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    Pipeline Connectivity

    Monitoring thousands of kilometres of infrastructure.

    Gas and liquids pipelines traverse remote terrain requiring continuous monitoring for safety, compliance, and operational efficiency. Leak detection, pressure monitoring, and compression station connectivity all depend on reliable satellite communications.

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    Key Connectivity Challenges

    Mission critical SCADA requiring 99.9% availability

    $150K+ Hazardous area certifications for terminal equipment

    Geographic isolation with no terrestrial alternatives

    Multi-site operations spanning thousands of kilometres

    Regulatory compliance requiring continuous monitoring

    Pipeline Connectivity Solutions

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    Leak Detection Systems

    Continuous monitoring for pipeline integrity with satellite IoT sensors along the corridor.
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    Compression Stations

    Broadband connectivity for compression station SCADA, monitoring, and remote access.
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    Valve Sites

    Satellite IoT for remote valve monitoring and control points along the pipeline.

    Getting Started

    Every engagement begins with understanding your specific requirements. We'll discuss your sites, operational patterns, criticality levels, and existing infrastructure to recommend the optimal approach.
    Discuss Pipeline Connectivity

    Orion understands the criticality levels, redundancy requirements, and operational patterns that characterise this sector. Take a look at our Oil & Gas page for further information.
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    Pipeline Connectivity

    Use Cases

    Oil and gas downtime costs range from $50,000 to $500,000+ per hour depending on production rates. Multi-path connectivity with automatic failover protects against these losses.

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    Production SCADA

    Real-time monitoring and control of wellheads, separators, and processing equipment
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    Pipeline Monitoring

    Pressure, flow, and leak detection across pipeline networks
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    Platform Communications

    Voice, video, and data services for offshore platform operations and accommodation
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    Emergency Response

    Dedicated communications for incident coordination and evacuation

    OpsSure Multi-Path Resilience

    When connectivity failure is not an option, OpsSure delivers managed multi-path architecture with automatic failover. LEO, GEO, and terrestrial paths combined with 24/7 monitoring ensure your critical systems stay connected.

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    Up to 99.9% uptime SLA
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    Sub-second automatic failover
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    24/7 Australian NOC monitoring
    • Learn More About OpsSure
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    Related Resources

    Explore All Resources

    • OpsSure Multi-Path Connectivity

    • GEO Satellite Products

    • Coverage Areas

    • Discuss Your Requirements

    FAQ

    Frequently asked questions answered

    How does satellite connectivity support offshore platforms?

    Offshore platforms operate 80-450km from shore, entirely dependent on satellite for safety systems, production monitoring, crew welfare, and emergency communications. Multi-path architecture eliminates single-point-of-failure risk.

    What regulatory requirements drive oil and gas connectivity?

    NOPSEMA safety case requirements, AS 2885 pipeline standards, and Major Hazard Facility regulations mandate reliable communications for continuous monitoring and emergency response capability.

    What applications use satellite connectivity in oil and gas?

    Applications include wellhead monitoring, pipeline SCADA, platform safety systems, crew welfare, environmental monitoring, tank farm telemetry, and seismic survey communications.