AIXINTO helps farms modernize day-to-day operations with connected irrigation control, precision fertigation, and intelligent monitoring, built for real field conditions.
Farming is already demanding, and your control layer should reduce effort, not add it. Our approach is practical: start with reliable automation and remote visibility, then expand block by block as your operation grows.
Operate irrigation from a phone or computer, or run locally on a farm network when connectivity is limited. The goal is continuity, not dependency.
A good system does more than open and close valves. It protects pipes and equipment, tracks usage, and gives clear status feedback while it runs.
Deliver water and nutrients evenly across multiple plots, and adjust dosing based on crop needs. Precision dosing improves consistency and reduces waste.
Designed for outdoor deployments, day-to-day use, and incremental expansion.
Operate irrigation from anywhere, while keeping a clear on-site fallback for continuity.
Low-power controllers built for remote fields, with solar and battery options for long uptime.
Weather-ready design with high ingress protection, suitable for real farm environments.
Create single-run, timed, volume-based, cyclic, or scheduled tasks, and combine them with automation rules.
Assign sub-accounts, permissions, and responsibilities without sharing a single master login.
Get notified on faults, low water, or abnormal conditions, and review historical use for audits and planning.
Traditional irrigation often relies on experience and manual routines. That works, until scale and variability start to make the timing and dosage unpredictable. An intelligent control layer replaces guesswork with repeatable tasks, better visibility, and measurable savings.
Farmers can control irrigation remotely through a mobile app or a PC, while also supporting localized operation through an on-site network for areas with limited connectivity. The system is designed to reduce labor load and improve water efficiency, without forcing a full infrastructure overhaul.
Precision fertigation is about consistency. When water and nutrients are mixed and delivered accurately, crops receive a stable input profile, and operators gain predictable outcomes.
Monitoring and adjusting EC and pH helps maintain nutrient balance. Systems can support multiple fertilizer channels plus acid dosing, with mixing designed to be compact and operationally efficient.
Valve-control logic helps distribute fertigation evenly across multiple blocks, supporting both small and large areas. The objective is to stop over-feeding one zone while under-feeding another.
Built-in flushing options help reduce residue build-up in pipelines and mixing equipment, improving reliability and extending operational lifetime.
When temperature and humidity shift quickly, greenhouses and enclosed environments can benefit from controlled atomization. A fully automated system can coordinate pump pressure and zone switching so the correct area receives the correct output, without manual valve changes.
Practical protections matter here: automatic stop on no-water conditions, configurable pressure per zone, and historical logs of valve activity to support troubleshooting and maintenance.
Set output pressure from the app, and apply different pressure targets per zone where needed.
Stops automatically when water supply is absent, helping protect pumps and lines.
Review valve events and task history to diagnose issues and maintain consistent operation.
Some farms require more than irrigation control. For livestock operations, routine inspection and environmental monitoring can help teams identify issues earlier and manage facilities with more consistency.
A routine inspection robot can combine cameras and sensors to build a continuous view of barn conditions. It supports tasks such as pig counting, temperature monitoring, audio anomaly detection, weight estimation, video monitoring, and environmental monitoring.
A companion platform can show robot status, live video, and route tracking, and allows task configuration, report export, and alarm notifications. It is designed for practical operations: exceptions can be handled manually, with clear alerts for low battery or disconnection.