Satellite operators must shift to cloud-native, standards-based networks to enable interoperability

09 July 2026 | Research

Sukhraj Kaur

Article | PDF | Network Automation and Orchestration| Satellite Networking Technologies


"AI-powered optimisation requires centralised telemetry, programmable software-defined network control and end-to-end orchestration across cloud-native, multi-orbit networks."

View of a satellite from space, with Earth in the background

Satellite networks are at a tipping point. Satellite communications (satcom) vendors are developing virtualised control planes and standards-based orchestration to break hardware lock-ins, enable multi-orbit interoperability and integrate with 5G/6G networks. Virtualisation will be a key enabler of future networks’ scalability and innovation. Operators are pursuing this transition through three main pathways:

  • ASIC-based systems for large-scale high-throughput satellite (HTS) deployments, with fixed control and limited software-defined modulation
  • FPGA-based1 platforms with reprogrammable waveforms and separable baseband control in virtual machines (VMs) or Kubernetes2 combined with cloud network management systems (NMS) and orchestration
  • fully software-based CPU deployments that offer scalability but lower per-bit efficiency. 

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