Biomimetic Hydrodynamics
Marine-inspired geometry developed for efficient undersea movement and stability.
Mission capabilities
Capabilities that
matter where it
matters most.
I2D platforms are being developed to expand American persistence, awareness, reach, and authorized effects in contested undersea environments.
Public Capability OverviewTechnical Details Controlled
Persistent ISRMaritime-domain awareness and sustained observation.
Target SupportMission-specific detection, tracking, and authorized prosecution support.
Secure NetworkingControlled communications and system-to-system integration.
AI AssistanceMission execution within authorized parameters and objectives.
Capability architecture
A common core. Distinct missions.
Alfredi™ and Hypanus™ share a disciplined systems philosophy while maintaining different mission priorities, platform forms, and operational roles.
Modular Mission Architecture
Common interfaces support qualified sensor, communications, and payload families.
Mission-Specific Autonomy
AI-assisted systems aligned to defined objectives, authorization, and operator control.
Persistence & Endurance
Architecture developed for meaningful undersea presence and mission duration.
Signal Discipline
Low-observable design priorities and controlled communications behavior.
Secure Operation
Mission assurance, controlled access, accountability, and operator authorization.
Public disclosure boundary
What this site shows
The public site presents general platform roles, broad capability categories, development status, and domestic manufacturing commitments.
Dimensions, performance ranges, payload details, targeting models, guidance logic, acoustic characteristics, mission profiles, terminal behavior, source code, and engineering data are withheld from public release.
Government Access RequestQualified engagement
The mission comes first.
The details stay controlled.
I2D balances a clear public mission with disciplined protection of technical and operational information.
AccessVerifiedNeed to know