Temperature
Using a sensor or transmitter selected for the measurement range and site conditions.
AGROTECTA IoT
Agrotecta IoT — Remote Monitoring and Control System
Monitor independent measurement points across greenhouses, growing areas, stores and technical rooms, and manage supported setpoints, alarm thresholds and control parameters with authorised users. The solution can be adapted to existing facilities after technical assessment.
Visuals contain representative demo data, not customer data.
01 · TELEMETRY
What can be monitored and controlled?
Sensors, controllers and communications components are selected and configured together for each project. Scope is confirmed against site conditions and the control architecture.
Humidity, CO₂ and pressure
Through a compatible sensor or transmitter selected for the measurement range and site conditions.
Soil or substrate moisture
Through a transmitter selected for range and field conditions.
Control parameters
Supported setpoint, alarm threshold and configuration values are changed—not the measured temperature itself.
How does data travel from field to screen?
Measurements from sensors are transferred to the software through Agrotecta-branded controllers and the communications infrastructure selected for the project. Device quantity and architecture are determined from the required measurement points.
- 01Sensor / transmitter
- 02Agrotecta-branded controller
- 03Communications infrastructure
- 04PC-connected solution or compatible gateway
- 05Agrotecta Windows application or web service
PC-connected solution and independent data transfer through a gateway
PC-connected solution
Requires a PC with a compatible connection unit and a running data collection service. Data transfer depends on the computer and service being available.
Independent data transfer through a gateway
In a suitable configuration, a separate gateway communicates between the devices and platform over the available internet connection. Transfer does not depend on the customer PC being on; gateway scope and capabilities are determined during project assessment.
AGROTECTA-BRANDED EQUIPMENT
Agrotecta-branded controllers, compatible sensors and optional panel
A controller manages measurements and supported control parameters; a gateway is a separate component that communicates between devices and the platform in a suitable configuration. Sensors, controllers and communications components are selected and configured together for each project.
- Project-appropriate communications infrastructure
- Control outputs supported by the selected configuration
- Optional panel scope is defined in the proposal
- Panel illustration is an example configuration; field installation is excluded
EXAMPLE CONFIGURATION
ProtectionSupplyControlAGROTECTA
CONTROLAGROTECTA
CONTROLOPTIONAL
GATEWAY*
CONTROLAGROTECTA
CONTROLOPTIONAL
GATEWAY*
Panel scope is defined for each project.
* A gateway is a separate component in a suitable configuration.WINDOWS
Windows monitoring and control application
The Agrotecta-branded desktop interface is designed around workspace selection, facility/zone/gateway/device hierarchy, connection status, search, measurement cards and alarm summaries. These presentations are website marketing assets; they do not claim that the desktop application source code was changed.
WEB
Web-based monitoring and control
A service running on our server can be included for browser access. No working web platform or API code was found in this website repository, so the screens below are concept presentations of the planned interface—not proof of a completed product.
PLANNED WEB INTERFACE · REPRESENTATIVE DEMO
History, charts and alarms
The capabilities below describe the intended solution scope. Items not evidenced by application/API code in this repository must be acceptance-tested on the delivered system.
- Measurement history and charts with selectable ranges
- Alarm definitions, active alarms and alarm history
- Facility, zone, gateway and device organisation
- Authorised changes to supported setpoints and alarm thresholds
- Offline buffering and audit logs require architecture-specific validation
Data transfer to the customer’s cloud or server
API, HTTPS webhook or MQTT can be assessed. A protocol name alone is not a compatibility or security guarantee.
One-way telemetry
Transfers measurements outward with an agreed data model, interval, authentication and failure behaviour.
Inbound commands
A separate scope requiring authentication, authorisation, command limits, logging and fail-safe review.
For electrical, panel and automation partners
Agrotecta can cover device selection, pre-configuration, data collection, software and remote commissioning. Local partners can cover panel manufacture, field wiring, power and electrical connections to fans, heaters and pumps.
Project workflow
01 · Needs analysis
Define points, targets and existing electrical/internet infrastructure.
02 · Device and sensor selection
Verify input signal, measurement range and field conditions for each channel.
03 · Pre-configuration and test
Prepare controllers, communications and software scenario on the bench.
04 · Customer installation
Authorised site teams install sensors, panels, wiring, power and equipment connections.
05 · Remote commissioning
Check addressing, communication, measurements and supported commands.
06 · Acceptance and training
Validate agreed scenarios and record user guidance and boundaries.
Clear division of work
Available within Agrotecta scope
- Agrotecta-branded controllers and project-appropriate sensors
- A compatible communication gateway selected for the project
- Optional panel defined in the proposal
- Windows application and project-based web service
- Remote configuration, commissioning support and training
Customer / site contractor responsibility
- Physical sensor installation and field wiring
- Panel mounting, supply, protection and earthing
- Electrical connection of fans, heaters, pumps and other loads
- Internet access and local network permissions
- Site safety, electrical design and authorised installation
Frequently asked questions
Is this only for new greenhouses?
No. It can be adapted to existing facilities after the field, sensor, electrical and communications infrastructure is checked.
How many measurement points can a controller monitor?
Measurement capacity depends on the selected controller and configuration. The required device count or another acquisition architecture is determined for multiple independent points.
Can temperature, humidity and CO₂ share one controller?
Not as three independent analogue values on one input. Suitable channels and signal architecture are required.
What happens if the internet fails?
Local control and buffering depend on selected hardware and configuration. No zero-loss or uninterrupted-operation promise is made before validation.
Must the PC stay on?
Yes if its local service performs acquisition. A gateway can make transfer independent of that PC.
Which settings are remote?
Authorised users may change the setpoint, alarm threshold and supported parameters when the configuration permits.
Does output ON prove equipment operation?
No. It is a command state; separate feedback hardware is needed for physical proof.
Can data go to our cloud?
API, HTTPS webhook or MQTT may be assessed. Outbound telemetry and inbound commands are separate scopes.
Does Agrotecta install field wiring?
No. The customer’s electrician or automation contractor handles field installation and electrical connections.
Share your technical requirement
Tell us the number of points, quantities to measure, existing electrical/communications infrastructure and control expectations. We will define the device, sensor, connection and service scope together.
Request a Project ProposalLET’S PLAN YOUR PROJECT
Let’s Discuss Your Next Project
Share your requirements for a new greenhouse or an existing facility. Our technical team will contact you to develop a practical solution plan.