[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 33.0, Latitude: 48.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Extensive, unbroken checkerboard of large-scale farming fields.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 10.5, Latitude: 45.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Structured orthogonal agricultural grid integrated with small canals.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 8.0, Latitude: 53.8.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Intricate tidal mudflat textures exposed during low tide.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -4.13, Latitude: 50.36.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Small-scale recreational boat docks and standard coastal development.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 6.73, Latitude: 51.49.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Integrated steelworks with multiple blast furnaces, slab yards, and coking plants forming a dense industrial complex.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 118.58, Latitude: -20.3.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Massive dark stockpile geometry and bulk carrier berthing.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 20.18, Latitude: 67.84.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Massive linear subsidence scar dominating the adjacent landscape.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -2.12, Latitude: 50.61.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Natural, geometric linear rock ledges extending into the sea.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -101.33, Latitude: 48.42.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Highly secured, isolated geometric bunkers indicating strategic military storage.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 35.45, Latitude: 31.5.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Hyper-saline lake with distinctive turquoise mineral edges and no built structures.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 94.0, Latitude: 27.5.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Massive, highly intersecting natural sandbars in a wide river system.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 11.45, Latitude: 48.1.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Standard European semi-detached suburban residential geometry.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -106.3, Latitude: 32.8.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Brilliant white undulating dunes mimicking snow or artificial surfaces.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 35.58, Latitude: -3.17.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Massive, perfectly intact circular natural caldera wall.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -73.3, Latitude: -42.65.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Aquaculture pen clusters arrayed in interior Chilo\u00e9 channels near Castro/Quinchao.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -100.0, Latitude: 35.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Dispersed, small white linear structures scattered across standard farmland.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -76.78, Latitude: 17.97.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Mid-scale Caribbean container terminal adjacent to a typical urban grid.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -151.01, Latitude: 63.07.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Continuous Alaska Range snow blanket with no built structure.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -97.15, Latitude: 25.99.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Concentrated cluster of massive vertical cylindrical structures.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 76.51, Latitude: 35.88.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Pristine high-altitude snowfield blanketing rugged peaks with no human structure.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 121.82, Latitude: -8.76.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Three perfectly adjacent circular volcanic lakes with highly contrasting natural colors.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -110.0, Latitude: 40.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Small-scale localized earth disruption next to standard road network.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -96.85, Latitude: 32.85.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Standard sweeping concrete highway interchange and overpasses.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -72.0, Latitude: -13.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Compact, grid-based settlement nestled in high-altitude topography.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 124.16, Latitude: 9.91.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Repetitive, perfectly conical natural grassy mounds.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -81.85, Latitude: 38.05.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Mountaintop removal coal mine with exposed rock benches and reclaimed valley fills cut into Appalachian forest.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 73.5, Latitude: 4.17.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Standard dense residential footprint covering a small atoll/island.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 105.0, Latitude: 37.55.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Extensive dark geometric grid anomaly covering desert landscape.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 55.0, Latitude: 68.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Sparse, isolated structures set upon desolate permafrost terrain.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 32.73, Latitude: 24.45.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Perfectly orthogonal array of dark solar grids carved into desert.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 92.17, Latitude: 21.2.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Vast refugee settlement of densely packed shelters carved into deforested hills.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -100.0, Latitude: 55.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Uniform pine forest canopy void of roads or clearings.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 31.0, Latitude: 30.8.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Extremely dense, fragmented micro-farming geometry abutting a river.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 153.0, Latitude: -27.5.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Curving suburban road networks following undulating local topography.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -118.98, Latitude: 47.95.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Colossal linear concrete retaining structure spanning wide river.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 8.57, Latitude: 50.03.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Dense industrial aviation complex adjacent to forest.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -80.6, Latitude: 28.6.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Massive isolated launch pad geometry and heavy crawlerway tracks.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 123.0, Latitude: -75.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Vast, uniform high-albedo ice sheet devoid of anomalies.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 28.95, Latitude: 25.5.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Highly concentrated patch of natural green vegetation bounded sharply by desert.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 103.6, Latitude: 1.45.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Reclaimed-land development with partial mid-rise blocks and active construction.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 121.74, Latitude: 25.13.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Deep natural inlet highly engineered with rigid concrete cargo borders.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 75.5, Latitude: 30.5.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Dense mosaic of small-scale, standard agricultural plots.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -114.0, Latitude: 28.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Arid, completely undeveloped linear coastline.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 116.41, Latitude: 39.5.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Highly anomalous massive starfish-shaped architectural footprint.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 18.6, Latitude: -33.96.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Mid-sized airport with two runways embedded in suburban sprawl.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 22.0, Latitude: -23.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Semi-arid sandy savanna showing only natural vegetation scrub.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -90.18, Latitude: 38.62.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Standard concrete/steel linear structure crossing a natural waterway.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -87.65, Latitude: 41.88.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Standard orthogonal urban street grid and high-density commercial buildings.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 8.03, Latitude: 46.62.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Small, dense cluster of buildings constrained by surrounding mountainous terrain.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -69.0, Latitude: -48.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Wind-swept, featureless scrubland void of human structures.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 72.0, Latitude: 27.53.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Sprawling, unnatural geometric grid of reflective panels in barren terrain.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 22.5, Latitude: -19.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Dense, chaotic fractal patterns of natural marsh and waterways.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -81.59, Latitude: 44.32.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Massive coastal industrial structures with distinct cooling infrastructure.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 18.0, Latitude: -20.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Faint, massive circular geological footprint on barren earth.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -110.82, Latitude: 44.52.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Highly unnatural-looking concentric rings of bright biological coloring.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 160.0, Latitude: -40.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Featureless deep ocean surface.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 85.0, Latitude: 28.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Minute terraced settlement conforming to extreme high-altitude slopes.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 19.33, Latitude: -19.2.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Natural, geometrically sharp circular void in remote landscape.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -49.0, Latitude: -16.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Concentrated circular center-pivot irrigation shapes cut into scrubland.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -22.61, Latitude: 63.99.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Mid-sized international airport with two runways adjacent to a small town.", "category": "MEDIUM"}