4G Connectivity · Custom Development for Enterprises

4G Smart Irrigation Controller Development

For irrigation equipment manufacturers, agricultural integrators and planting operation companies, it connects soil and flow sensors and develops valve and pump interfaces, partition plans, execution feedback, offline plans and abnormal shutdown strategies.

Agricultural irrigation and breeding equipmentSoftware, hardware and system integration testingPhased delivery

SERVICE OVERVIEW

Service overview

4G The development of intelligent irrigation controller is aimed at enterprise projects where "farmland irrigation valves are scattered and on-site switching costs are high". Winge Technology carries out the docking of terminal hardware, embedded software and business systems based on existing equipment and target functions, forming design data and programs that can be used for subsequent integration testing, deployment and maintenance.

  • Device and interface access
  • Product business functions
  • Platform and data connection
  • Exception handling and operational constraints

DEVELOPMENT SCOPE

Development services

Development Scope

01

Device and interface access

Connect valves, water pumps, soil and flow signals, and clarify the driving electrical conditions, zone numbers and valve and pump start and stop sequences.

02

Product business functions

Connect soil and flow sensors to develop valve and pump interfaces, zoning plans, execution feedback, offline plans and abnormal shutdown strategies.

03

Platform and data connection

Combined with the business link of sensor → local collection and control → 4G → remote configuration and alarm → job record, the device identity, data fields, update time, abnormal status and result confirmation method are defined.

04

Exception handling and operational constraints

After the control plan is issued, offline execution, undervoltage, no water, and flow abnormality handling should be defined. Networking does not replace equipment protection.

Data and Operational Workflow

Irrigation plan or authorized operation → Local condition check → Valve and pump execution → Flow and status feedback → 4G upload task record.

The device side, communication side and platform side retain necessary status and logs respectively. Project integration testing is checked with actual equipment data and execution results, and network connection status and business completion status are recorded separately.

Project Inputs

  • Existing device models, interface and wiring diagrams, licensing agreements, data samples and available codes.
  • Business processes and parameters: irrigation zones, valve and pump interfaces, start-stop sequence and water shortage protection.
  • Target location, operator, SIM/APN, power supply, installation method and equipment size.
  • Existing platform interfaces, user roles, development modules, number of prototypes and planned nodes.

Deliverables and Acceptance

DeliverablesDelivery contentVerification method
product realizationHardware design data, prototypes or existing equipment modification data involved in the project, as well as corresponding firmware and interfacesVerify partition order, plan conflicts, and execution times.
Business integration testingData fields, status definitions, platform adaptation procedures and business integration testing recordsCheck valve pump feedback and abnormal shutdown.
Version and test dataTarget hardware and software versions, build or deployment instructions, parameter configurations and test logsTest the task status after network disconnection, power outage and repeated instructions.

First confirm the scope and key functions, then complete prototype or software development, system integration testing and stage acceptance. The acceptance conditions list the prototype, version, environment, duration and passing threshold; source code, design documents, third-party licenses, materials, traffic, cloud resources and on-site work are agreed separately.

Frequently Asked Questions

Can I irrigate automatically according to soil moisture?

Local rules can be designed based on probe location, thresholds, hysteresis and irrigation schedules. It is necessary to confirm the control parameters based on soil, crop and water supply conditions, and verify the handling of sensor failure.

Can I delegate only part of the functionality of a smart irrigation controller?

The device interface, terminal program, 4G communication and platform integration testing can be split based on the existing R&D foundation. Please provide existing information and target boundaries, first check "irrigation zones, valve and pump interfaces, start-stop sequence and water shortage protection", and then clarify the deliverables and interface responsibilities of each module.

How are costs and cycle time assessed?

Split the workload based on target devices, interfaces, existing data, and verification criteria. This project focuses on checking irrigation zones, valve and pump interfaces, start-stop sequences and water shortage protection; when prototypes, on-site integration testing or third-party platform cooperation are required, the corresponding costs, prerequisites and nodes will be listed separately.

PROJECT DELIVERY

From requirements to delivery

01

Requirements review

Confirm business goals, existing devices and systems, interfaces and deployment conditions.

02

Scope and solution

Review technical dependencies and agree responsibilities, deliverables and acceptance methods.

03

Development and integration

Implement the agreed scope and integrate with the target devices and systems.

04

Testing and issue resolution

Run agreed test cases and record issues, fixes and regression results.

05

Handover and acceptance

Deliver the agreed work, build configurations, interface documentation and test records.

06

Maintenance and changes

Handle version maintenance and assess new requirements within the agreed support scope.

Define Devices, Interfaces and Deliverables

Please provide the target functions, existing equipment information and usage environment of the 4G intelligent irrigation controller, focusing on the irrigation zones, valve and pump interfaces, start-stop sequence and water shortage protection, so as to facilitate the determination of the technical scope and phased delivery arrangements.

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