A node functioning as an Interstellar Network Proxy would serve four critical functions to make deep-space civilization viable.
Because you cannot remote-desktop into a proxy 40 light-minutes away, INPs must be AI-driven. They use machine learning to predict bandwidth availability (based on planetary rotation and solar activity) and prioritize data. A critical oxygen tank alert from a Martian habitat jumps the queue ahead of a Netflix download. interstellar network proxy
The Interstellar Network Proxy is not science fiction. It is based on active research under NASA's Delay-Tolerant Networking (DTN) project and the CCSDS (Consultative Committee for Space Data Systems) standards. A node functioning as an Interstellar Network Proxy
Keywords: Interstellar Network Proxy, Deep Space Networking, Delay-Tolerant Networking, Bundle Protocol, Space Internet, Mars Communication, SolNet, Interplanetary Gateway. A critical oxygen tank alert from a Martian
LTP is designed for deep space. It provides retransmission of lost data without the overhead of a handshake. The INP uses LTP on the "space side" and converts it to TCP on the "planet side."
The core technology driving an Interstellar Network Proxy is . Unlike the Internet Protocol (IP), which assumes a continuous, low-latency connection, DTN assumes the opposite: that connections will be frequently interrupted and incredibly slow.