IT Infrastructure

The backbone of every modern yacht system

On a yacht, the network is not just “internet.” It underpins guest WiFi, crew operations, audio visual streaming, CCTV, intercom, automation, and increasingly, critical onboard services. When IT infrastructure is designed poorly, every connected system becomes less reliable.

We design and deliver marine IT infrastructure that is stable, secure, and serviceable worldwide, built for the realities of life at sea, refit timelines, and high guest expectations.

What marine IT infrastructure includes

A high-performing yacht IT environment is a carefully engineered combination of wired backbone, WiFi coverage, security, and smart network architecture.

Typical scope includes:

Network architecture and topology

  • Core switching and routing design

  • VLAN segmentation for guest, crew, AV, CCTV, automation, and critical services

  • IP addressing structure and naming standards

  • Redundancy planning to reduce single points of failure

Wired infrastructure

  • Structured cabling strategy and backbone links between racks and decks

  • Switch distribution planning and equipment space coordination

  • Patch management, labelling, and tidy rack standards

WiFi design

  • Access point placement and roaming behaviour designed for steel and composite environments

  • Coverage strategy for guest areas, crew spaces, exterior decks, and beach clubs

  • SSID strategy for guest and crew separation

  • Performance tuning to support real-world usage on board

Internet and WAN integration

  • Multi-WAN capability where applicable (satellite, 4G/5G, marina feeds)

  • Bandwidth management and prioritisation for operational traffic vs guest usage

  • Secure remote access pathways aligned to vessel policy

Cybersecurity and system protection

  • Network segmentation and access control

  • Secure configuration standards and hardening

  • Policy-aligned remote support methods

  • Logging and visibility to support troubleshooting

Monitoring and support readiness

  • Health monitoring for network devices and key services

  • Alerting pathways to catch issues early

  • Documentation to enable faster support anywhere in the world

Designed for marine realities

Yacht IT must work in conditions that push standard enterprise gear and typical residential installs to breaking point. We design for:

  • Physical constraints in racks and technical spaces

  • Heat management, airflow, and power protection

  • Cable routing challenges and service access

  • EMI considerations and the realities of steel hulls for WiFi propagation

  • Vessels moving between marinas, countries, and connectivity types

  • Crew turnover and the need for a consistent, understandable operation

Why proper IT infrastructure matters on board

  • Reliability across all systems

    Stable IT reduces dropouts and “mystery faults” across AV, CCTV, automation, and communications.

  • Better guest experience

    Consistent WiFi and streaming performance without constant complaints or workarounds.

  • Security and control

    Segmentation and access policies reduce risk and keep critical services protected.

  • Supportability worldwide

    Well-documented systems are faster to troubleshoot and maintain, especially during global operations.

  • Future-ready expansion

    A solid backbone allows upgrades without rebuilding everything during the next refit.

What we deliver

Depending on vessel scope, our marine IT infrastructure service can include:

  • Full network architecture design and documentation

  • Core and edge switching and routing configuration

  • WiFi heatmap intent and placement planning

  • VLAN, IP, and security policy configuration

  • Rack build strategy, patching, and labelling standards

  • Commissioning, performance validation, and handover

  • Monitoring and support readiness planning

  • As-built documentation post delivery, where scoped

Our process

  1. Discovery and vessel review

    We align on guest expectations, crew requirements, existing infrastructure, and connectivity profile.

  2. Architecture and security planning

    Topology, VLAN structure, IP plan, remote access approach, and redundancy strategy.

  3. WiFi and wired design

    Coverage intent, equipment locations, backbone links, and rack coordination.

  4. Implementation and commissioning

    Configuration, tuning, load testing, and stability validation.

  5. Handover and lifecycle support

    Documentation, crew training, and ongoing support options.

FAQ

  • Why do yachts need VLANs and network segmentation?

    Segmentation separates guest traffic from operational systems like CCTV, automation, and crew services. It improves security, stability, and troubleshooting.

  • Can you improve WiFi on a steel hull yacht?

    Yes. Steel and marine construction require proper access point placement, correct power and channel planning, and a wired backbone. Range extenders are rarely the right solution on board.

  • How do you manage bandwidth with satellite internet?

    We can implement traffic prioritisation so operational services and critical tasks remain usable even when guest usage spikes. The exact approach depends on the vessel’s connectivity setup and policies.

  • Can you provide secure remote support?

    Often, yes. Remote access is designed around the owner’s and captain’s requirements, with security controls and clear support pathways.

  • Do you support refits as well as new builds?

    Yes. We regularly work on upgrades where we improve reliability, restructure networks, modernise WiFi, and tidy rack and patching standards without unnecessary disruption.

  • What do you need to start an IT infrastructure design?

    Vessel drawings were available, existing network details, equipment list, current connectivity methods, and an understanding of guest and crew expectations. An onboard assessment is often the fastest way to confirm constraints and opportunities.