[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 122.06, Latitude: 30.62.
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": "Massive artificial island entirely covered in cargo grid patterns.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 artificial island entirely covered in cargo grid patterns.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 2.13, Latitude: 51.01.
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": "Linear array of geometric containment facilities on coastline.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Linear array of geometric containment facilities on coastline.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 5.5, Latitude: 52.5.
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 structured, perfectly linear agricultural strips cut by small canals.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 structured, perfectly linear agricultural strips cut by small canals.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -117.5, Latitude: 34.05.
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": "Repetitive, massive rectangular white-roofed light industrial buildings.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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, massive rectangular white-roofed light industrial buildings.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 126.08, Latitude: -16.73.
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 geometric natural geological spider-web formation.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 geometric natural geological spider-web formation.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -87.8, Latitude: 41.8.
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": "Standard municipal utility infrastructure with small circular clarifiers.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 municipal utility infrastructure with small circular clarifiers.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -87.9, Latitude: 41.97.
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": "Chaotic, intersecting extreme-scale runway geometry.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Chaotic, intersecting extreme-scale runway geometry.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 32.34, Latitude: 30.6.
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": "Distinct linear artificial waterway bisecting barren terrain.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Distinct linear artificial waterway bisecting barren terrain.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -75.0, Latitude: 80.0.
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": "Remote, barren high-arctic snow and ice terrain.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Remote, barren high-arctic snow and ice terrain.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -104.85, Latitude: 39.57.
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": "Single narrow asphalt strip with minimal supporting infrastructure.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Single narrow asphalt strip with minimal supporting infrastructure.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -118.25, Latitude: 33.75.
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 concentration of rectangular container geometry and ship berths.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 concentration of rectangular container geometry and ship berths.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 90.0, 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": "Vast empty expanse of open ocean waves.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 empty expanse of open ocean waves.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 114.27, Latitude: 22.57.
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 concentration of massive vessel infrastructure.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 concentration of massive vessel infrastructure.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -112.1, Latitude: 33.6.
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": "Standard grid of single-family homes with uniform roofing and pools.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 grid of single-family homes with uniform roofing and pools.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 14.53, Latitude: -21.13.
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": "Gigantic circular mountain rising abruptly from featureless plains.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Gigantic circular mountain rising abruptly from featureless plains.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 55.36, Latitude: 25.25.
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": "Extreme-scale linear aviation infrastructure.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Extreme-scale linear aviation infrastructure.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 50.15, Latitude: 26.65.
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": "Sprawling complex of circular chemical storage and refining geometry.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 complex of circular chemical storage and refining geometry.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 4.05, Latitude: 51.95.
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": "Extreme-density geometric cargo terminals and massive vessel berthing.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Extreme-density geometric cargo terminals and massive vessel berthing.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -6.51, Latitude: 55.24.
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 cluster of perfectly hexagonal natural basalt columns.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 cluster of perfectly hexagonal natural basalt columns.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 113.99, Latitude: 62.52.
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": "Perfectly circular, deep terrestrial vortex anomaly.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 circular, deep terrestrial vortex anomaly.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 106.04, Latitude: 43.01.
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 industrial processing geometry in empty desert.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 industrial processing geometry in empty desert.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 174.8, Latitude: -36.9.
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": "Patchwork of standard suburban residential parcels near coastline.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Patchwork of standard suburban residential parcels near coastline.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 139.78, Latitude: 35.55.
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 artificial island runway geometry.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 artificial island runway geometry.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -76.43, Latitude: 36.98.
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 drydock infrastructure and strategic naval vessel construction.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 drydock infrastructure and strategic naval vessel construction.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 2.54, Latitude: 49.0.
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": "Sprawling complex of circular and linear aviation terminals.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 complex of circular and linear aviation terminals.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 49.56, Latitude: 27.05.
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": "Uninterrupted, hyper-dense industrial pipe and tank geometry.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Uninterrupted, hyper-dense industrial pipe and tank geometry.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -100.5, Latitude: 37.8.
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": "Highly repetitive, massive circular crop geometries.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 repetitive, massive circular crop geometries.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 105.0, Latitude: 47.0.
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, uninterrupted grassy plains devoid of roads or settlements.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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, uninterrupted grassy plains devoid of roads or settlements.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 4.76, Latitude: 52.31.
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 dispersed, multi-directional runway layout cutting through agriculture.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 dispersed, multi-directional runway layout cutting through agriculture.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 1.31, Latitude: 51.96.
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 container port with ordered rectangular berths and stacked container yards.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 container port with ordered rectangular berths and stacked container yards.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -110.85, Latitude: 32.16.
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 aircraft storage yard with thousands of geometrically arrayed military airframes.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 aircraft storage yard with thousands of geometrically arrayed military airframes.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 54.69, Latitude: 24.77.
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-dense, sprawling metal refining structures on artificial coast.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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-dense, sprawling metal refining structures on artificial coast.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -6.33, Latitude: 36.64.
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 geometric naval and aviation infrastructure on strategic coastline.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 geometric naval and aviation infrastructure on strategic coastline.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -84.42, Latitude: 33.64.
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 parallel runway geometry and massive central terminal complex.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 parallel runway geometry and massive central terminal complex.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 144.96, Latitude: -37.81.
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": "Orthogonal central business district bounded by standard residential sprawl.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Orthogonal central business district bounded by standard residential sprawl.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 36.33, Latitude: 32.3.
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": "Mega-scale refugee city with grid-aligned shelter rows in arid terrain.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Mega-scale refugee city with grid-aligned shelter rows in arid terrain.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -73.77, Latitude: 40.64.
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": "Irregular network of extreme-scale runways intersecting a bay.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Irregular network of extreme-scale runways intersecting a bay.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 6.51, Latitude: 50.91.
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": "Colossal stepped terrestrial void carved into rural topography.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 stepped terrestrial void carved into rural topography.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 7.6, Latitude: 50.2.
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": "Linear settlement geometry following the natural curve of a river system.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Linear settlement geometry following the natural curve of a river system.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -105.0, 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": "Small linear arrangement of commercial and residential structures anchored to a single road.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 linear arrangement of commercial and residential structures anchored to a single road.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -74.07, Latitude: 4.71.
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, highly compressed urban block and street geometry.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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, highly compressed urban block and street geometry.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 72.87, Latitude: 19.07.
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": "Extremely high-density, irregular urban residential geometry.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 high-density, irregular urban residential geometry.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 39.83, Latitude: 64.58.
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": "Sevmash submarine yard with covered building halls and Arctic naval pier infrastructure.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Sevmash submarine yard with covered building halls and Arctic naval pier infrastructure.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 109.97, Latitude: 41.79.
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, high-contrast terraced pits and artificial chemical lakes.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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, high-contrast terraced pits and artificial chemical lakes.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -73.66, Latitude: 61.27.
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 circular, deep-blue water body contained by a natural rim.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 circular, deep-blue water body contained by a natural rim.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -89.98, Latitude: 35.05.
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": "Logistics hub with parked cargo aircraft and large sorting facility.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Logistics hub with parked cargo aircraft and large sorting facility.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 133.88, Latitude: -23.69.
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": "Isolated, standard low-rise settlement surrounded by barren arid terrain.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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": "Isolated, standard low-rise settlement surrounded by barren arid terrain.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -123.11, Latitude: 49.29.
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 industrial cargo grid extending into a natural inlet.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 industrial cargo grid extending into a natural inlet.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 28.74, Latitude: 41.26.
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 geometric aviation footprint.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image.
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 geometric aviation footprint.", "category": "HIGH"}