Visual and infrared sensing for 24/7 surface awareness. Designed for missions that require real-time visual monitoring, identification, and tracking of vessels or surface activity.

Potential configurations:

• EO/IR gimbals: MWIR, LWIR, or dual-band stabilized turrets for day/night operation

• Camera arrays: panoramic, low-light, or zoom-optimized cameras for wide-area or focused coverage

• Edge processing modules: onboard AI for object detection, tracking, and classification

• Data integration: fused overlays with AIS, radar, and GPS feeds

Common use cases: maritime domain awareness, maritime border security, smuggling interdiction, infrastructure protection, convoy overwatch.

Detection and tracking of cooperative and non-cooperative targets provides reliable surface picture generation even in low visibility or adverse weather.

Potential configurations

• Marine radar units: compact X-band or S-band systems with selectable range and resolution

• Processing modules: onboard radar tracking and target correlation with AIS and EO/IR inputs

• Low-power radar options: FMCW or solid-state radars for stealth or close-range operations

• MIMO or phased-array upgrades: for multi-target tracking and enhanced discrimination

Common use cases: maritime domain awareness, route and choke-point surveillance, detection of low-profile or radar-reduced vessels, force protection, and distributed ISR support..

Low-altitude radar detection for counter-UAS and sea-skimming missile defense. Provides early warning and cueing against aerial threats, enhancing layered protection for maritime and coastal assets.

Potential configurations

• Compact 3D radar systems: X-band or Ku-band units optimized for small-object and low-RCS detection with high update rates

• Elevation-capable mast or tethered sensor mounts: Increased sensor height to extend line-of-sight and improve detection of low-flight profiles

• AI-based classification modules: Real-time discrimination between birds, drones, and potential threats using kinematic and return-signature analysis

• High-rate track processing and cueing outputs: Low-latency interfaces to local C2, CIWS, and other layered defense systems for rapid engagement decisioning

• Data fusion: Correlation with EO/IR, RF detection, and surface radar feeds to reduce false alarms and improve track confidence

Common use cases: counter-UAS surveillance, low-altitude airspace monitoring, sea-skimming missile approach warning, and short-range cueing for layered maritime defense systems.oes here

Passive RF monitoring for spectrum awareness and threat detection. Enables wideband interception, analysis, and geolocation of communications and radar emitters across the maritime environment.

Potential configurations

• SDR-based receivers: coverage from VHF through Ku-band, tailored per mission requirement

• Directional antennas: fixed, gimbaled, or array-based DF systems for emitter geolocation

• Signal analytics: classification, demodulation, and interference identification packages

• Networking support: multi-node triangulation and secure data sharing across distributed fleets

Common use cases: spectrum intelligence, detection of illicit communications, EOB mapping, EW support operations.

Passive and active sonar sensing for subsurface detection and tracking. Extends situational awareness below the surface for anti-submarine warfare, harbor defense, and subsea infrastructure protection.

Potential configurations

• Hydrophone modules: single or multi-element arrays for passive acoustic sensing

• Towed or hull-mounted arrays: selectable based on speed and endurance profile

• Processing suites: real-time beamforming and spectral analysis for contact identification

• Active sonar options: low-frequency or forward-looking sonars for near-field detection

Common use cases: littoral ASW, port and harbor monitoring, subsea infrastructure protection, oceanographic intelligence.