Engineered for Critical Infrastructure.
Generation. Transmission. Distribution. Renewables.
Australia's energy grid spans thousands of kilometres of transmission lines, hundreds of substations, and countless generation assets—many in locations where terrestrial connectivity doesn't exist. When grid connectivity fails, protection systems go blind, SCADA stops, and operators lose visibility. Energy infrastructure demands connectivity as reliable as the grid itself.
Energy networks are classified as critical infrastructure under Australian law. Connectivity supporting these networks must meet stringent availability, security, and compliance requirements. Single points of failure are unacceptable.
Yet substations, generation facilities, and transmission corridors often sit in locations where fibre doesn't reach and mobile coverage is patchy or non-existent. Satellite connectivity fills these gaps, but only if it's engineered for critical infrastructure requirements.
Regulatory Context: The Security of Critical Infrastructure Act 2018 imposes specific obligations on energy network operators. Connectivity supporting SCADA, protection systems, and grid management must demonstrate appropriate resilience and security controls.
Energy infrastructure demands OpsSure Enterprise—our highest tier of managed connectivity with sub-second failover and 99.9% availability SLA. Multiple independent paths ensure grid visibility is maintained even when individual links fail.
Energy Connectivity
Critical infrastructure requires connectivity engineered to the same standards as the infrastructure itself. We'll assess your current connectivity posture and design solutions that meet your reliability and security requirements.
Mining
Oil & Gas
Energy & Utilities
Government & Emergency
