On 16 September 2026, Tampnet announced a five-year framework agreement with BW Offshore, expanding its connectivity services from three existing floating production, storage and offloading (FPSO) units to BW Offshore’s wider FPSO fleet. Under the agreement, connectivity options will be selected according to each FPSO’s location and operational requirements, then integrated and managed as a single, resilient service. (Source: Tampnet)

What makes this agreement noteworthy is more than its scale. It illustrates a shift in how offshore operators approach connectivity: from managing individual links to establishing a fleet-wide connectivity framework.

The question is no longer simply, “Which connection does this vessel use?” Instead, it is:

How can connectivity be managed consistently across an entire fleet as operating locations, network coverage and operational requirements change?

Why has connectivity become an operational priority?

BW Offshore has emphasized the growing importance of reliable, secure connectivity as more applications move to the cloud, data must be exchanged regularly, and offshore teams collaborate continuously with shore-based specialists. For FPSOs operating in remote offshore locations over many years, connectivity has become an important enabler of day-to-day operations. (Source: Tampnet)

The challenge goes far beyond providing Internet access. Each FPSO or vessel may operate in a different location, with varying coverage, service availability and existing infrastructure. A connectivity option that works well in one region may not meet operational needs in another.

Operators therefore need to manage several factors together:

• The connectivity technologies and services currently in use
• Which applications and traffic flows require priority
• Backup options when a service becomes unavailable
• Shore-based monitoring and technical support capabilities
• Connectivity costs for individual vessels and across the fleet
• Maintain visibility into the connections used by each vessel
• Monitor connection status and performance
• Define backup options if the primary link fails
• Apply consistent traffic-prioritization policies
• Establish a clear point of responsibility for ongoing monitoring and support
• Prioritize business-critical operational traffic
• Allocate bandwidth by user and application
• Balance traffic across available links
• Switch to a backup connection according to predefined policies
• Enable shore-based teams to monitor the network and provide remote support
• Which connections are available on each leg of the voyage?
• Which applications must remain operational when bandwidth is constrained?
• What backup connection will the system use if the primary link is interrupted?
• Can shore-based teams detect and troubleshoot issues remotely?
• Who coordinates incident handling across multiple service providers?
• Voyage routes and service coverage areas
• Existing connections and network equipment
• Applications that must remain available
• Redundancy and failover mechanisms
• Centralized monitoring capabilities from shore

Standardization does not mean identical configurations on every vessel

A central feature of the BW Offshore approach is fleet-wide standardization while tailoring connectivity to the location and requirements of each FPSO.

This is a familiar challenge as fleets expand. Vessels acquired or commissioned at different times may use different equipment, service providers and connection types. Over time, fragmented connectivity environments can make monitoring, troubleshooting and coordination increasingly difficult for shore-based IT teams.

Standardization therefore does not require replacing every existing connection with one technology. Its value lies in a consistent management approach that enables operators to:

Hybrid maritime connectivity must be managed as one system

Advances in low Earth orbit (LEO) and geostationary Earth orbit (GEO) satellite services, alongside 4G/5G networks, give maritime operators more connectivity options. However, having multiple links does not automatically make a network resilient or ensure that failover will work as expected.

The value of hybrid maritime connectivity lies in assigning clear roles to different network links and coordinating them according to operating area, application requirements and cost.

When properly designed and configured, these links can work with a network management platform to:

Whether failover is automatic or seamless depends on the equipment, network configuration, applications and actual operating conditions. Operators should therefore test failover scenarios before putting the solution into production.

What should Vietnamese maritime operators prepare for?

These challenges can arise even for companies operating only a few vessels. One ship may use a combination of LEO and GEO satellite links, while another may also use 4G/5G when in port or near shore, where coverage permits.

When routes change or vessels enter areas where certain services are unavailable, operators need clear answers to the following questions:

The better question, then, is not simply, “Should we choose Starlink, GEO satellite or 4G/5G?” It is:

How can different connectivity technologies be managed under a common framework across the fleet?

How NetNam Maritime manages connectivity across fleets

NetNam Maritime designs hybrid connectivity solutions around each vessel’s routes, operating areas, existing systems and data requirements.

LEO, GEO and 4G/5G connections can be integrated with NetWave to support policy-based automatic failover, load balancing, bandwidth prioritization and user management. Businesses can also access Vietnam-based 24/7 technical support, remotely or on site when needed. These capabilities depend on the agreed solution design, service coverage and deployment configuration.

Operators do not necessarily need to replace their existing systems. NetNam can begin with a review of:

Based on that assessment, existing connections and any additional services can be organized into a network architecture that is easier to monitor, manage and align with fleet-wide operations.

The BW Offshore case highlights a broader shift: as offshore operations become increasingly dependent on data, cloud platforms and vessel-to-shore collaboration, connectivity needs to be managed as an operational capability—not simply as a collection of separate Internet links.

How many different connectivity services does your fleet use today—and how many are managed under a consistent framework?

NetNam Maritime can review your existing network and provide a proposed connectivity approach tailored to voyage routes, service coverage and data requirements within five working days. Contact NetNam Maritime to arrange a consultation.

Email: marketing@netnam.vn

Website: https://netnam.com/netnam-maritime

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Ref:

Tampnet signs five-year framework agreement for delivering connectivity across BW Offshore’s FPSO fleet