Seeding daughter colonies and weaving a single, operator-controlled interstellar civilisation
The first stable portal link (IPLS-FPL-v1) is now the permanent backbone — eliminating isolation stressors, enabling instantaneous governance, trade, and reinforcement while preserving full local command authority.
Inter-Planetary Link Ship • Guildford, Surrey, UK
To define the functional requirements for the seamless, chronological integration of every new colony into the growing interstellar network, with the first stable portal link (IPLS-FPL-v1) as the non-negotiable binding infrastructure that prevents remote-mission stressors and enables multi-century expansion.
Once the primary portal link is stable and the first hollowed asteroid base is operational, the colony shall begin construction of its own colony-seeding ships (3.1.17) using local ISRU and on-site manufacturing (3.1.13). Each daughter colony shall repeat the full arrival sequence, including immediate establishment of its own IPLS-FPL-v1 link.
The portal mesh shall grow organically: each new colony becomes a new routing node. Continuous frontier monitoring (Frontier Annex 4.5) shall trigger TSP-v1 upgrades across the entire network without disrupting operations or crew consent.
Requirement: Every new colony shall be integrated into the growing interstellar network immediately upon establishment of the first stable IPLS-FPL-v1 portal link, following the same universal modular platform and chronological sequence used in Sol.
Rationale: Creates a single, coherent, operator-controlled interstellar civilisation without fragmentation or isolation.
Open Questions: None at v0.7
Requirement: The first stable IPLS-FPL-v1 portal link shall become the permanent backbone for each colony, expandable to a redundant mesh topology as population and traffic grow.
Rationale: Eliminates remote-mission stressors and enables instantaneous governance, trade, and reinforcement across light-years.
Requirement: Once the primary portal link is stable and the first hollowed base is operational, each colony shall begin construction of its own colony-seeding ships using local ISRU.
Rationale: Turns every successful colony into an autonomous seeding hub, enabling exponential interstellar expansion.
Requirement: Standardised PIS-v1 cargo protocols and portal nodes at major logistics hubs shall enable instantaneous high-value trade and personnel transfer across the growing network.
Rationale: Creates a true interstellar economy with minimal transit latency.
Requirement: Each colony shall maintain a continuous frontier-monitoring link to detect ≥2× performance or safety improvements, automatically triggering TSP-v1 evaluation across the network.
Rationale: Ensures the entire civilisation evolves in lockstep with frontier technologies without disruption.
Requirement: Each colony shall retain full local operator command authority at all times; portal use and network decisions remain under explicit local consent, never autonomous.
Rationale: Prevents centralised control while maintaining a unified civilisation.
Requirement: Real-time Sol-network connectivity via FPL-v1 shall be integrated with Recreation, Entertainment, Psychological & Social Systems (3.1.9) and Digital-Life Habitats (3.1.22) to eliminate isolation stressors permanently.
Rationale: Maintains cultural continuity and mental health for crews across light-years and centuries.
Requirement: The interstellar network shall be designed for continuous organic growth with graceful degradation, field-repairable nodes, and pre-engineered TSP-v1 pathways.
Rationale: Ensures the network remains robust and evolvable across centuries and thousands of light-years.
Requirement: Each new colony shall repeat the full arrival sequence and immediately become a new routing node in the portal mesh, enabling further daughter-colony seeding waves from the new node.
Rationale: Creates organic, exponential growth of the interstellar network while maintaining full operator control and interoperability.
Requirement: The interstellar network shall be designed for continuous organic growth with graceful degradation, field-repairable nodes, and pre-engineered TSP-v1 pathways for future technology supersession without disruption.
Rationale: Ensures the network remains robust, interoperable, and evolvable across centuries and thousands of light-years.