Manta-form multi-mission autonomous undersea vehicle

Alfredi™

A flexible manta-form platform being developed for persistent surveillance, reconnaissance, target support, modular mission operations, and authorized offensive undersea roles.

Concept / Engineering DevelopmentPublic Overview
Alfredi manta-form UUV concept
Persistent PresenceDesigned around long-duration observation and mission endurance.
Modular Mission RoleCommon architecture supporting qualified mission configurations.
Low-Observable PrioritiesForm, signature, and communication discipline developed together.
Target SupportAuthorized mission-specific detection, tracking, and operational support.

Platform role

See more. Stay longer. Act when authorized.

Alfredi is the broader multi-mission member of the I2D family: persistent, adaptable, and designed to support a spectrum of undersea objectives.

Public mission profile

Alfredi combines a manta-inspired planform with a modular systems philosophy. Its public role centers on surveillance, reconnaissance, communications support, target tracking, and mission persistence.

Offensive applications are described publicly only at the capability-category level. Detailed payloads, autonomy models, performance ranges, guidance, and effects remain controlled.

SurveillanceReconnaissanceTrackingMission SupportAuthorized Effects

Public system architecture

Built around adaptability.

Manta-Form Body

Broad lifting form inspired by efficient marine movement and stability.

Mission Modules

Architecture intended to support approved sensor, communications, and payload families.

AI-Assisted Mission System

Autonomy aligned to defined mission parameters and authorized objectives.

Network Integration

Controlled communications and integration with qualified mission systems.

Mission Assurance

Security, authorization, and accountability designed into the system boundary.

American Components

Domestic materials, subsystems, software, integration, and production mandate.

75% WITHHELDGovernment and controlled technical information
Public imagery and capability language are conceptual. Configuration, dimensions, propulsion, endurance, depth, signature, targeting, payload, effects, and autonomy specifics are not publicly disclosed.