Marine deployments
Yacht, vessel and waterfront networks that hold a link at sea.
What matters when you specify marine projects
Marine projects are unforgiving: the network has to survive salt air and vibration, hold a usable link while the vessel moves between VSAT, Starlink and shore-side cellular, and keep guest, crew and bridge traffic strictly apart. Integrators working on superyachts and commercial vessels source the whole stack through FUSE — multi-WAN routers with cellular failover, industrial switches for the technical space, and access points rated for the deck-house environments where consumer hardware fails within a season.
The specification work usually turns on segregation and failover rather than raw throughput. A typical build runs separate VLANs for guest, crew, AV and vessel systems, with policy-based routing that keeps navigation and monitoring traffic on the most reliable path while bulk guest usage rides the cheapest available link. FUSE carries the gateway, switching and wireless families that support that design, plus the PoE budget headroom you need once cameras and AV endpoints are added late in the fit-out.
For resellers the commercial side matters as much as the kit. Refits run to tight yard windows, so stock position and EU-wide shipping decide whether a job lands on time. FUSE shows live availability per SKU, quotes at trade pricing, and invoices under a single EU VAT-registered entity, which keeps procurement simple when the vessel, the yard and the client sit in three different jurisdictions.
Marine case studies
Guest connectivity from cabin to salon
Build a vessel network around guest experience, crew access and onboard services, with a controlled handoff to a resilient multi-WAN edge.
Marina connectivity from the office to the berth
Design indoor administration and outdoor berth coverage as separate environments, with engineered backhaul, protected equipment and room for surveillance.
Passenger Wi-Fi without disrupting terminal operations
Plan for arrival and departure bursts while separating public access, ticketing, staff devices and surveillance.
Feed-barge connectivity that separates control and reporting
Combine satellite and cellular transport for aquaculture operations while keeping feeding control local and telemetry resilient to interruptions.
Tender connectivity with a clear service boundary
Connect a tender’s crew and operational devices using a compact WAN design that can change transport as the vessel moves.
Multiple vessel WANs, one deliberate traffic policy
Combine satellite services and cellular transports around a Peplink edge, with clear priorities, endpoint sizing and measurable recovery behaviour.
Plan vessel IT while the cable routes are still open
Coordinate accommodation networking, WAN infrastructure and onboard applications with the shipyard programme before spaces are closed out.
Categories these builds draw on
Guides and comparisons for this sector
- Marine IT and Yacht Networking: The 2026 Buyer's GuideComplete guide to marine IT and yacht networking in 2026 — VSAT vs Starlink, crew Wi-Fi design, guest segregation, VLANs, AV-over-IP, and EU-compliant procurement for superyachts.
- Starlink Bonding Router Guide: Peplink SpeedFusion for Business SitesStarlink bonding router guide: compare true packet-level bonding with load balancing, plan Peplink SpeedFusion endpoints and size resilient business connectivity.
- Peplink vs Teltonika: Which Router Wins for B2B Connectivity in 2026?Peplink vs Teltonika compared on SD-WAN bonding, industrial durability, licensing, and price — with a clear buyer recommendation for hospitality, marine, industrial IoT, and multi-site EU deployments in 2026.
- Peplink vs Cisco Meraki: SD-WAN Licensing and Cost Compared for 2026Peplink vs Cisco Meraki compared on SD-WAN architecture, licensing (lifetime vs. mandatory subscription), total cost of ownership, and management — with a buyer recommendation for SMB, multi-site, and enterprise EU deployments in 2026.
Frequently asked questions
What makes a marine network different from a shore network?
The link moves. Vessels transition between satellite, cellular and shore-side connections, so the design turns on multi-WAN failover and traffic segregation between guest, crew and vessel systems rather than on raw throughput.
Which deployments has FUSE supplied in this sector?
Published case studies cover superyacht always-on connectivity, tender support fleets, marina dock Wi-Fi and CCTV, offshore aquaculture links, and a newbuild shipyard IT fit-out.