SOVRALINK. Connectivity that deploys anywhere.

A complete network node on wheels

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A mobile cellular site operates on authorized MNO spectrum and core infrastructure. Final radio bands, RAN vendor, core interfaces, and satellite service providers are frozen with the customer, operator, and regulator before hardware release.

Every deployment creates a local access zone, a macro cellular footprint, and a backhaul path to the world — engineered per site.

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Final RF coverage is engineered per deployment: licensed bands, authorized transmit power, antenna configuration, mast height, and terrain define each site's real footprint. BLAKFX KSA performs site-specific RF design for both the cellular sectors and the Wi-Fi zone.

Hybrid diesel–battery–solar power sized for month-scale endurance. Solar extends autonomy but is deliberately not credited toward the minimum fuel requirement.

Design basis: approximately 4.1 kW average / 9.0 kW peak site load across RAN, satellite terminals, networking, HVAC, security, and reserves. The 30-day no-refuel target is an acceptance requirement — proven from the first article's measured 24-hour load profile and the generator OEM fuel curve, on a fuel-only basis.

Built to reach places networks don't

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Layered anti-theft and anti-vandalism protection around every platform, with full-fleet telemetry back to a central health dashboard.

Proposed platform baseline; the production bill of materials is configuration-controlled after requirements freeze and Critical Design Review.

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Upgrade path by design: 5G RAN capacity uplift, additional battery and solar modules, extended Wi-Fi / mesh coverage, additional satellite diversity and private gateways, enhanced site security, and central NOC / fleet-analytics integration — without replacing the platform.

Where SOVRALINK earns its keep

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