Rivada Space Networks Tech Stack
LEO satellite constellation for global enterprise connectivity
Rivada Space Networks is building a 600-satellite LEO constellation with laser inter-satellite links to deliver low-latency global connectivity. The tech stack is enterprise-standard (Microsoft 365, AWS, Azure), but the real signal is in the project mix: space-system engineering, network architecture design, and constellation simulation dominate, while pain points cluster around procurement inefficiencies and cost control — typical for hardware-first space ventures scaling from concept to operations. Hiring is selective (7 open roles, mostly senior/director level) and concentrated in Germany, suggesting a lean core team managing complex supply chains.
Tech Stack 10 technologies
What Rivada Space Networks Is Building
◆Challenges
- Performance reliability scalability
- Maintaining microsoft 365 health
- Troubleshooting microsoft 365 issues
- Cost overrun
- Process standardization
- Procurement inefficiencies
- Compliance with regulations
▲Active Projects
- World-first network architecture combining space-based meshed laser network with high performance radio links
- Mbse modelling
- Procurement process standardization
- Industrial contract performance monitoring
- Design of system-level network architectures for mef-based services using multilayer-mpls
- Network simulations and prototyping
- Rsn constellation system engineering
- Automating interface management process
- Outernet system security architecture
Hiring Activity
Department
Seniority
Notable leadership hires: Procurement Director
