Architecture

Hardware Tech Stack

The Brain

The Pollentia Brain is a proprietary, marine-grade central computer that becomes the vessel’s operating core. It fuses propulsion, power, sensors, cameras, and control systems into a single intelligence layer that reacts instantly to changing conditions. Rather than waiting for alerts or failures, the Brain continuously interprets live signals, makes decisions in real time, and adapts behavior based on the vessel, mission, and operator.

With the Brain:

Systems respond instantly, not after delayed alerts

Decisions adapt to real-world conditions in real time

Intelligence improves continuously through software

Sensors

The sensor architecture creates a real-time digital twin of the vessel, modeling both external conditions and internal structural integrity. Loads, stress, vibration, thermal behavior, power flow, and material fatigue are continuously analyzed against expected performance baselines.

Rather than isolated readings, the system understands how the vessel is built and how it should behave, identifying early deviations that signal wear, misalignment, or manufacturing variance. This brings quality control and structural awareness into daily operation, extending vessel life and improving safety.

With this system:

A live digital twin tracks structural health in real time

Early fatigue and quality issues are detected before failure

Long-term reliability improves across the vessel lifecycle

Cameras

The cameras feed connects directly into the Brain as part of its perception system.. Vision data is interpreted in context with motion and environmental inputs, allowing the system to react instantly to proximity, movement, and spatial changes around the vessel.

With vision intelligence:

Collision risks are identified in real time

Docking adjustments happen dynamically

Awareness remains high in poor visibility

Servers

High-performance onboard servers support the Brain by handling compute, storage, and redundancy directly on the vessel. Intelligence runs locally to ensure instant response and uninterrupted operation, with cloud services enhancing learning and updates when available.

With onboard compute:

Intelligence operates without latency

Systems remain active during outages

Data stays secure and locally available

Interfaces

The interfaces are designed to be modular, adaptable, and vessel-specific. The system supports both custom-designed displays and default screen layouts, allowing manufacturers and operators to choose how information is presented without changing the underlying technology. Interfaces can be tailored by vessel type, mission, or user role while remaining consistent across fleets.

The UI and UX are built as modular layers, making it easy to add, remove, or evolve features over time. As new capabilities are released through software updates, the interface adapts automatically, ensuring clarity, usability, and control without requiring new hardware or redesigns.

With this system:

Display layouts are customizable by OEM, vessel, or operator

UI and UX modules evolve through software updates

One interface framework supports all future features

Pollentia is an end to end physical AI platform installed at the vessel level, preemptively built to support intelligence, software evolution, and connected systems from day one.

Operations & Maintenance

Predictive service and reduced downtime

Shipbuilding & Manufacturing

Feedback from production through lifecycle

Unified Ecosystem

One platform connecting vessels, partners, and support

Vessel Intelligence

Pollentia’s system connects onboard hardware to software intelligence through a unified, modular architecture designed for fast deployment and scalable performance.

Sensor and system ingestion

Onboard edge processing

Secure data output and control

Brain base Model specifications

A modular brain whose physical size and processing capacity adjust based on vessel class and project scale, from single boats to large fleets.

Height

25 in (63.5 cm)

Width

8 in (20.3 cm)

Depth

5 in (12.7 cm)

Proven Operational Impact

turns vessel data into action, cutting downtime, lowering costs, and keeping boats operating at peak performance.

lower maintenance costs through predictive diagnostics

30–40%

less unplanned downtime with real-time monitoring

~50%

improvement in operational efficiency and fleet utilization

15–30%

Compare

Precision

Accuracy in all operational data.

92%-95%

70%-80%

Documentation

Records structured for audit readiness.

Included

Add-on or Partial

Integration

Time to connect core systems.

4-6 Weeks

6-10+ Weeks

Accuracy

Data deviation under standard conditions.

±0.05–0.08%

±0.15–0.30%

System Fragmentation

Number of independent systems

1 Unified Platform

5–12 Separate Systems

Advanced Technology Access

Path to new AI features and capabilities

OTA, Centralized, Ongoing

Manual or Vendor-specific

Maintenance & Repair Access

Service and repair integration

Built-in diagnostics with service access

External service tools, manual checks

Hardware Lifecycle

Support for long-term upgrades

Same core hardware, expanding software features

New hardware required for new capabilities

End-to-End Coverage

Scope of system responsibility

Intelligence, Integration, Updates, Support

Point Solutions Only

Partner & OEM Enablement

Ability for partners to build and support on top

Unified platform for OEMs, dealers, service hubs

Vendor-specific silos

Prototype → Proof

Pollentia is validating its platform through real-world pilots and live demos, proving performance, integration, and reliability before scaling into production deployments.

Inside the Pollentia Architecture