Pelagio DefenseMaritime autonomy infrastructure
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Future physical platform

The conceptual maritime node behind Pelagio Defense.

Pelagio Defense’s physical platform is a software-defined concept: a future maritime node with energy, sensing, communications, onboard autonomy, station keeping, and a modular payload bay.

The present product validates data contracts, operator interfaces, and deterministic software behavior. It does not validate physical dimensions, endurance, range, cost, depth, speed, weight, or manufacturability.

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Digital twin

Select a system. Inspect the conceptual assembly.

The interactive model explains intended systems and software states. Its geometry is illustrative and does not represent deployed or field-validated hardware.

Concept visualizationNot a production device · no validated dimensions or performance
Digital twin loads when visible

SYSTEMS

Stateful software around conceptual geometry.

01

SOLAR

Modeled energy input while surfaced. The digital twin identifies the conceptual solar-capable upper area.

02

ENERGY

Canonical simulation nodes track battery percent, energy kWh, storage capacity, solar input, and charging state.

03

COMPUTE

PodAgent evaluates only PodState and a local SensorPicture. It cannot access hidden world truth.

04

SENSOR

Local sensing produces contact ID, estimated class, confidence, range, bearing, last-seen tick, and source.

05

COMMUNICATIONS

The model represents local or remote runtime, communications health, degraded state, and offline state.

06

STATION KEEPING

A visual abstraction of low-speed local position maintenance. No propulsion specifications are claimed.

07

PAYLOAD

A stateful conceptual bay supports interchangeable simulated reconnaissance, relay, environment, and abstract response modules.

ENERGY

Modeled generation, storage, and load.

Each node tracks battery percent, kWh, capacity, solar kW, daylight generation, and state-dependent consumption. Low energy changes eligibility and can move a node into charging.

SENSING

Observation, not omniscience.

A SensorPicture contains only contacts within local modeled range. Every record carries observed class, confidence, range, bearing, source, and last-seen tick.

COMMUNICATIONS

Coordination with degraded modes.

Communications health participates in mission scoring. An offline node produces an empty local picture; local deterministic autonomy remains the fallback runtime.

AUTONOMY

One canonical PodAgent boundary.

PodAgent returns a typed decision from PodState and SensorPicture. RuntimeManager validates the decision and isolates optional remote failure before applying it.

PAYLOAD BAY

Physical state is visible.

The canonical lifecycle drives CLOSED, OPENING, OPEN, and CLOSING bay states plus reconnaissance deployment, transit, observation, return, and recovery.

LIMITATIONS

Conceptual means conceptual.

No real hardware is controlled. No real deployment, navigation, targeting, weapon, guidance, or engagement capability exists. Geometry is illustrative and carries no validated specification.

Simulated mission states

One state chain, reflected through the test environment.

  1. 01SUBMERGED→
  2. 02SURFACING→
  3. 03SURFACED→
  4. 04RECON DEPLOYED→
  5. 05OBSERVING→
  6. 06RETURNING→
  7. 07RECHARGING

The simulation workspace, mission record, and 3D twin consume the same canonical state. No state controls real hardware.