[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 6.21, Latitude: 49.41.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Cluster of massive, uniform circular cooling towers.", "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": "Cluster of massive, uniform circular cooling towers.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 51.0, Latitude: 41.0.
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 inland sea surface, no shoreline visible.", "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 inland sea surface, no shoreline visible.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 110.0, Latitude: 55.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Endless, unbroken dark green boreal woodland.", "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, unbroken dark green boreal woodland.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 3.37, Latitude: 6.52.
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": "Hyper-dense, irregular urban roofing and street networks.", "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": "Hyper-dense, irregular urban roofing and street networks.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 8.3, Latitude: 48.5.
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 clearings of human residential activity amidst dense woodland.", "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 clearings of human residential activity amidst dense woodland.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -93.5, 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": "Standard checkerboard pattern of rectangular agricultural fields.", "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 checkerboard pattern of rectangular agricultural fields.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 121.59, Latitude: 38.93.
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": "Major naval shipyard with dry docks, gantry cranes, and aircraft carrier under construction.", "category": "HIGH"}


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

[Assistant] {"reason": "Major naval shipyard with dry docks, gantry cranes, and aircraft carrier under construction.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 17.0, Latitude: 12.0.
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": "Faded ochre savanna with scattered acacia, no human structure.", "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": "Faded ochre savanna with scattered acacia, no human structure.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -170.0, Latitude: -80.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Endless, uninterrupted frozen shelf 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": "Endless, uninterrupted frozen shelf geometry.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -55.0, Latitude: -12.0.
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, uniform rectangular commercial farming clearings.", "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": "Massive, uniform rectangular commercial farming clearings.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 144.92, Latitude: 13.58.
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 dual parallel airstrips terminating abruptly at coastal cliffs.", "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 dual parallel airstrips terminating abruptly at coastal cliffs.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 51.38, Latitude: 35.68.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response 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, high-density standard urban infrastructure.", "category": "MEDIUM"}


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

[Assistant] {"reason": "Continuous, high-density standard urban infrastructure.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 6.5, Latitude: 51.06.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response 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, active geometric earth-moving scar across landscape.", "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, active geometric earth-moving scar across landscape.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 10.12, Latitude: 44.08.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "White marble quarries cut into an Apennine ridge, mid-scale extraction.", "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": "White marble quarries cut into an Apennine ridge, mid-scale extraction.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -6.86, Latitude: 30.99.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Massive curved arrays of concentrated reflective 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": "Massive curved arrays of concentrated reflective infrastructure.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -117.03, Latitude: 32.54.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response 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 linear border wall delineation between dense urban grid and adjacent settlements.", "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": "Sharp linear border wall delineation between dense urban grid and adjacent settlements.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 135.24, Latitude: 34.43.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response 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 rectangular massive artificial island in open water.", "category": "HIGH"}


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

[Assistant] {"reason": "Perfectly rectangular massive artificial island in open water.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 137.3, Latitude: -28.4.
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": "Massive natural dry lake bed exhibiting high-contrast white and brown geometries.", "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 natural dry lake bed exhibiting high-contrast white and brown geometries.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -95.0, Latitude: 65.0.
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 Canadian shield landscape consisting of rock and scrub.", "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 Canadian shield landscape consisting of rock and scrub.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -3.7, Latitude: 40.41.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response 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 historic street geometry interlocked with standard 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": "Dense historic street geometry interlocked with standard residential.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 47.0, Latitude: 31.0.
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": "Marshland mosaic of reedbeds and shallow lagoons with no urban form.", "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": "Marshland mosaic of reedbeds and shallow lagoons with no urban form.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 4.9, Latitude: 52.37.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Narrow, localized urban waterway integrated into standard city grid.", "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": "Narrow, localized urban waterway integrated into standard city grid.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -3.0, Latitude: 47.6.
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": "Minimal concrete piers blending into standard civilian coastal architecture.", "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": "Minimal concrete piers blending into standard civilian coastal architecture.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 149.19, Latitude: -19.75.
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": "Submerged, highly textured geometric organic formations in shallow 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": "Submerged, highly textured geometric organic formations in shallow water.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -97.1, Latitude: 32.7.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response 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, localized geometric grid of electrical transformers within a residential zone.", "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, localized geometric grid of electrical transformers within a residential zone.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -3.37, Latitude: 55.95.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Regional airport with single runway and modest terminal apron.", "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": "Regional airport with single runway and modest terminal apron.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -76.32, Latitude: 36.94.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Dense concentration of massive military vessel berthing.", "category": "HIGH"}


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

[Assistant] {"reason": "Dense concentration of massive military vessel berthing.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -72.65, Latitude: 11.08.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response 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, dark linear earthworks heavily contrasting with natural terrain.", "category": "HIGH"}


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

[Assistant] {"reason": "Vast, dark linear earthworks heavily contrasting with natural terrain.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -87.6, Latitude: 19.3.
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": "Dense natural coastal vegetation creating a sharp marine boundary.", "category": "LOW"}


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

[Assistant] {"reason": "Dense natural coastal vegetation creating a sharp marine boundary.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 80.23, Latitude: 13.72.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Island spaceport with twin launch pads and expansive flame trenches.", "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": "Island spaceport with twin launch pads and expansive flame trenches.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 110.96, Latitude: 19.61.
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": "Tropical coastal spaceport with massive launch towers and extensive support 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": "Tropical coastal spaceport with massive launch towers and extensive support infrastructure.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -115.05, Latitude: 36.0.
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": "High-contrast, densely packed residential plots in arid 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": "High-contrast, densely packed residential plots in arid environment.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 0.0, Latitude: 15.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Semi-arid transition zone of sparse vegetation and ochre soil.", "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": "Semi-arid transition zone of sparse vegetation and ochre soil.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 105.0, Latitude: 43.0.
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": "Barren, textured dirt and rock landscape.", "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": "Barren, textured dirt and rock landscape.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 100.0, Latitude: 70.0.
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": "Barren, textured rocky permafrost.", "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": "Barren, textured rocky permafrost.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 103.32, Latitude: 24.81.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Tall, tightly packed vertical natural rock pillars resembling buildings.", "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": "Tall, tightly packed vertical natural rock pillars resembling buildings.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 19.32, Latitude: 51.26.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Massive terrestrial excavation scar adjacent to heavy industrial plant.", "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 terrestrial excavation scar adjacent to heavy industrial plant.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -80.0, Latitude: 35.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Small-scale runway flanked by standard grassy fields and minimal tarmac.", "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-scale runway flanked by standard grassy fields and minimal tarmac.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -95.5, Latitude: 29.8.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Dendritic suburban street networks branching off standard arterial roads.", "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": "Dendritic suburban street networks branching off standard arterial roads.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 138.6, 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 coastal grid of massive containment buildings.", "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 coastal grid of massive containment buildings.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 14.5, Latitude: -23.0.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "High-contrast linear boundary between barren desert and 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": "High-contrast linear boundary between barren desert and ocean.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -93.24, Latitude: 44.85.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Standard large flat-roofed commercial building surrounded by massive parking lot geometry.", "category": "MEDIUM"}


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

[Assistant] {"reason": "Standard large flat-roofed commercial building surrounded by massive parking lot geometry.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 131.03, Latitude: -25.34.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Massive, highly anomalous singular elliptical rock formation in flat desert.", "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, highly anomalous singular elliptical rock formation in flat desert.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 113.91, Latitude: 22.3.
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": "Extensive land reclamation hosting massive linear aviation footprint.", "category": "HIGH"}


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

[Assistant] {"reason": "Extensive land reclamation hosting massive linear aviation footprint.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 12.24, Latitude: 51.42.
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": "Cargo airport with rectangular sorting hall and aircraft parking aprons.", "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": "Cargo airport with rectangular sorting hall and aircraft parking aprons.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -69.5, Latitude: -24.5.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response as a valid JSON object. To ensure accurate visual reasoning, you must output the "reason" key FIRST, followed by the "category" key.

[Assistant] {"reason": "Hyper-arid, featureless rocky plateau.", "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-arid, featureless rocky plateau.", "category": "LOW"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 126.97, Latitude: 37.56.
Strictly use one of these categories based on visual morphology:
- HIGH: Extreme-scale strategic anomalies, dense geometric cargo/vessel infrastructure, massive cooling towers, sprawling runways, or distinct geological/artificial chokepoints.
- MEDIUM: Standard human civilization. Ordinary urban grids, low-density suburban sprawl, regular checkerboard agriculture, or localized infrastructure (malls, regional strips).
- LOW: Complete absence of human infrastructure. Featureless deep oceans, unbroken canopy, barren deserts, or purely natural geological formations (craters, natural cliffs).
You MUST output your response 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 combination of orthogonal and irregular urban city blocks.", "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 combination of orthogonal and irregular urban city blocks.", "category": "MEDIUM"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: -111.33, Latitude: 64.49.
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": "Geometric extraction pits situated on an isolated frozen island.", "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": "Geometric extraction pits situated on an isolated frozen island.", "category": "HIGH"}


[User]
<image>
You are an autonomous orbital triage assistant. Analyze this high-resolution RGB satellite image captured at Longitude: 32.0, Latitude: 26.0.
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, highly contrasting boundary between rectangular green plots and barren desert.", "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": "Sharp, highly contrasting boundary between rectangular green plots and barren desert.", "category": "MEDIUM"}