Agricultural IoT, Farm Software & Data Platforms in Türkiye

This hub covers agricultural IoT, farm-management software, sensors, gateways, weather stations, dashboards, mobile records, work orders, traceability, analytics, APIs, and data platforms available from Türkiye. A useful evaluation looks beyond a demo screen to sensor accuracy, field connectivity, workflow adoption, integration, security, data rights, support, and total recurring cost.

Farm softwareIoTData platforms

Companies mapped through the research dataset

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4 companies

Farmolog

2 products

Farmolog develops farm-operation, contract-production, traceability and reporting software with documented integration points for enterprise, satellite and sensor data.

İzmir 2 independent publishers

Doktar

5 products

Doktar develops software, sensing and analytics products for digitising field operations, precision measurement and data-informed agricultural decision-making. The profile records its İstanbul technology presence separately from its current global headquarters.

İstanbul 1 independent publisher

Esular

3 products

Esular develops agricultural IoT sensing, irrigation control and greenhouse automation components connected to cloud and mobile management workflows.

İstanbul 1 independent publisher

Tarfin

2 products

Tarfin operates digital services connecting agricultural-input procurement with payment and risk-assessment workflows for farmers and dealers. Financial terms are time-sensitive and are not presented as static product specifications.

İstanbul 1 independent publisher

Türkiye agricultural IoT and software sourcing

Evaluate the complete field-to-decision data chain

Specify what is measured, how it reaches the user, what action follows, and who owns each operational dependency:

Use case, users, farms and hectares, assets, sensor ranges, accuracy, calibration, sampling interval, environmental rating, power, and expected life
LoRaWAN, cellular, Wi-Fi or satellite coverage, gateways, edge storage, offline behavior, synchronization, alerts, and installation responsibility
Farm, crop, inventory, work-order, compliance, traceability, analytics, API, ERP, machinery, and irrigation integration requirements
Data location and ownership, export and deletion, access control, backups, incident response, SLA, onboarding, subscriptions, hardware replacement, and exit plan

Listings in this subtopic

Products and solutions tied to this subtopic.

Illustrative aerial farmland and field-geometry image

Technology profile

Farm Management Software, IoT & Data Platforms

Türkiye

Satellite crop monitoring, vegetation index and weather-risk platform

A satellite-based agricultural intelligence platform with NDVI, NDRE and other vegetation indices, field and multi-parcel dashboards, weather and climate-risk alerts, AI-assisted agronomic workflows, data APIs, historical analysis, and integration options.

System configuration: Satellite crop, weather, climate-risk, agronomic decision-support, B2B portfolio, data-delivery, and API platform

Last reviewed 13 Jul 20265 public sources

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Agricultural software and IoT sourcing questions

What should be tested in an agricultural IoT pilot?

Test sensor accuracy and drift, representative coverage, battery or power life, data loss and recovery, alert usefulness, installation effort, calibration, dashboard workflow, API export, user adoption, support response, and the cost to scale.

Who should own farm data?

The contract should identify the data controller and permitted uses, give the farm practical access and export, define retention, deletion and backups, restrict secondary use, explain subcontractors and hosting locations, and provide an exit path.