The overarching standards that ensure every IPLS vessel, base, colony, and future infrastructure remains fully interoperable and upgradable for centuries.
Create a single, open, and future-proof standard set so that all components built over the next 500+ years can seamlessly work together, preventing fragmentation as the civilisation expands.
These standards are enforced from the first probe and remain the binding contract for every future IPLS asset. They are the “constitution” that keeps the entire solar-system civilisation coherent as it grows exponentially.
Requirement: All IPLS assets, bases, and colonies shall adhere to a single, open, versioned set of network standards governing mechanical, power, data, fluid, and command interfaces to ensure full interoperability across centuries.
Rationale: Prevents fragmentation and vendor lock-in as the solar-system civilisation expands exponentially.
Open Questions: None at v0.7
Requirement: Every interface standard shall be versioned with mandatory backward compatibility for a minimum of three major versions, allowing seamless integration of legacy and new assets.
Rationale: Ensures assets built decades or centuries apart remain fully interoperable without decommissioning.
Requirement: All network standards shall include native support for quantum entanglement communication channels, with hardware interfaces pre-provisioned for future activation via TSP-v1.
Rationale: Prepares the entire solar-system network for instantaneous, secure communication as the technology matures.
Requirement: A single, open, publicly documented protocol stack shall govern all data formats, command structures, and authentication across the solar system.
Rationale: Eliminates translation layers and ensures deterministic, low-latency communication between all IPLS assets.
Requirement: A universal emergency beacon and distress signalling protocol shall be implemented across all vessels, bases, and probes with automatic activation and priority routing.
Rationale: Guarantees rapid detection and response in any failure scenario anywhere in the solar system.
Requirement: Network standards shall embed immutable ownership, data-rights, and access-control protocols that travel with every module and vessel.
Rationale: Protects intellectual property, privacy, and equity in a distributed, multi-century civilisation.
Requirement: All network functions (routing, encryption, priority override) shall expose physical manual overrides and digital operator veto independent of automation.
Rationale: Preserves absolute human/post-biological command authority over all communications and data flows.
Requirement: Network standards shall be designed for continuous evolution with graceful degradation, backward compatibility, and pre-engineered TSP-v1 supersession pathways.
Rationale: Keeps the entire solar-system network interoperable and upgradable across centuries.