AUTONOMOUS SURFACE VESSEL

Wraith AUSV

AI-powered maritime ISR, interdiction, and command relay — designed from the keel up for contested waters.

PLATFORM OVERVIEW

Purpose-Built for Autonomy

Wraith extends human reach into the world's most contested waterways. Unlike retrofitted small craft, Wraith was purpose-built for autonomous operations with rugged construction, AI-stabilized precision, and modular payload architecture.

With extended loiter endurance, resilient hull design, and JADC2-ready networking, Wraith delivers actionable intelligence and persistent presence where manned platforms cannot operate.

PATENT PENDING

S3: Contested-Environment C3 Architecture

Wraith's autonomy is powered by Spartan's proprietary S3 architecture — a resilient command, control, and communications system designed for denied, disconnected, intermittent, and low-bandwidth (DDIL) environments.

Real-time sensor fusion with AI decision loops
Multi-path secure communications (SATCOM, mesh relay)
Predictive stability intervention and autonomous recovery
Dynamic mode transitions based on threat and link state

Standalone Availability

S3 is available for integration into third-party autonomous platforms. The architecture can be licensed independently of the Wraith platform for integration into existing or new unmanned systems.

Inquire About S3 Licensing

AI CAPABILITIES

Intelligence at the Edge

Sensor Fusion

Multi-source data correlation for real-time situational awareness

AI Decision Loops

Autonomous response within defined rules of engagement

Collaborative Operations

JADC2-ready integration with UAVs, UUVs, and manned assets

Predictive Maintenance

Onboard telemetry and AI health monitoring

MODULAR ARCHITECTURE

Mission Pack Ecosystem

Common rail and quick-swap mounts enable rapid mission reconfiguration.

ISR

EO/IR, AIS, radar, relay node

EW/SIGINT

RF capture, SDR, emitter mapping

AUAV

Deck, cradle, or crane launch and recovery

Riverine

Shallow sonar, hydrophones, tactical C2 link

C-UAS

Radar, optics, jamming, acoustic detection

ASW

Sonar, diver/swimmer detection, seabed mapping