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INStinct

INStinct is Vatn’s configurable maritime Inertial Navigation System, delivering accurate state estimation when GNSS signals are jammed, spoofed, or unavailable.

GPS-denied performance.
Modular sensor architecture.
MEMS to FOG scalability.

GPS Goes Down. INStinct Does Not.

Reliable navigation is the most critical system component in autonomous maritime operations. It is also the most vulnerable.

INStinct is Vatn's Inertial Navigation System. Purpose-built for surface and underwater environments. Accurate positioning and state estimation when GNSS signals are jammed, spoofed, or unavailable. Configurable to SWAP-C and mission requirements. Modular architecture. MEMS-based or upgrade to a Fiber Optic Gyroscope (FOG) when the mission demands it.

One INS. Any Mission.

GPS-Denied Navigation

INStinct maintains positioning accuracy during partial or complete GNSS outages. Jamming. Spoofing. Total signal loss. It holds course.

Modular Sensor Architecture

Configure from MEMS to FOG based on accuracy, size, weight, power, and cost. Scale the INS to the mission. Not the other way around.

Multi-Source Fusion

INStinct fuses multiple aiding sources. Customer-provided data. Integration is straightforward.

Maritime-Optimized Algorithms

Not a land or air INS adapted for water. Designed for surface and underwater dynamics from the start.

Rapid Initialization

INStinct fuses multiple aiding sources. Customer-provided data. Integration is straightforward.

Configurable Precision

Modular sensor configuration including FOGs for increased accuracy
Multiple DVL integrations, including the Nortek Nucleus
Rapid initialization. Manual Optionality.
Simplified GUI
Maritime-optimized algorithms
OEM, IP65, or depth-rated housing available

Where It Works

UUV Navigation

Primary INS for Vatn's S6 and S12 class vehicles. Proven in GPS-denied undersea operations.

USV / Autonomous Surface Vehicles

Surface navigation with GNSS-resilient positioning for unmanned surface platforms.

Third-Party Platform Integration

OEM-ready for integration into external UUVs, USVs, and other autonomous maritime systems.

Hydrographic Survey

Accurate positioning for subsea mapping, inspection, and data collection operations.

Mine Countermeasures

Precise navigation in contested environments where GPS is denied and positional accuracy is mission-critical.

Navigate What’s Coming.