Spatiam builds a commercial space communications network that links humans and scientific missions across the solar system.
Funding
Funding not disclosed
Founders
Product
Problem
Space missions and orbital assets require reliable data communication across vast distances, but traditional networks suffer from long signal delays and frequent connectivity interruptions, limiting timely information exchange for scientific and operational activities.
Solution
Spatiam provides a commercial Delay and Disruption Tolerant Network (DTN) platform that enables data transfer between assets in low‑Earth orbit, lunar operations, Mars missions, and other deep‑space destinations despite long propagation delays and intermittent links. The platform stores and forwards packets autonomously, routing them through a growing constellation of relay nodes until a viable connection is available. By abstracting the underlying connectivity challenges, Spatiam allows mission operators and scientific teams to exchange telemetry, command, and research data with predictable reliability across the solar system. The system is designed for interoperability with existing space communication standards and can be integrated with partner networks to form a resilient, space‑wide communications infrastructure.
Target Audience
Primary customers are satellite operators, lunar and Martian mission planners, and scientific agencies that need dependable inter‑planetary data links for both commercial and research purposes.
Features
- Store‑and‑forward routing that buffers data during communication gaps and forwards it when a link becomes available
- Autonomous node management to dynamically select optimal relay paths across LEO, lunar, Martian, and deep‑space assets
- Compatibility with existing space communication protocols and standards for seamless integration
- Scalable architecture supporting a growing number of partners and mission assets
- End‑to‑end data integrity checks and encryption to ensure secure transmission across the network