Neterra Has Launched NetIX 2.0 Network Architecture
The new platform integrates terrestrial fiber with Starlink satellite links to enable connectivity anywhere.
Updated on Oct. 13, 2026 in Telecommunications
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Neterra has launched its NetIX 2.0 network architecture, a system that combines traditional terrestrial fiber infrastructure with Starlink LEO satellite connectivity. This fully meshed architecture allows traffic to be dynamically routed between terrestrial and satellite links based on specific network requirements.
Why it matters
By allowing any location to function as a point of presence, this integration aims to bridge the gap between fixed-line infrastructure and remote connectivity. This flexibility addresses the need for robust, decentralized network deployments in areas where terrestrial reach is historically limited.
The platform operates as a fully meshed network, which allows any location to function as a point of presence (a physical connection point between networks). It dynamically routes traffic over either terrestrial or Starlink LEO (low-Earth orbit) satellite links depending on network demands.
The players
Neterra
A global connectivity and network service provider that specializes in infrastructure-as-a-service and data center connectivity.
Starlink
A satellite internet constellation managed by SpaceX that provides low-latency, broadband-capable connectivity globally via LEO satellites.
The details
The system acts as a multi-modal gateway that treats terrestrial and satellite links as interchangeable transmission mediums within a single meshed architecture. By enabling any site to act as a point of presence—a local access point that serves as the interface between a customer network and the wider internet—Neterra removes the physical constraints of traditional wired backhaul. This process automates path selection, ensuring data travels across the most stable or efficient connection type currently available.
Timeline
October 2026: The NetIX 2.0 network architecture went live.
The Tech Race
This integration follows a broader industry trend of layering LEO satellite connectivity over traditional terrestrial backhaul to ensure enterprise-grade uptime. Neterra's approach competes with existing software-defined wide area network (SD-WAN) solutions that are increasingly incorporating satellite-based edge connections.
Network operators and enterprises can now deploy points of presence in regions previously limited by terrestrial fiber availability. The platform automatically manages traffic routing, meaning infrastructure teams do not need to manually configure failover between satellite and fiber channels.
The takeaway
The move demonstrates a shift toward agnostic transport layers that treat satellite data as native network traffic. Watch for performance metrics in upcoming enterprise benchmarks to see if this architecture maintains consistent throughput during peak demand periods.
Further reading
For more on the evolution of global connectivity systems, explore our latest updates in Telecommunications.
Source note: This article includes information reported by Telecompaper.
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