Selected milestone2011
Naïo begins in the Toulouse region
Naïo's company material places its foundation in 2011 and frames the original problem around labor-intensive agricultural work.
COMPANY PROFILE / AGRICULTURE
Naïo Technologies
A French agricultural-robotics company developing electric autonomous machines for specialty crops, vineyards, nurseries, and mechanical field work.
4MILESTONES11CONTEXT RECORDS35SOURCE LINKS
FOUNDING REFERENCE2011Naïo Technologies
01 / Company profile1context records
5 unique sources · 5 links
Open layer ↓02 / History4context records4 unique sources · 7 links
Open layer ↓03 / Brands1context records5 unique sources · 10 links
Open layer ↓04 / Product series2context records5 unique sources · 6 links
Open layer ↓05 / Technology3context records6 unique sources · 7 links
Open layer ↓manufacturer6
official organization4
research2
- 01Naïo Technologies6 registered records
- 02USDA Agricultural Research Service2 registered records
- 03European Space Agency Navipedia1 registered records
- 04GPS.gov1 registered records
- 05NOAA National Geodetic Survey1 registered records
- 06USDA Economic Research Service1 registered records
01 / Overview
Read the company as a system.
Naïo organizes agricultural robots around crop environment and work role rather than one universal machine. The useful orientation boundary is the combination of robot, mapped field, positioning, compatible tool, safety process, operator training, and local support.
Public portfolio pages can lag commercial changes. This profile publishes TED because its current page remains active; it does not present JO or ORIO as currently purchasable after their individual product pages began carrying a June 2026 not-for-sale and no-support notice.
02 / Brands
The identities users meet in the market.
Brand records sit between the parent company and individual product series. They preserve ownership context while allowing regional portfolios to be documented separately.
Published company ecosystem / live map1 brand / 2 series / 3 concepts
Parent companyNaïo TechnologiesOwnership context, not a product-compatibility claim
03 / Timeline
The lineage behind the name.
Company history / select one milestone01 of 04 / 2011
Selected milestoneEarly portfolio
Robots separate by crop system
The portfolio developed distinct machine concepts for market gardening, vineyards, nurseries, and broader specialty-crop work.
Selected milestone2020
A new TED version is introduced
Naïo documented a new generation of its autonomous vineyard straddler in 2020, creating an important boundary from earlier TED machines.
Selected milestone2026 status
Current-product status requires page-level verification
TED remains presented as a current solution, while other robot pages may carry explicit sales and support end dates; portfolio labels alone are therefore not sufficient evidence of current availability.
04 / Portfolio
From brand architecture to field work.
Vineyard and nursery robotics
Autonomous field platforms designed around narrow, permanent, or high-value crop systems and compatible mechanical tools.
- TED vineyard straddler
- Mapped-row operation
- Under-vine work
- Inter-row work
Market-garden robotics
Compact robot concepts for supported soil preparation, seeding, transport, and weeding tasks in market-garden and specialty-crop contexts.
- OZ
- Mechanical tools
- Crop-specific setup
- Operator training
Autonomy and field support
The positioning, mapping, mission, safety, training, distribution, and service layers required to put a robot into repeatable field use.
- Field mapping
- Mission preparation
- GNSS-based navigation
- Training and support
05 / Technology
Learn the concepts behind the portfolio.
These links explain independent technology concepts. They do not assert that every brand, model, or market offering implements every feature.
Agricultural automation
Agricultural robotics
Learn how mission planning, supervision, safety state, actuation, and field conditions interact.
Agricultural Robotics and Autonomy →PositioningRTK positioning
Understand correction delivery, localization quality, field reference, and fallback behavior before relying on a mapped path.
Real-Time Kinematic →Machine guidanceGuidance and path execution
Separate a planned route from the sensing, controls, clearances, and verification needed to execute it safely.
Agricultural Auto-Guidance →06 / Evidence
Official company sources.
Company history, brand structure, and portfolio descriptions are original World Farm Tech summaries based on the linked official pages. Manufacturer statements are not treated as independent performance verification.