Interstellar Network Proxy

The Interstellar Network Proxy: Solving the Latency Problem of Deep Space

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While you can use public instances, they are often blocked quickly. The most reliable method is to host your own: interstellar network proxy

  1. Bundle Creation: Your terminal creates a bundle—a self-contained message containing the payload, plus a primary block (source, destination, timestamp, lifetime) and a canonical block (security, custody options).
  2. Proxy Handoff (Local INP): Your local INP (on the Europa lander) receives the bundle. It takes custody, meaning it accepts responsibility for delivery. It sends you a "custody signal" confirmation.
  3. Storage: The Europa INP stores the bundle in non-volatile memory (radiation-hardened SSD). The link to the Ganymede relay won't be available for another 4 hours.
  4. Opportunistic Forwarding: When the relay passes overhead, the INP initiates a late-binding forward link, pushes the bundle, and waits for a custody signal from the Ganymede INP.
  5. Deep Space Leg: The Ganymede INP forwards the bundle to a Deep Space Network (DSN) proxy on Earth. This leg takes 35 minutes. No ACK is required during transit.
  6. Final Delivery: Earth’s DSN proxy delivers the bundle to MIT’s campus network, which uses standard TCP/IP. The INP performs protocol conversion, stripping bundle headers and presenting a clean UDP or TCP payload.

The INP is a sophisticated network of orbiting relays, strategically positioned at Lagrange points or in highly elliptical orbits around stars, that enable fast and secure communication between Earth and interstellar spacecraft or colonies. The INP acts as a proxy server, forwarding data between the spacecraft and Earth-based networks, thereby reducing latency and increasing data transfer rates. The Interstellar Network Proxy: Solving the Latency Problem

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