Agricultural Systems
One intelligence architecture across home gardens, lawns, specialty crops, broad-acre farms and regional food systems.
ProductsTechnologiesFour gateways first
The home page now stays simple. Choose what Aurora builds, how it works, where it is used, or what physical scale it serves. Detailed matrices live one level down.
Products
Named Aurora machines and platform families, from Garden Ray and Weed Ray through harvesting and field logistics.
TXTechnologies
AI perception, semiconductor sensing, photonics, neuromorphic/edge AI, autonomy, robotics, power electronics, irrigation and fleet coordination.
APApplications
Home gardens, lawns, parks, greenhouses, orchards, terraces, row crops and regional food systems.
AGScale Classes
AG-1 through AG-8, from personal micro systems to regional agricultural networks.
From individual plant to regional food network
Aurora Agricultural Systems treats lasers as one tool inside a broader autonomous agriculture architecture. The same perception, safety and data backbone can support planting, mowing, weeding, targeted crop protection, watering, nutrient delivery, harvesting and field transport.
From patio planter to industrial farm fleet
The same Aurora architecture now scales across consumer property care, specialty agriculture, broad-acre farming and industrial fleets. Detailed fleet renderings are reserved for the full-width daughter pages so the homepage remains readable on phones.
Home & Property Systems
Patio Ray, Garden Ray, Yard Ray, Shrub Ray, Turf Ray and protected-species-aware Weed/Crop Ray modes.
SASpecialty Agriculture
Terra Ray, Greenhouse Ray, Orchard Ray, AgroDrone, Plant Dose and crop-specific harvesting.
IAIndustrial Agriculture
High-acreage planting, weed control, crop protection, scouting, harvest and logistics under AgroCore coordination.
MXProduct Model Matrix
All model variants organized by physical scale, operating environment and primary task.
Supporting pages
Safety & AI Safeguards
Independent interlocks, human and animal protection, protected-species logic, geofencing, fail-safe shutdown and safe power architecture.
Open safety page →Documentation
Architecture notes, product definitions, maturity labels and engineering boundaries.
Open documentation →Industry Landscape
Context on existing agricultural robotics and the broader direction Aurora is extending.
Open industry context →Land systems remain separate from Ocean Systems
Agricultural Systems owns gardens, crop systems, farm robotics, irrigation, nutrients, harvesting and food-production automation. Ocean & Undersea Systems remains a separate division; the interface is limited to environmental monitoring, coastal water quality, runoff observation, watershed-to-ocean data and resilience applications.