Fertilizer waste, uneven performance, and limited visibility. Enfarm delivers field-tailored prescriptions that cut inputs, raise yields, and provide live monitoring and traceability.

Our ML-powered sensors deliver 92–98% alignment with ISO-certified lab results, validated on thousands of samples across diverse soils.

Two deployment flows:
Enfarm F: Sensor → Transponder → User smartphone (Enfarm app) → Enfarm Cloud → insights in the app & Enfarm FM. Ideal for smallholder/distributed plots.

Enfarm F+: Sensor Stations → Gateway → Enfarm Cloud → insights in the app & Enfarm FM: Built for estates and multi-field fleets.

Coming soon: Enfarm’s Edge devices — on-prem/offline devices running AI locally for remote or privacy-sensitive deployments.

Yes. Enfarm’s Edge Device (propotype completed) runs AI models locally for remote sites without internet/phone signal or for strict data-privacy needs.

Enfarm sensors work with most of soil types. Regarding enfarm AI-powered recommendations, we support ~20 major crops (e.g., coffee, durian, pepper, banana, and more). Need another crop? We typically onboard it in 2 weeks–2 months, depending on complexity and data availability.

Currently enfarm technology can work in ~50 countries, including most of Asia and North Africa. Contact us to confirm country coverage and deployment options.

Bulk provisioning, fleet dashboards, OTA updates, and role-based access take you from pilot to multi-region portfolios. The architecture is also cost-efficient at scale:

• Enfarm F: One Transponder can serve multiple sensor points/plots, syncing via the Enfarm app to the Cloud—reducing hardware and connectivity costs.

• Enfarm F+: Each Gateway aggregates multiple Sensor Stations across nearby fields before sending to the Cloud—lowering per-hectare CAPEX/OPEX and simplifying ops.

• Cellular: LTE-M / NB-IoT / 4G (with fallback where available) to Enfarm Cloud.

• LoRaWAN (F+): Sensor Stations connect to a nearby Gateway; the Gateway backhauls via cellular or local network.

Offline operation (F): The Transponder continues receiving data from multiple sensors even without signal, caches it locally, and auto-syncs to the Enfarm app and Enfarm FM once connectivity is restored.

Yes. Enfarm Edge (in development) runs AI models locally for remote sites without internet/phone signal or for strict data-privacy needs, with optional periodic sync/export.

You can buy devices outright or lease them. Leasing is available to qualified enterprise customers with minimum order sizes.

If you buy Enfarm devices, it’s a one-time payment with no subscription or data fee for standard service and 12-month cloud retention. (Optional extended retention is available on request.)

 All Enfarm devices include a 1-year limited warranty.

 Sensors are recommended for use within 2 years. Enfarm provides support for up to 3 years or 3,000 measurements per sensor, whichever comes first.

 You do. Enfarm stores your data securely and makes it available for access and export at any time. Full details are covered in your agreement.

Standard retention is 12 months, with optional extended retention available on request.

Yes—one-click Excel (.xlsx) export is available in Enfarm FM.

Results vary by crop and region. In coffee programs, Enfarm has shown ~30% yield increase with ~30% less fertilizer, translating to ~70% higher grower income vs. conventional practice. Request a demo for a tailored ROI model.

Enfarm measures and reports nitrous oxide (N₂O) reductions at the field level, quantifies input and water savings, and provides MRV-ready outputs aligned with frameworks like the GHG Protocol/Scope 3. These reports can support participation in eligible carbon credit programs (with optional third-party verification), alongside live monitoring and traceability across your fields.