Data loss is a massive risk over cosmic distances. Interstellar proxies utilize heavy forward error correction (FEC) and predictive compression algorithms.
Modern space missions are moving away from monolithic spacecraft to disaggregated systems—swarms of CubeSats, lunar relay constellations, and distributed sensors. A single interstellar network proxy can aggregate traffic from dozens of small nodes, apply QoS policies, and forward to the next hop. Traditional proxies would require a separate TCP connection per node, exhausting the limited connection table and memory of an onboard computer. An INP, being connectionless, scales to thousands of bundle sources with linear memory usage. interstellar network proxy better