Adds Bodies and Population rows to System Profile tables across all 301 star-system wiki pages. Adds Industries, Exports, and Imports economic profile rows derived from systems.db economic_base + body type + topology. Includes 9 body/station name changes from cultural diversity remediation. Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
11 KiB
Lacaille 9352
GJ 887 | M-type | core
System Profile
| Star | M2/M3V · 10.7 ly |
| Bodies | 1 habitable · 3 inhabited |
| Gates | 2 aperture · loop_member |
| Settlement | wave_1 |
| Industries | hospitality, financial_services, legal_services |
| Exports | financial_services |
| Imports | processed_food, electronics, consumer_goods, medical_goods, fusion_fuel, refined_metals |
| Population | — |
Supply Dependency
Lacaille 9352 produces more than it consumes in a narrow and specific way: it is the checkpoint between Cygni B and the corridor that continues south and west into the outer Reach, and the economies of checkpoint systems are built on the friction that inspection and transit administration create. Processing fees, bonded freight storage, transit documentation, the small services that accumulate wherever cargo must wait while paperwork is resolved. None of this is impressive at the system level. At the aperture level, where every south-bound shipment must pass through exactly one of two gates and both of them belong to this system, the cumulative volume is substantial.
What the system imports reflects what it does not have: food from Ran and the agricultural mid-Reach, manufactured components for the transit infrastructure that is the system's primary physical asset, and specialist services from Cygni B — one gate hop away — that keep the gate-adjacent processing platforms running. The dependency on Cygni B's manufacturing sector is real but not exposed. Lacaille 9352 has accumulated enough in-system maintenance capacity over five centuries that a short-term supply disruption from Cygni B would be inconvenient rather than destabilizing. A long-term one would be something else, but the freight operators who move between Cygni B and Lacaille 9352 on standing contracts have no incentive to test this.
The system's position in the supply chain for everything moving south means that the transit operators who base here accumulate pricing leverage over time without accumulating anything resembling political power. They are indispensable to the southern Reach's resupply lines and entirely legible to every institution that wants to monitor what moves south. It is a position with revenue and without protection.
Faction Notes
The Concord Assembly has a more substantial presence here than at most systems of comparable population, and the reason is geometric. Lacaille 9352 sits at the junction where Cygni B's hub connects to the edge of Commission-reliable coverage. Systems south of here — those accessible through the aperture that does not connect back to Cygni B — are in the zone where Assembly enforcement grows thin and response times to reported incidents are measured in weeks rather than days. The Assembly chose to place a regional coordination office here specifically because this is the last system where placing a regional coordination office means something.
The office handles south-Reach administrative oversight, which means it handles the reports that south-Reach operators are required to file and the inspections that those operators know will not be conducted in person. The gap between what the office is mandated to oversee and what it can actually monitor is not unique to Lacaille 9352 — this is a condition shared with the Commission — but it is more exposed here because the systems falling outside active coverage are geographically adjacent rather than distributed across a large network. The regional coordinator is aware of this. It is mentioned in the office's internal planning documents and has not changed the resource allocation.
The Lattice Commission operates the transit inspection function with more staffing than would be expected at a 2-aperture loop_member. This is a deliberate allocation. South-bound freight through Lacaille 9352 includes a consistent proportion of cargo whose documentation does not fully match its manifest — not because the operators are criminals, in the main, but because the documentation requirements for south-Reach transit were written for a more uniform cargo environment than actually exists at the outer edge. The Commission's Lacaille 9352 office has developed a set of working interpretations for how to handle documentation gaps that do not quite fit the letter of the filing standards. These interpretations are applied consistently and have not been formally reviewed by the Commission's Sirius-based framework division. This is understood by both the office and the framework division as an arrangement that functions because it is not examined.
No Syndic families of major standing base here. The freight operators are Syndic-affiliated — they hold Commission registration, they have Assembly filing status — but they are not Syndic in the political sense. They are entrepreneurs at the edge of the network, working the gap between institutional coverage and institutional reach.
Silence Topic
What Lacaille 9352 does not discuss: the practical contents of what moves south.
The Commission's inspection framework is designed for the cargo profiles of the core and mid-Reach: manufactured goods, agricultural product, Commission-certified technology, personnel transfers. These categories cover the overwhelming majority of commercial freight and the documentation requirements for them are well-established. What the framework handles less cleanly is cargo that does not fit neatly into the standard categories — prototype technology under provisional certification, biological material from frontier research contexts, equipment whose use-case classification is genuinely ambiguous — because the ambiguity rules were written for the core zone, where there are enough inspectors and enough institutional context to resolve ambiguity through negotiation and precedent.
At Lacaille 9352, ambiguous cargo meets a Commission office that has developed its own resolution practices and a southern corridor where the Commission's ability to follow up is limited. The operators who regularly move south-bound freight know which documentation gaps the local office will resolve by issuing conditional clearance and which it will flag for Cygni B review. This knowledge is not written down. It is accumulated through the experience of transiting this system regularly, and it is shared through the networks of operators who work the southern routes — shared selectively, because the operators who share it indiscriminately tend to find that the local Commission office's interpretation of their next manifest becomes less generous.
This is not, by itself, a scandal. It is a routine feature of regulatory enforcement at the edge of coverage. What makes it worth silence is the question of what the conditional clearances have accumulated over five centuries of wave_1 occupancy and south-Reach transit activity, and whether the Commission's Sirius framework division would recognize its own standards in the working practices that have evolved here in their absence.
Narrative Hook
Everything the southern Reach receives passes through two gates in this system; the Commission office that inspects it has not been formally reviewed in living memory, and everyone involved considers this a reasonable arrangement.
Calibration Note
star_type: M2/M3V is a dim red dwarf — the M-type primary means narrow habitable zone, manageable UV output, and a habitable world that requires engineering to be comfortable rather than accommodation. Five centuries of continuous investment have produced infrastructure that compensates for the stellar type's limitations: the habitable body's engineered environment is functionally equivalent to settlements around warmer stars, though the engineering cost was higher and the maintenance burden is permanent.
settlement_wave: wave_1 with only 2 apertures is the same configuration that makes Barnard's Star worth noting — a very early system with limited gate connectivity. In Lacaille 9352's case the explanation is positional rather than proximity-based. The two apertures connect to Cygni B (through the hub cluster) and to the first system in the southern corridor. Wave_1 settlers came here because it was reachable, built infrastructure for the apertures they were given, and the system developed as an endpoint rather than a crossroads. Five centuries later it is still an endpoint, still with two apertures, still connected to Cygni B and to one system further south — and now that southward connection is the entire regional supply chain for everything beyond it.
topology: loop_member describes the technical graph property — both connections form part of a cycle rather than a dead-end — but the experiential reality of this system is that it functions as a spur. The loop includes Cygni B and GJ 3877 and then back through Lacaille 9352, but the through-traffic on that loop is outweighed by the south-originating and south-destined freight that enters the loop at Lacaille 9352 and exits at Cygni B without completing the cycle. Whether a system is a loop_member or a chokepoint depends on which direction the load is moving, and on the routes available to the traffic that cannot find an alternative.
Topology
- Hop Distance from Gateway: 3
- Adjacent Systems: GJ 3877, GJ 820B
Celestial Bodies
| Orbit | ID | Name | Type | Inhabited | Pop | Mass | Gravity | Year (d) | Day (h) | Atmo | Biome | Hydro | Economy | Settlement | Industrial |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 | GJ887b |
— | planet | no | — | terrestrial | 0.20g | 8 | 192.0 | none | barren | none | — | — | — |
| 2 | GJ887c |
Calder | planet | yes | 600M | terrestrial | 0.80g | 160 | 22.5 | breathable | temperate | rivers | service_mixed | urban_concentrated | — |
| ↳ 2.1 | GJ887c-1 |
— | moon | no | — | dwarf | 0.04g | 9 | 216.0 | none | barren | none | — | — | — |
| 3 | GJ887d |
— | planet | no | — | terrestrial | 0.35g | 40 | 960.0 | none | barren | none | — | — | — |
| 4 | GJ887e |
— | planet | no | — | terrestrial | 0.42g | 100 | 15.0 | thin | frozen | ice | — | — | — |
| 5 | GJ887f |
— | planet | no | — | terrestrial | 0.30g | 300 | 17.0 | none | frozen | none | — | — | — |
| 6 | GJ887g |
— | planet | no | — | terrestrial | 0.25g | 600 | 19.0 | none | frozen | none | — | — | — |
| 7 | GJ887-oort |
— | oort_cloud | no | — | — | — | — | — | — | — | — | — | — | — |
Stations & Facilities
| ID | Name | Type | Orbits | Population | Economy | Governance | Docking | Gate | Districts |
|---|---|---|---|---|---|---|---|---|---|
GJ887-oort-S1 |
Horizon Station | horizon | GJ887-oort |
— | transit | — | standard | yes | 1 |
GJ887c-S1 |
Southmark Hab | commercial | GJ887c |
8M | transit | — | major | no | 1 |