[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": "Circular cooling towers and sprawling geometric arrays in isolated desert.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 6.0, Latitude: 60.0.
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 cluster of standard residential structures hugging a deep coastal inlet.", "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 cluster of standard residential structures hugging a deep coastal inlet.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 130.35, Latitude: -31.58.
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": "Massive, perfectly sheer natural limestone cliff line meeting the ocean.", "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": "Massive, perfectly sheer natural limestone cliff line meeting the ocean.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 74.57, Latitude: 31.61.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Iconic India-Pakistan border crossing with parade ground, ceremonial gates, and dual customs 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": "Iconic India-Pakistan border crossing with parade ground, ceremonial gates, and dual customs infrastructure.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 2.35, Latitude: 48.85.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Dense, uniform historical urban block geometry and radial avenues.", "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": "Dense, uniform historical urban block geometry and radial avenues.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -60.0, 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": "Vast, featureless plain broken only by standard crop demarcations.", "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": "Vast, featureless plain broken only by standard crop demarcations.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 141.03, Latitude: 37.42.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Dense grid of massive circular containment tanks on 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": "Dense grid of massive circular containment tanks on coast.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 22.0, Latitude: 0.0.
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": "Continuous, featureless expanse of dense equatorial rainforest.", "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": "Continuous, featureless expanse of dense equatorial rainforest.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 22.99, Latitude: 37.93.
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 narrow, perfectly straight, sheer-walled artificial canal.", "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": "Extremely narrow, perfectly straight, sheer-walled artificial canal.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 33.0, Latitude: -1.0.
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": "Empty, uniform tropical freshwater expanse.", "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": "Empty, uniform tropical freshwater expanse.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -73.94, Latitude: 40.67.
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 continuous terraced housing and urban neighborhood grids.", "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 continuous terraced housing and urban neighborhood grids.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 51.0, Latitude: 20.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Endless, repetitive natural wave patterns of desert sand.", "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": "Endless, repetitive natural wave patterns of desert sand.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 11.26, Latitude: 24.32.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Continuous, unbroken arid sand dune geometry.", "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": "Continuous, unbroken arid sand dune geometry.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -114.07, Latitude: 51.1.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Uniform residential cul-de-sac geometry cutting through natural 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": "Uniform residential cul-de-sac geometry cutting through natural terrain.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 136.83, Latitude: 35.04.
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 artificial island grid heavily packed with vehicle export arrays.", "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 artificial island grid heavily packed with vehicle export arrays.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 40.0, Latitude: 75.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Featureless dark polar water.", "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": "Featureless dark polar water.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -111.02, Latitude: 35.02.
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 impact anomaly with raised 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 terrestrial impact anomaly with raised rim.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -104.71, Latitude: 44.59.
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-isolated, massive cylindrical natural rock intrusion.", "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": "Hyper-isolated, massive cylindrical natural rock intrusion.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 40.3, Latitude: 14.24.
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": "Extreme-contrast geometric salt and acid formations in volcanic crater.", "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": "Extreme-contrast geometric salt and acid formations in volcanic crater.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 40.58, Latitude: 62.96.
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": "High-latitude military cosmodrome with hardened launch complexes set in boreal forest.", "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": "High-latitude military cosmodrome with hardened launch complexes set in boreal forest.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -140.0, Latitude: 10.0.
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": "Completely blank, featureless water topography.", "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": "Completely blank, featureless water topography.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 34.58, Latitude: 47.51.
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 row of massive dome structures and cooling ponds.", "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 row of massive dome structures and cooling ponds.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 126.0, Latitude: 73.0.
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": "Highly complex, sprawling fractal networks of natural river channels.", "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 complex, sprawling fractal networks of natural river channels.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 18.5, Latitude: -33.9.
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": "Uniform grid of small-plot residential structures.", "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": "Uniform grid of small-plot residential structures.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 133.73, Latitude: -23.79.
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": "Isolated cluster of multiple distinct white geodesic domes in 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": "Isolated cluster of multiple distinct white geodesic domes in desert.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -0.45, Latitude: 51.47.
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 aviation infrastructure and massive aircraft.", "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 aviation infrastructure and massive aircraft.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -79.92, Latitude: 9.27.
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": "Massive artificial lock geometry and concentrated vessel queuing.", "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 lock geometry and concentrated vessel queuing.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 6.1, Latitude: 59.0.
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": "Sharp, jagged natural rock formations intersecting with deep water channels.", "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": "Sharp, jagged natural rock formations intersecting with deep water channels.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 25.33, Latitude: 36.4.
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, bright-white standard residential structures clustered on a hillside.", "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": "Dense, bright-white standard residential structures clustered on a hillside.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -108.25, Latitude: 36.26.
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": "Highly textured, repeating natural hoodoo rock formations.", "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 textured, repeating natural hoodoo rock formations.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 9.93, Latitude: 53.53.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Complex network of industrial river docks and cargo grids.", "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": "Complex network of industrial river docks and cargo grids.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -73.04, Latitude: -50.49.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Perfectly sheer, linear natural ice wall dropping into dark water.", "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 sheer, linear natural ice wall dropping into dark water.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -88.15, Latitude: 41.75.
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": "Standard low-density residential developments separated by green spaces.", "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 low-density residential developments separated by green spaces.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 35.0, Latitude: 0.5.
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": "Small, scattered residential footprint in a rural savanna environment.", "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, scattered residential footprint in a rural savanna environment.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 2.0, 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": "Irregular, patchwork geometric shapes of standard farming plots.", "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": "Irregular, patchwork geometric shapes of standard farming plots.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 105.42, Latitude: -6.1.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Broken circular volcanic archipelago surrounding a central cone.", "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": "Broken circular volcanic archipelago surrounding a central cone.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 4.33, Latitude: 51.28.
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 inland waterway locks and dense industrial staging.", "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 inland waterway locks and dense industrial staging.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -40.0, Latitude: 75.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Completely featureless, flat white glacial ice cap.", "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": "Completely featureless, flat white glacial ice cap.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -0.12, Latitude: 51.49.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Irregular, dense historical urban street network and mixed residential.", "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": "Irregular, dense historical urban street network and mixed residential.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -49.8, Latitude: 69.16.
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": "Deeply incised natural water channel packed entirely with jagged calving glacial ice.", "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": "Deeply incised natural water channel packed entirely with jagged calving glacial ice.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -82.02, Latitude: 33.5.
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": "Sculpted green recreational terrain interspersed with sand traps and trees.", "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": "Sculpted green recreational terrain interspersed with sand traps and trees.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -58.38, Latitude: -34.6.
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 continuous square-grid urban block layout.", "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 continuous square-grid urban block layout.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -6.5, Latitude: 18.9.
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": "Circular natural sand depression highly contrasting with surrounding dunes.", "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": "Circular natural sand depression highly contrasting with surrounding dunes.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -95.0, Latitude: 42.0.
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": "Isolated small orthogonal residential grid surrounded completely by farmland.", "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 small orthogonal residential grid surrounded completely by farmland.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 105.4, Latitude: 9.3.
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": "Tessellated rectangular shrimp ponds covering the Bac Lieu / Ca Mau delta.", "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": "Tessellated rectangular shrimp ponds covering the Bac Lieu / Ca Mau delta.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -123.39, Latitude: -48.87.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Featureless deep blue oceanic expanse with no discernible landmass.", "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": "Featureless deep blue oceanic expanse with no discernible landmass.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -112.15, Latitude: 40.52.
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": "Massive terraced terrestrial excavation scar.", "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 terraced terrestrial excavation scar.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 55.05, Latitude: 25.0.
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": "Massive artificial harbor excavation and geometric 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": "Massive artificial harbor excavation and geometric terminals.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -52.77, Latitude: 5.24.
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": "Equatorial spaceport with multiple launch complexes carved into coastal jungle.", "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": "Equatorial spaceport with multiple launch complexes carved into coastal jungle.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -122.18, Latitude: 46.19.
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 asymmetrical natural blast zone and crater void.", "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": "Massive asymmetrical natural blast zone and crater void.", "category": "LOW"}