IndustriesNaval and Shipboard

Naval & Shipboard

NAVAL & SHIPBOARD COMPUTING

Computing Systems for Naval & Shipboard Operations

Configurable computing platforms for shipboard operations, onboard data processing, command workflows, systems integration, and specialized maritime deployments.
Mission-Critical ReliabilityRugged ComputersTactical CommunicationsSituational AwarenessPrecision OperationsSecure NetworkingHigh-Performance ProcessingHigh-Speed StorageSensor Integration
SHIPBOARD DEPLOYMENT

Computing Across the Shipboard Environment

Shipboard computing must operate within the physical and operational constraints of the vessel while connecting with onboard networks, sensors, displays, communications equipment, and other systems.
Computing Across the Shipboard Environment From Operations Spaces to Equipment Compartments

Shipboard Computing Capabilities

Shipboard applications require computing platforms to fit within constrained spaces while supporting onboard data, networking, visualization, communications, and integration requirements.

Shipboard Form Factors

Rackmount, workstation, and specialized platform configurations can address different installation locations and available spaces aboard the vessel.

Compute & Visualization

Processing, graphics, memory, storage, and display configurations can support navigation-related data, monitoring, analysis, visualization, and other onboard workloads.

Onboard Integration

Networking, sensors, displays, communications equipment, storage, and other onboard systems can influence platform architecture.

Vessel Environment

Installation location, available space, power, airflow, movement, and other shipboard operating conditions should be considered during configuration.

Naval & Shipboard Applications

Naval operations depend on computing systems that can support visualization, communications, data processing, monitoring, and integration across different locations and workflows aboard the vessel.

Command & Operations

Support shipboard operator workflows involving multiple information sources, displays, communications, monitoring, and coordinated decision-making.

Sensor & Data Processing

Provide computing resources for processing, reviewing, visualizing, and distributing information generated by onboard sensors and connected systems.

Communications

Integrate computing with onboard networking and communications infrastructure supporting information exchange across shipboard operations.

Maintenance & Diagnostics

Support technical workflows involving system monitoring, diagnostics, configuration, troubleshooting, and onboard equipment maintenance.
BUILT AROUND THE VESSEL

Shipboard Integration Shapes the System.

Computing equipment deployed aboard a vessel must fit within the physical, operational, and integration constraints of the shipboard environment.
INSTALLATION Space & Placement Evaluate available installation space, equipment location, mounting requirements, and access for operation and maintenance.
INTEGRATION Shipboard Interfaces Identify the networks, sensors, displays, peripherals, and other onboard systems the computing platform must support.
ENVIRONMENT Operating Conditions Account for power availability, vibration, movement, temperature, airflow, and other environmental factors relevant to the deployment.

Define the Shipboard Requirements Before the Configuration

Shipboard computing begins with understanding where the system will be installed, what it must connect to, and how it will support onboard operations.
  • Shipboard Role
    Define whether the system supports command workflows, sensor processing, communications, monitoring, data analysis, maintenance, or another onboard application.
  • Installation Location
    Identify the intended shipboard location, available installation space, mounting approach, access requirements, and surrounding equipment.
  • Operator & Display Workflow
    Determine display count, viewing requirements, operator interaction, peripheral devices, and available workspace.
  • Compute & Storage
    Establish processing, graphics, memory, storage, recording, removable media, and data-handling requirements.
  • Shipboard Connectivity
    Document networking, communications, sensor connections, external equipment, peripherals, and expansion requirements.
  • Integration & Lifecycle
    Capture integration constraints, documentation, configuration management, maintenance access, deployment schedules, and lifecycle expectations.

Planning a Shipboard Computing System?

Tell us where the system will be installed, what it needs to connect to, and how it will support onboard operations. We can help evaluate the computing, display, storage, and integration requirements.
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