- Backhaul
- Cloud
- Command and Control
- Connectivity
- Core Network
- Critical Infrastructure
- Enterprise
- Fiber
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Who is RivadaSpace?
RivadaSpace is a Satellite Communications (Satcom) company developing a Low Earth Orbit (LEO) wholesale connectivity network for enterprise, government, and carrier customers.
- LEO satellite constellation for global wholesale connectivity
- Focus on enterprise, government, and carrier-grade communications services
- Network design oriented to secure, high-throughput data transport
- Use of inter-satellite links and mesh networking concepts for global coverage
- Wholesale capacity model for partners, operators, and large-scale users
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More About RivadaSpace
RivadaSpace focuses on building and operating a LEO satellite constellation intended to deliver global wholesale connectivity services for enterprises, governments, and telecommunications operators. Its proposition centers on making satellite capacity available to partners who then integrate that connectivity into their own networks, services, and applications, rather than selling directly to individual end users.
The company positions its future network as carrier-grade infrastructure, aligning with requirements for Traffic Engineering (TE), Service Level Agreements (SLAs), and integration into existing terrestrial and subsea backbones. This includes use cases such as enterprise Wide Area Network (WAN) extension, mobile backhaul, redundancy for critical infrastructure, and connectivity in areas where terrestrial fiber or microwave links are unavailable or uneconomic. Government and defense organizations are another stated target segment, with emphasis on secure, resilient links that can interoperate with existing ground systems and command-and-control architectures.
From an architectural standpoint, RivadaSpace highlights a space-based mesh network that relies on inter-satellite links to route traffic across the constellation before downlinking it near the destination. This approach maps to concepts in IP networking and Software Defined Networking (SDN), where routing decisions are made dynamically to optimize for latency, congestion, and availability. The architecture is positioned as a complement to terrestrial networks, with satellites acting as a transport layer comparable to a space-based backbone or core network.
Protocols and technologies referenced in RivadaSpace’s materials align with established networking and Satcom practice, including LEO orbits for lower latency compared to geostationary systems, optical or radio-frequency inter-satellite links, and standard IP-based routing for enterprise integration. The model is intended to support integration with VPNs, Software-Defined Wide Area Network (SD-WAN) platforms (network connectivity), and cloud on-ramps (cloud networking), enabling enterprises to treat the satellite network as another underlay transport option.
In an enterprise and institutional context, RivadaSpace fits into categories such as global connectivity, satellite network infrastructure, and wholesale backbone services. For carrier customers, it operates as an additional backhaul and transit option, comparable in role to terrestrial long-haul links but delivered from orbit. For governments and large organizations with distributed footprints, its services are positioned as a way to extend secure connectivity to remote bases, maritime and airborne assets, and locations without reliable terrestrial access.
Within an IT and telecom directory, RivadaSpace can be categorized under Satcom infrastructure, LEO constellation operators, and wholesale connectivity providers, with relevance to enterprise networking, SD-WAN underlay, cloud connectivity, and government communications solutions.
Our description of RivadaSpace. Updated December 2025.
