Continuous Infrastructure, Fragmented Jurisdiction: Operator Coordination Along the Boston–Atlanta Metropolitan Axis

1. Introduction

The Sprawl is the common name for the Boston–Atlanta Metropolitan Axis (BAMA), an urbanised corridor so continuous that residents rarely register where one former city ends and the next begins. Stretches of it sit beneath geodesic domes, and much of what keeps it lit, moving and weather-tight is owned or managed by the zaibatsu, the quasi-sovereign multinational firms whose authority over their employees resembles that of a state without territory. Beneath this fabric lies an older map of municipal boundaries. How much authority those municipalities retain is not settled in the published record, and in this paper the jurisdictional layer is our own reconstruction from archival boundary registers.

Forecasts from the late 2030s anticipated that the mismatch would resolve itself. Vasquez-Lund (2036), writing for the Sprawl Institute, argued that when a power grid or transit line runs without interruption across many jurisdictions, the costs of negotiating each boundary accumulate until the jurisdictions merge or cede authority to a single corridor body. Tanabe-Reyes (2037) documented the grid interconnects that make such continuity physically possible in the Atlanta domes and treated consolidation as the likely next step. Neither prediction has been tested against the practice of the people who run the systems.

Our question is therefore practical. If infrastructure crosses boundaries that have not merged, who manages the crossing, and by what arrangements? We write from the period after the Straylight run and the Wintermute–Neuromancer merger, when the Sprawl's physical plant had passed through the disturbances of the preceding years largely intact, and we approach the corridor through the working practice of its operators, leaving projections of its future to planners.

2. Field Setting and Method

Fieldwork took place in a 38-kilometre section at the southern, Atlanta end of the axis, which we designate the Southern Dome segment. The designation and the segment boundaries are ours. We chose the section because it combines three dome complexes, an open corridor between them, and a dense overlay of former municipal lines, so that power, transit and structural systems all encounter boundaries within a manageable area.

Jurisdictions were reconstructed from the legacy boundary and annexation register held in BAMA Municipal Records (Series BR-7), covering 2031 to 2044. The register is incomplete. Several annexations are recorded only as petitions, and two boundaries are drawn inconsistently between volumes. Depending on how those disputed annexations are resolved, the section contains between ten and twelve residual jurisdictions; we report eleven, the count under the most recent entry in each case. We then traced 214 infrastructure segments, defined as runs between two switching, junction or load-bearing nodes, from operator schematics and site inspection, and recorded whether each segment crosses at least one reconstructed boundary. The counts in Table 1 are descriptive, and given the state of the register they should be read as approximate to within a few segments.

Interviews were semi-structured and were conducted between 2043 and 2044. We recruited operators through two utility maintenance depots and then by referral, stratifying by system: six worked on power distribution, five on transit, and four on dome structures and their load-bearing supports, for a total of fifteen. Nine were employed by zaibatsu-affiliated utility firms, four by the remaining municipal utilities, and two worked as independent contractors. Each interview followed a protocol covering the boundaries the operator's system crosses, the agreements used to manage them, and the most recent dispute the operator could describe. Operators are identified here by system and a number only, and their accounts are paraphrased.

3. Findings I. Physical Continuity Across Residual Boundaries

Across the Southern Dome segment, 131 of the 214 mapped segments (61%) cross at least one reconstructed boundary. The share is highest for power distribution, where 61 of 88 segments (69%) cross a line, followed by transit at 43 of 74 (58%) and dome structures at 27 of 52 (52%). Power feeders run along the shortest electrical path between substations, and the substations were sited by the firms that built them, with no apparent reference to municipal geography.

Dome structures present the starkest case. A single geodesic shell in the northern complex rests on footings in three reconstructed jurisdictions, and its load is shared across the whole ring of supports. Structural operators described the dome as one object for every engineering purpose. Inspection, repair and load monitoring are organised by the firm that holds the maintenance contract, while the register records permits for the footings under three separate municipal authorities, two of which no longer maintain an inspection office. Okonkwo (2039) had noted the same gap between dome load-sharing and municipal inspection in an earlier survey of the domes.

The register contains no dated instance of a boundary merger or transfer of authority linked to infrastructure within the fourteen years examined. Given the gaps described above, an absence in so imperfect a record cannot establish that no such pressure was ever exerted, and we treat the finding with corresponding caution.

4. Findings II. Operator-to-Operator Agreements

Operators described 23 standing agreements that govern cross-boundary continuity in the section. Most take the form of a written note or a shared maintenance schedule between counterpart operators on either side of a line, covering who switches a feeder during an outage, which crew clears a transit tunnel after a collapse, and how load is redistributed around a dome footing under repair. For 14 of the 23, we located a dated reference in operator logs or the municipal register, the earliest from 2034; the remainder operators described from memory.

Power operator 2 described the agreements as the real map of the segment, explaining that the boundaries in the register matter only when a permit is audited, which in her experience happens rarely. Transit operator 4 made a similar point about the tunnels, where crews from different firms cover each other's sections at night by long-standing understanding and settle the hours at the end of each quarter.

Employment shapes the agreements. Seventeen of the 23 were negotiated between staff of zaibatsu-affiliated firms, and several operators said they cleared any commitment with their employer's regional office before making it. The agreements therefore look less like a civic practice among independent technicians than an extension of corporate authority across municipal lines, a pattern that fits the account of zaibatsu sovereignty without territory, and of brokerage between firms across municipal lines, given in earlier work in this journal. The four municipal-utility operators described themselves as junior parties to arrangements whose terms were set largely by their corporate counterparts.

5. Findings III. Settling Disputes Without a Formal Channel

Operators recounted 19 disputes over cross-boundary faults, costs or access in the preceding several years. By their accounts, 16 were settled directly between operators or their supervisors, and three went to a municipal authority. Every operator who described one of those three cases reported that it took months to resolve, whereas the directly settled cases were most often described as closed within days. Operators recalled these durations; none were measured, and the three formal cases may have been the hardest disputes to begin with.

Settlement usually rests on reciprocity. A crew that absorbs the cost of a repair on the far side of a line expects the favour to be returned, and operators kept informal tallies of such obligations. Structural operator 1 described a dispute over a cracked footing that was resolved when the firm responsible for the adjacent transit tunnel agreed to fund the repair in exchange for priority access during a later closure. No municipal record of that exchange exists.

6. Discussion

Forecasts of consolidation assumed that the friction of crossing boundaries would be borne by the jurisdictions. In the Southern Dome segment it is borne, and largely dissolved, by the operators. Operators report that the agreements resolve the practical problems of continuity, which may leave those with the means to press for consolidation little occasion to do so. We did not interview municipal authorities, zaibatsu regional offices or residents, and their view of the arrangement remains unexamined. On the operators' evidence, informal coordination appears to relieve the pressure that Vasquez-Lund (2036) expected to build.

Our data cannot show that this arrangement is stable. That the agreements have persisted since at least 2034, together with the absence of any recorded merger, is compatible with durability, but a single fieldwork window cannot separate a stable arrangement from a slow drift. We propose stability as a hypothesis for longitudinal work. The same caution applies to responsiveness: operators believe informal settlement is faster, and the three formal cases support that belief without testing it.

The more consequential finding concerns accountability. The agreements answer to no public process. Their terms are known to the operators and, in most cases, to the zaibatsu that employ them, and to nobody else. Residents of a jurisdiction whose feeder is switched off first during a shortage have no forum in which to object. In that sense the residual municipalities persist as permit-holders while practical authority over the corridor has passed to corporate staff.

Freeside offers an instructive contrast. The Tessier-Ashpool spindle is under single ownership, and its service registers show continuity managed by one authority without negotiation between parties (Freeside Habitat Authority, 2042). Ohira-Voss (2041) argued that informal coordination arises only where ownership is divided. On our own comparative hypothesis, the Sprawl and Freeside sit at opposite ends of a single spectrum: where one owner holds the whole plant, no coordination problem arises, and where ownership is fragmented but corporate, coordination migrates to the operators.

7. Limitations

The study covers one segment at one end of a corridor running from Boston to Atlanta, and the Boston end, which may have a different dome history, may also differ in its coordination practices. The jurisdictional layer is a reconstruction from an incomplete register, and our count of eleven jurisdictions could reasonably be ten or twelve. Fifteen operators, recruited partly by referral, cannot represent the full workforce, and the dominance of zaibatsu employees among them may reflect access as much as the composition of the trade.

None of the agreements has yet been observed under severe stress. The Panther Moderns campaign showed that coordinated disruption within the Sprawl can target meaning and signal as well as hardware, and an informal system that depends on trust between counterparts may be especially vulnerable to such interference. Whether the agreements would hold under deliberate attack remains an open question for future fieldwork.