Scenario development scope
Field devices and terminals
Focus on the development of 4G intelligent irrigation controller, development of 4G greenhouse control terminal and other products to clarify the interface, power supply and installation conditions, and develop or modify the terminal.
Business and data
According to the sensor → local collection and control → 4G → remote configuration and alarm → job record definition data, events, commands and results, retain the association between devices, sites or projects.
Platform and operation and maintenance
Connect with existing enterprise platforms, or develop device management, historical data, alarms, permissions and client functions, and determine the scope by module.
system constraints
In the planning stage, check the sensor layout, control thresholds, valve and pump interfaces, network disconnection behavior and battery power supply conditions, and clarify the responsibilities and exception handling of local and remote systems.
product development services
Select corresponding technical services based on field equipment and target business. You can start with a single terminal or combine multiple device types. The following products describe the interfaces, business processes, delivery materials and acceptance methods respectively.
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.
View Development Scope and Deliverables →Product Development4G Greenhouse Control Terminal Development
For greenhouse equipment manufacturers, agricultural automation integrators and park operating companies, it connects temperature and humidity, light and carbon dioxide sensors, and develops fan, shading, roller blind interfaces, local rules and remote configuration.
View Development Scope and Deliverables →Product Development4G Soil Moisture Monitoring Terminal Development
Targeted at soil instrument manufacturers, agricultural IoT companies and field monitoring integrators, it develops multi-depth sensor collection, power supply control, scheduled wake-up, batch upload, network disconnection caching and sampling parameter management.
View Development Scope and Deliverables →Product Development4G Aquaculture Monitoring Terminal Development
For aquatic equipment companies, aquaculture automation integrators and breeding operation companies, access dissolved oxygen, temperature and aerator status, and develop local aeration rules, fault notifications, execution records and remote management.
View Development Scope and Deliverables →System composition and business process
Sensor → Local collection and control → 4G → Remote configuration and alarm → Job record.
The platform manages devices according to enterprise projects, sites and permissions. After the link is restored, check the data and service status; when control is involved, separately confirm command authority, timeliness, local conditions and execution feedback.
Project Inputs
- Target business, equipment list, on-site location, equipment size and users.
- Wiring, protocols, raw data and open software interfaces to existing equipment.
- Key points to confirm: sensor layout, control thresholds, valve and pump interfaces, network disconnection behavior and battery power supply conditions.
- Platform status, data retention, client and deployment methods, prototype and on-site verification conditions.
Deliverables and Acceptance
| stage | Delivery content | Verification basis |
|---|---|---|
| Needs and plans | Equipment interface list, business process, system architecture and development division of labor | Check the sensor layout, control thresholds, valve and pump interfaces, network disconnection behavior and battery power supply conditions. |
| Development and integration testing | Agree on terminal hardware, firmware, interfaces and platform applications | Check the fields, status, instructions and abnormal behaviors one by one according to the actual device. |
| Acceptance and handover | Prototype or program, design and deployment data, test records and version list | Accept according to the agreed environment, sample, duration and threshold, and record the handling of failed items. |
R&D, prototype materials, structure, testing, on-site implementation and subsequent operation and maintenance are listed separately. Project cost and cycle are evaluated based on equipment type, interface complexity, existing foundation and verification workload.
Specialist Development Services
Existing products or internal R&D teams can only entrust the following technical links. The interface and integration testing responsibilities are clearly stated in the project documents.
4G Battery and Solar Power System Development
For battery terminal manufacturers and outdoor equipment R&D teams, we develop charging, power conversion, peak power supply, power detection and sleep control; deliver circuits, power consumption state design, battery life estimation and measurement records.
View Development Scope and Deliverables →Specialist DevelopmentSTM32 and RTOS Firmware Development for 4G Connectivity
For MCU product manufacturers and embedded R&D teams, develop UART/USB interfaces, AT commands or protocol stack adaptations, networking state machines, acquisition tasks and watchdogs; deliver firmware source code and construction instructions.
View Development Scope and Deliverables →Specialist Development4G Low-Power and Wake-Up Firmware Development
For battery terminal companies and sensor product R&D teams, develop timing, button or sensor wake-up, batch reporting, sensor power outage and status recovery; deliver firmware, power consumption profiles and test conditions.
View Development Scope and Deliverables →Specialist Development4G Remote Command and Execution Acknowledgment Development
For networked control equipment companies and platform R&D teams, develop command identification, permissions, validity period, idempotence, execution status and result acknowledgments; deliver command specifications and verification records such as timeout, duplication, loss of contact, etc.
View Development Scope and Deliverables →Frequently Asked Questions
Can it still run automatically when the agricultural site is disconnected?+
Confirmed plans and control rules can be saved locally for execution. Sensor failure, low battery, water shortage and manual takeover conditions should be clarified, and the status and records should be checked after communication is restored.
Can I reuse existing platforms and terminals?+
You can first check the existing interfaces, data and code, and focus new development on the missing links. In this scenario, it is necessary to focus on checking the sensor layout, control thresholds, valve and pump interfaces, network disconnection behavior and battery power supply conditions, and then determine the reusable range and return work.
Online
Phone
WeChat
Top