Solutions · Applications
Agriculture
Connect field measurements and irrigation control with your management system through an architecture suited to the site, available power and connectivity.
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Common problems
The problem to solve.
Manual measurements and disconnected devices make it difficult to monitor conditions across growing areas and respond consistently. Field deployment also introduces constraints such as limited power, unreliable connectivity, sensor maintenance and exposure to moisture. These factors need to be considered together when selecting devices and defining control functions.
Bambootronics works with agricultural businesses and solution integrators to develop sensor nodes, irrigation controllers and gateways. The architecture starts with the measurements and actions required, then defines how devices are powered, connected and integrated with the receiving platform. Development can begin with a focused prototype or pilot to evaluate measurement quality, connectivity and operating behavior before wider deployment. Hardware, firmware, software integration and installation responsibilities are agreed for each project.
Core capabilities
What the engineering team does.
- 01
Soil and environmental monitoring
Select sensors and sampling intervals around the measurements needed for operation
- 02
Field connectivity
Evaluate wired and wireless options against distance, obstacles, power availability and existing infrastructure
- 03
Irrigation control
Develop valve or pump control interfaces and operating logic within the agreed scope
- 04
Local operation
Define local control, data buffering and recovery behavior for connectivity interruptions
- 05
Platform integration
Define data formats and interfaces for the customer’s monitoring or management system
- 06
Phased deployment
Validate a representative installation before expanding device quantities and coverage
What you get
- System architecture and device configuration proposal
- Sensor interfaces, sampling intervals and data formats defined for the application
- Sensor node, controller or gateway hardware and firmware within the agreed scope
- Power, enclosure and connector requirements for the installation environment
- Integration documentation and agreed test procedures
- Prototype or pilot results and recommendations for the next deployment stage
Information
- System architecture
- Sensors, field nodes, communications network, gateway and receiving platform
- Measurements
- Soil and environmental parameters selected according to the application
- Sensor interfaces
- Analog, digital or industrial interfaces according to the selected sensors
- Field connectivity
- Wired or wireless architecture selected for site conditions
- Gateway backhaul
- Ethernet, Wi-Fi or cellular options assessed against available infrastructure
- Power
- External supply or battery operation according to device load and duty cycle
- Irrigation control
- Valve or pump interfaces defined by load requirements and operating logic
- Environmental protection
- Enclosure and connector requirements defined for the installation and verified on the selected design
Delivery process
Next steps.
- 1
Define the operating problem, required measurements and irrigation functions
- 2
Assess installation conditions, power, connectivity and existing equipment
- 3
Select the system architecture and define the prototype or pilot scope
- 4
Develop and integrate devices, then test measurements, control functions and fault behavior
- 5
Review field results, refine the configuration and prepare the deployment and handover plan
Before you start
Frequently asked questions.
Right for your project?
Send a few lines about your application and quantity. Bambootronics replies with clarifying questions and a suitable configuration direction.
