COMPANY PROFILE / AGRICULTURE
A Sweden-based measurement-technology group whose agriculture business connects positioning, machine control, field displays, operational software, fleet monitoring, and workflow automation.
14 unique sources · 14 links
Open layer ↓02 / History5context records9 unique sources · 10 links
Open layer ↓03 / Brands1context records10 unique sources · 19 links
Open layer ↓04 / Product series4context records10 unique sources · 21 links
Open layer ↓05 / Technology4context records9 unique sources · 9 links
Open layer ↓manufacturer14
official organization4
research3
standard2
Hexagon is broader than agriculture. The parent group presents measurement, positioning, autonomy, software, and industrial technology across several business areas; this profile follows only the public agriculture lineage and its connections between field hardware and operational software.
The useful agricultural system boundary spans positioning, guidance, in-cab display, machine and implement control, ISOBUS functions, telemetry, work planning, service orders, fleet monitoring, control-room workflows, data exchange, support, and governance.
A shared product name or display does not prove that every module, machine, implement, correction service, communication link, region, software release, or account can work together. Exact integration remains a model-, configuration-, market-, and version-specific decision.
Brand records sit between the parent company and individual product series. They preserve ownership context while allowing regional portfolios to be documented separately.
Hexagon described the acquisitions of Brazil-based iLab Sistemas and Arvus Tecnologia, together with Leica Agriculture capabilities, as foundations for a wider smart-agriculture offering.
The group formally launched Hexagon Agriculture as a business connecting planning, optimisation, management, positioning, and machine automation for agricultural and forestry operations.
Hexagon announced an AgrOn ISOBUS Display product that placed supported Universal Terminal and Task Controller workflows alongside other machine-control functions.
The agriculture division introduced Ti10 as a later display generation intended to host supported guidance, control, monitoring, and connected-operation functions.
The current public portfolio links in-cab systems with machine monitoring, service orders, planning, centralised operational views, and wider agricultural data workflows.
Position, correction, route, steering, display, and operator layers for supported agricultural machine workflows.
Supported control functions that connect displays, electronic controllers, sensors, actuators, machines, and implements.
Software layers for preparing work, issuing bounded service orders, monitoring machines, reviewing exceptions, and coordinating agricultural or forestry operations.
The access, transport, service, account, privacy, and contractual layers that determine whether a connected workflow remains supportable and accountable.
These links explain independent technology concepts. They do not assert that every brand, model, or market offering implements every feature.
Separate satellites, receiver, corrections, reference frame, antenna placement, uncertainty, outages, and acceptance checks.
GNSS →Machine networkingDistinguish network participation, functional support, certification evidence, software versions, and tested combinations.
ISOBUS →Connected machineryFollow one event through sensing, identity, edge processing, connectivity, remote service, quality review, and action.
Agricultural Machinery Telematics →Farm softwarePlace machines and service orders inside fields, plans, materials, people, execution evidence, review, and governance.
FMIS →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.