reservoir

06Critical infrastructure

Dams, Bridges & Reservoirs

Repeatable underwater surveys around civil structures, foundations and intake systems.

Offshore oil and gas production platform at sea

07Offshore

Energy & Subsea Assets

Inspection support for marine structures where access is expensive and weather-sensitive.

Scientists deploying oceanographic sampling equipment from a research vessel

08Research & blue economy

Marine Research

Survey, monitoring and data capture for scientific, aquaculture and environmental applications.

OUR STRENGTH

Five patented technologies. One autonomy stack.

The platform combines decision intelligence, navigation, propulsion, physical AI and perception for robotics that must operate when the environment is uncertain and GPS is unavailable.

Deep Discoverer pilot operating the robotic manipulator from the control room

Context-aware autonomous route planning using Knowledge & Context Graphs

Mission planning that reasons over environment, platform state, task constraints and accumulated contextual knowledge rather than treating navigation as an isolated path-finding problem.

Knowledge graphsContext graphsMission planningAutonomy

Marine radar navigation equipment on the bridge of icebreaker Tarmo

SLAM-based localized mapping & GPS-denied navigation

Localization and mapping for underwater and constrained environments where conventional satellite navigation is unavailable or unreliable.

SLAMLocalizationMappingGPS-denied

Technician explaining the gas turbine propulsion system of a naval landing craft

Electric + gas-turbine hybrid propulsion

Hybrid propulsion research aimed at combining electric efficiency, mission endurance and high-power performance for next-generation autonomous platforms.

Hybrid propulsionPower managementEndurance

Technician servicing the Deep Discoverer robotic manipulator arm

VLA-based physical robotics

Vision-Language-Action approaches that connect perception, instruction understanding and robotic action to support more flexible physical autonomy.

VLAPhysical AIEmbodied intelligence

Deep Discoverer illuminating a deep-sea coral habitat at Retriever Seamount

Low-visibility & low-light image enhancement using AI

AI-assisted enhancement of degraded underwater imagery to improve operator interpretation, visual inspection and downstream robotic perception.

Image enhancementLow lightUnderwater vision

MARITIME INTELLIGENCE

From a vehicle view to a mission-wide operating picture.

Maritime Domain Awareness and Situational Awareness connect what the vehicle sees with mission context, asset history, navigation state and operator priorities.

Multi-source contextCombine vehicle, sensor, mission and environmental information.

Operator decision supportSurface relevant events, anomalies and mission state without replacing human judgment.

Autonomy foundationGive planning and control systems the context required for increasingly autonomous behavior.

Naval controller monitoring operations from an aircraft carrier control center

MISSION WORKFLOW

From deployment to actionable mission intelligence.

A repeatable workflow that compounds data and capability across missions.

01 / DEPLOY

Configure

Prepare the platform, payload and mission constraints for the operating environment.

02 / NAVIGATE

Localize

Build and update local understanding even when GPS is unavailable.

03 / PERCEIVE

Interpret

Enhance imagery, organize observations and maintain mission context.

04 / ACT

Decide

Support operator action today and progressively autonomous behavior over time.

ABOUT SAMVIT

Building an indigenous underwater robotics and autonomy capability.

SAMVIT Intelligence is focused on the full robotics stack: underwater vehicles, sensing, navigation, perception, mission intelligence and a progressive path toward physical autonomy.

Our approach starts with useful field systems and repeatable missions, then compounds operational data and engineering capability into more advanced autonomous behavior, Maritime Domain Awareness and coordinated robotic operations.

Underwater roboticsROVsAUVsComputer visionPhysical AIMission software

CAPABILITY SPINESAMVIT

01
Vehicle systemsROV/AUV architecture, payload integration and reliable field operations.
02
Sensing & perceptionUnderwater imaging, low-light enhancement and environmental understanding.
03
Localization & navigationSLAM, mapping and GPS-denied navigation for repeatable missions.
04
Context & autonomyKnowledge/context graphs, VLA systems and autonomous decision support.
05
Mission intelligenceSituational Awareness, Maritime Domain Awareness and multi-vehicle workflows.

FAQ

Questions from mission partners.

For a technical discussion, share the mission objective, operating environment, expected depth, sensing requirements and autonomy requirements.

What is SAMVIT Intelligence focused on?

SAMVIT focuses on ROVs, AUVs, underwater robotics, autonomous navigation, physical AI, Maritime Domain Awareness and Situational Awareness for demanding marine missions.

What is VARUNA?

VARUNA is the underwater robotics platform family, spanning inspection-oriented remotely operated systems and a longer-term evolution toward autonomous underwater and multi-vehicle operations.

Can the system work without GPS?

The technology roadmap explicitly includes SLAM-based localized mapping and GPS-denied navigation for underwater and constrained environments where satellite positioning is unavailable.

Is the platform configurable for different missions?

Yes. The architecture is presented around modular payloads and mission-specific sensing, perception and intervention requirements. Final configuration depends on the operating environment and mission objective.

Do you support pilot projects and technology partnerships?

Yes. A useful starting point is a scoped mission or pilot with clearly defined assets, environment, outputs, payload needs and operational constraints.

START A MISSION

Have an underwater robotics challenge?

Tell us about the mission, environment, platform need and the outcome you want. We can use that to frame a pilot, product discussion or technology collaboration.

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