On August 20, 2026, satellite communications industry experts Dubi Lever and Juan Deaton highlighted how recent kinetic and electronic attacks against military and commercial teleports are forcing a structural shift from legacy fixed ground architecture to cloud-virtualized networks.
Vulnerabilities Exposed in Physical Teleports
In the opening phases of Operation Epic Fury, targeted strikes struck satcom terminals and ground infrastructure across U.S. military installations in Bahrain, Kuwait, Saudi Arabia, and the United Arab Emirates. Subsequent precision missile attacks targeted commercial teleport facilities, including the SES Ha’Ela teleport in Israel, while sustained jamming disrupted regional uplink and downlink channels.
The physical targeting of gateways underscores the operational limitations of static ground equipment in modern high-intensity conflicts. To maintain continuous operational links when primary teleports are degraded or destroyed, defense organizations are transitioning toward software-defined ground architectures that route waveforms dynamically across multiple orbits, bands, and ground nodes.
Standardization via Open Interoperability Frameworks
Transitioning satcom resilience to the cloud requires open standards to prevent vendor lock-in and enable seamless automated handoffs across diverse satellite networks. Gilat Satellite Networks has ported its baseband processing waveforms directly into cloud environments, addressing flow control, latency, and link optimization between cloud servers and distributed remote gateways.
This cloud-native waveform migration aligns with multi-vendor technical standards established by industry consortia:
- WAVE Consortium: The Waveform Architecture for Virtualized Ecosystems establishes standardized software interfaces for running processing waveforms on commercial cloud infrastructure.
- DIFI Consortium: The Digital Intermediate Frequency Interoperability standard defines digitized IF transport protocols, enabling seamless data flow between virtualized modems and digitized RF digitizers.
Scalable Ecosystem Implementation
By decoupling signal processing software from proprietary hardware, virtualized ground architectures allow defense and enterprise network operators to reroute capacity through cloud data centers when physical gateways suffer damage or electromagnetic jamming. Industry partners are working to scale these virtualized frameworks across commercial and defense networks, establishing standardized cloud-based ground operations across global SATCOM constellations.
