Mapped autonomous platforms shaped around row geometry, under-vine access, and compatible mechanical work.
TEDVineyard mappingUnder-vine toolsInter-row tools
BRAND PORTFOLIO / Naïo Technologies
Naïo Technologies
The company-owned agricultural-robotics brand for electric field platforms, compatible mechanical tools, mapping, autonomy, training, and support.
01 / Portfolio map
What the brand brings to the field.
Groups show stable public product areas. Example families orient the reader but are not a complete catalogue and do not imply global availability.
Portfolio architecture / published records3 groups / 2 series / 3 concepts
BrandNaïo TechnologiesThree independent views of the published portfolio
Compact platforms for supported soil, seeding, transport, and weeding tasks; availability must be checked on each current product page.
OZSoil preparationSeeding supportMechanical weeding
The mapping, mission setup, positioning, safety, training, distribution, and support layers required around a field robot.
Field mappingMission planningOperator trainingDealer and field support
robotic systemNaïo OzThis record covers the Oz identity represented in the cited manufacturer page. It does not merge every Oz hardware or guidance revision, Ted or Jo robots, all tools and crops, later autonomy services, customer outcomes, or regional certification into one capability, safety, or performance claim.↗robotic systemNaïo TEDThis record covers the current TED identity and the new version documented by Naïo in September 2020, verified on 2026-07-23. It does not treat earlier TED machines, every later autonomy or tool update, or the separately named OZ, JO, and ORIO platforms as the same generation or support boundary.↗
02 / Technology
Decode the functions, not the trademarks.
World Farm Tech’s technology pages explain system roles independently of this brand. Feature presence and compatibility must still be checked against a specific model, year, region, hardware, and software release.
Agricultural automation
Robot system architecture
Connect platform, tool, perception, planning, control, safety, supervision, and support.
Agricultural Robotics and Autonomy →PositioningPositioning boundary
Check correction delivery, map reference, localization quality, outages, and recovery before a mission.
Real-Time Kinematic →Machine guidancePath execution
Understand how a route becomes controlled motion with clearance, obstacle, and operator constraints.
Agricultural Auto-Guidance →03 / Evidence