Delivering connectivity offshore for critical data networks

The Challenge: Persistent Connectivity Gaps at Offshore Sites

Critical infrastructure in the North Sea is remote, exposed and offshore, so user terminals must be able to operate in this harsh environment independently of a reliable terrestrial network. Weather conditions at sea create a persistent challenge for seamless connectivity: any disruption can directly affect operational safety as well as network efficiency.

Offshore operations face several critical obstacles:

• Connectivity gaps where remote platforms lack reliable, consistent access to data networks
• Wear-and-tear damage and corrosion from natural and environmental exposure that goes undetected 
• Maintenance cost and complexity of remote infrastructure 
• Unplanned disruptions that threaten offshore energy production schedules

Any outage has significant financial and safety implications for the systems operator. For CIOs, IT Directors, and Operations Managers responsible for offshore connectivity, sudden gaps translate directly into business continuity risks and operational blind spots that can create further serious outcomes.

Critical Needs: Real-Time Data for Grid Stability and Risk Mitigation

The operator needed scalable capacity and redundancy for uninterrupted visibility and real-time monitoring of the grid. Transmission system operators depend on reliable, timely data to maintain continuous control and protect critical infrastructure. Effective satellite connectivity for the energy sector supports:

• Grid stability for SCADA systems, enabling supervisory control and real-time telemetry from remote installations to onshore operations centres 
• Predictive maintenance and automation of processes to reduce unplanned downtime and extending asset lifespan through continuous monitoring 
• Continuous monitoring of asset health, tracking performance metrics, vibration, temperature, and corrosion indicators across offshore platforms 
• Secure communication channels between offshore and onshore sites, protecting operational data and control commands from disruption
• Reduced risks of operational disruption through redundant network structures and rapid failover during outages

Our Solution: Low-Latency, High-Speed Satellite Networks

Eutelsat is addressing these operational needs with satellite connectivity solutions and expanded capacity agreements suited to the demanding offshore and critical infrastructure environment. Our multi-orbit network combines high-bandwidth GEO capacity with low-latency LEO capabilities to deliver resilient, always-on performance.

Services include:

• Low-latency, high-speed VSAT networks with reliable service guarantees, enabling real-time SCADA control and continuous data flows for predictive maintenance.
• Service plans with clear visibility on bandwidth usage and network performance, giving operators full transparency and control over their connectivity spend.
• Flexible, scalable capacity to connect additional sites while providing redundancy independent of terrestrial infrastructure.
• Approved hardware and installations designed for tough offshore environments, ensuring durability and consistent uptime in harsh conditions
• Network resilience with backup connectivity paths, delivering seamless failover to protect against disruption
• Explore our full range of offshore connectivity solutions or learn more about network resilience across our multi-orbit infrastructure.

Customer Impact: Worry-Free Offshore Connectivity

Measurable outcomes from this partnership include:

• De-risked operations for the customer through continuous data flows from the offshore critical infrastructure
• Improved decision-making in grid control operations, based on transparent service monitoring and real-time visibility of network performance
• Integrated primary and backup connectivity for SCADA systems, predictive maintenance tools, and automated processes across multiple sites

For more maritime insights and resources, visit the Eutelsat media centre.