settled-reach/wiki/star-systems/GJ-447/index.md

Ross 128

GJ 447 | M-type | core

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System Profile

Star	M4.5V · 10.9 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	—

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Supply Dependency

Ross 128's primary export is protein. The habitable body is predominantly ocean, and the marine harvest operation that has run here for five centuries is one of the older continuous food-production enterprises in the Reach. It does not produce at the scale of the major agricultural worlds — this is not a system that feeds the capital — but it produces consistently, and the specific varieties of marine protein that the Ross 128 fisheries supply have developed, through five centuries of selective harvest management, a product profile that commands a reliable premium on core-sector food markets. The dependency flows both ways: the harvest infrastructure requires regular equipment import that the system cannot locally manufacture, and the logistics chain to core-sector distribution hubs runs through both gate connections.

The research economy operates on a different dependency structure. The Kensho connection — one hop to the Reach's most significant academic cluster — has produced, over multiple centuries, a research pipeline that functions less like an employment market and more like an extended institutional relationship. Researchers train at Kensho and come to Ross 128 for field postings. Senior researchers maintain affiliations at both systems simultaneously. The marine biology research stations at Ross 128 are, in several cases, formally partnered with Kensho faculties rather than being Conservancy or Commission institutions. The supply dependency this creates is intellectual rather than material: Ross 128's research programs are calibrated to the questions Kensho's institutions are currently funding, which means the research agenda here is partly determined by academic priorities two gate-hops away.

Tourism produces the third economic stream — modest relative to protein export, significant relative to research output. The system receives a consistent population of visitors whose presence in the economy is real enough to have generated a hospitality infrastructure, but not concentrated enough to have produced the Syndic combine density that characterizes systems where tourism is the primary industry. Ross 128 is a destination for people who are going somewhere for reasons they are willing to specify. It is not a resort system.

Faction Notes

The research community is the closest thing Ross 128 has to a dominant faction, and it is not politically organized in any coherent sense. The marine biology research stations, the oceanographic survey programs, the independent field researchers operating under Kensho affiliation — these share interests and sometimes coordinate, but they do not share governance ambitions. What they share is access: access to the ocean, to the survey data the automated systems generate, to the institutional frameworks that determine what research gets funded and what findings get classified as requiring further study. In a system where access to the primary research subject is the limiting resource, the institutions that manage that access have structural authority that does not require formal political expression.

The Lattice Commission maintains a presence at Ross 128 that is calibrated to the system's actual regulatory requirements: modest. There is no significant industrial workforce, no complex transit logistics requiring oversight, no information infrastructure that has historically generated Commission intervention. The Commission's agents here manage aperture administration — a standard function — and maintain the data quality monitoring that the marine research stations are required to submit under the Reach's standard environmental compliance framework. The compliance requirement is, by Commission standards, not burdensome. Ross 128's research community has operated inside it for long enough that the reporting is institutional habit rather than contested obligation.

The Syndic presence is specifically oriented toward the tourism and hospitality sector. The combines operating here are smaller than those in systems where tourism is a primary economic driver, and they are correspondingly less politically visible. There are no major Syndic logistics operations — the protein export runs through established freight contractors with long-term Conservancy agreements — and the academic pipeline with Kensho operates through institutional channels rather than commercial intermediaries. The combines that do operate here have not found conditions that make organizing for political access worth the investment.

The Guardian organization has a small chapter at Ross 128 whose activity is largely focused on the harvest management sector — the working conditions of the marine harvest operations, crew safety standards on the deep-survey vessels, the labor terms for the technical staff who maintain the automated survey equipment at depth. The chapter is not prominent in Reach-wide Guardian communications. Its concerns are specific and local, and the Conservancy's harvest management framework is not, by Reach standards, an adversarial operating environment for organized labor. The chapter exists and files its reports and occasionally produces findings the Commission's compliance framework takes three years to act on.

Silence Topic

What Ross 128 does not discuss: what the deep-ocean surveys have found.

Five centuries of marine research have produced an extensive and publicly accessible body of findings. The shallow-water ecology is documented with the thoroughness that five hundred years of continuous scientific attention produces. The mid-depth zones are similarly well characterized. The deep ocean — the abyssal systems, the zones below the pressure limits of standard crewed research platforms — is documented in automated survey outputs that are partially accessible through the research stations' public archives and partially classified under a research-in-progress designation that the stations' ethics boards have authorized for periods of up to twenty years at a time.

The twenty-year authorization has been renewed continuously for approximately one hundred and forty years. The specific surveys that triggered the initial classification are no longer identified by name in the stations' current archive index — they were consolidated into a program-level classification during a records management reorganization that the stations undertook sixty years ago. What the reorganization produced is a situation in which the fact of ongoing deep-ocean classification is publicly known, the original basis for that classification is not accessible in the current archive structure, and the renewal process occurs through the ethics board's standard administrative cycle without requiring public disclosure of the classified content.

The research community at Ross 128 does not discuss this in terms that suggest concealment. The standard description, offered by senior researchers to visiting colleagues and tourist inquirers alike, is that deep-ocean survey data requires extended validation periods because the operating conditions produce measurement anomalies that require careful interpretation before publication. This is plausible. It is also exactly what the classification record would look like if the anomalies had been interpreted and the interpretation existed in a different kind of document, in a different kind of archive, that the public record's structure does not make visible.

Narrative Hook

The marine research stations at Ross 128 have been renewing the same deep-ocean classification designation for a hundred and forty years, under an ethics board authorization that requires them to specify, in a non-public filing, what they are still trying to understand.

Calibration Note

binary-type designation with M4.5V primary reflects the stellar classification of the Ross 128 system. The binary companion is a distant object at a separation that has no significant effect on the habitable body's orbital dynamics or the horizon station's operational parameters. The binary designation is carried in the system header because it is astronomically accurate; it should not be read as indicating the gravitational complexity that characterizes closer binary systems. The habitable body's ocean-world profile is stable on timescales relevant to the settlement record.

loop_member topology with two apertures connecting Proxima and Kensho reflects a routing configuration that is commercially functional without being commercially intensive. The loop connection means Ross 128 is not a dead-end, and transit passengers moving between Proxima and Kensho can route through Ross 128 rather than taking a longer path. In practice, the transit volume this generates is modest — most Proxima-to-Kensho routing goes through other systems with lower stop counts — but the loop position provides redundancy that the Commission considers worth maintaining in the network. The system benefits marginally from the transit throughput; the transit system benefits marginally from the routing option. The relationship is not significant for either party.

wave_1 settlement on a predominantly ocean world reflects a specific pattern in early Reach colonization: the first wave included settlements whose attraction was not agricultural capacity or resource extraction but the scientific interest of the habitable body. The colonists who came to Ross 128 came because the ocean was there and because no human had studied it. That logic has reproduced itself, in the form of the research pipeline, for five hundred years. The settlement is wave_1 in the temporal sense and in the founding orientation — the system was always going to be about the water.

Topology

• Hop Distance from Gateway: 3
• Adjacent Systems: GJ 551, GJ 1286

Celestial Bodies

Orbit	ID	Name	Type	Inhabited	Pop	Mass	Gravity	Year (d)	Day (h)	Atmo	Biome	Hydro	Economy	Settlement	Industrial
1	GJ447b	—	planet	no	—	terrestrial	0.20g	8	192.0	none	barren	none	—	—	—
2	GJ447c	Marevna	planet	yes	450M	terrestrial	0.86g	170	22.0	breathable	oceanic	ocean	agricultural	dispersed_rural	—
↳ 2.1	GJ447c-1	—	moon	no	—	dwarf	0.04g	9	216.0	none	barren	none	—	—	—
3	GJ447d	—	planet	no	—	terrestrial	0.32g	45	1080.0	none	barren	none	—	—	—
4	GJ447e	—	planet	no	—	terrestrial	0.38g	120	15.0	thin	frozen	ice	—	—	—
5	GJ447f	—	planet	no	—	terrestrial	0.30g	350	17.5	none	frozen	none	—	—	—
6	GJ447g	—	planet	no	—	terrestrial	0.25g	700	20.0	none	frozen	none	—	—	—
7	GJ447-oort	—	oort_cloud	no	—	—	—	—	—	—	—	—	—	—	—

Stations & Facilities

ID	Name	Type	Orbits	Population	Economy	Governance	Docking	Gate	Districts
GJ447-oort-S1	Horizon Station	horizon	GJ447-oort	—	transit	—	standard	yes	1
GJ447c-S1	Scheveningen	commercial	GJ447c	8M	service_mixed	—	standard	no	1