Every significant economy has experienced the moment when a backhoe severs a fibre trunk, a subsea cable fault isolates a region, or a storm collapses the cellular grid — and corporate networks go dark. For enterprises operating critical national infrastructure, financial settlement systems or supply-chain logistics, even a two-hour outage can cascade into hundreds of millions in economic damage and systemic regulatory exposure. Terrestrial redundancy alone cannot cover simultaneous multi-path failures, and relying on a foreign commercial satellite operator introduces a dependency that can be withdrawn, throttled or priced arbitrarily at the worst possible moment.
A sovereign LEO Ka-band constellation of microsatellites — paired with VSAT terminals at corporate hub sites — delivers always-available backup links with latency low enough to sustain VPN tunnels, VoIP and lightweight ERP transactions. The constellation provides nationwide coverage on a near-continuous basis, and because the ground segment, spectrum licences and network operations centre all sit inside national jurisdiction, traffic is never routed through a foreign exchange point. Encryption is applied at the terminal before uplinking, and key management stays sovereign throughout.
The operational outcome is a guaranteed last-resort WAN path that activates automatically via BGP failover within seconds of a terrestrial outage being detected. National regulators gain the ability to mandate this capability for systemically important enterprises — banks, utilities, hospitals, logistics hubs — without depending on commercial availability or foreign goodwill. The same constellation capacity can be offered to government agencies as a shared national resilience asset, amortising the infrastructure cost across both public and private sectors.