Autonomous Navigation & Mobility
RTK/GNSS, vision, LiDAR, inertial sensing, terrain awareness and safe path planning for machines operating from lawns to large farms.
Maturity Commercial foundation / terrain-specialized expansion
Architecture role
Agricultural autonomy must navigate uneven terrain, crop rows, terraces, orchards, people, animals, mud, dust and changing field boundaries without depending on a perfect road-like environment.
Core capabilities
- RTK/GNSS and inertial localization for open-field operation.
- Vision, LiDAR and radar fusion for obstacle and terrain awareness.
- Row following, headland turns, slope limits and terrace-specific path planning.
- Geofenced missions with speed and tool restrictions by operating zone.
- Safe-stop and recovery behavior when localization confidence falls below limits.
Aurora design direction
Aurora scales one navigation philosophy across AG-2 through AG-8, but not one mechanical chassis. Small home units emphasize close-range perception and conservative motion; field systems add RTK, long-range sensing and fleet coordination.
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Fleet Networking & AgroCore
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DSMDistributed Sensor & Field Mesh
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EAIEdge AI & Neuromorphic Computing
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SRISafety & Redundant Interlocks
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ADCAerial Drones & Coordination
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Products
Aurora Yard Ray
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ADAurora AgroDrone
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FCAurora Field Carrier
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ACAurora AgroCore
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Applications
Lawns & Landscaping
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THFTerraced & Hillside Farming
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RCBRow Crops & Broad-Acre Agriculture
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