GOcontroll enables precise and scalable weed control systems through advanced automation, remote monitoring, and robust modular hardware, simplifying professional weed management.

Modern weed control systems need more than brute force, they demand intelligence. Professional weed management operations must monitor, adapt, and automate in real time to stay ahead. GOcontroll’s modular embedded controllers make this possible, empowering agricultural engineers to build systems that precisely manage sensors, actuators, and algorithms, even under the harshest conditions.

Large-scale weed control, especially with mechanical or thermal systems, requires synchronization of multiple subsystems. Namely  for example vehicle motion, GPS-based section control, sensor feedback, and high-power actuation. The GOcontroll Moduline platform makes this integration seamless.

Hardware tailored for the field:

• IP67-rated enclosures resist dust, moisture, and vibration.
• Expandable IO (up to 80 channels) supports everything from temperature sensors to power actuators.
• 4A output per pin, ideal for controlling solenoid valves and heating elements.
• CAN, LIN, Ethernet and optional GNSS, LTE, Wi-Fi, and Bluetooth allow for precise connectivity across vehicles and fleets.

Example architecture for weed control:

Using Simulink blocksets, engineers can model and simulate weed detection and actuation logic without writing a single line of code. Even better, GOcontroll supports FOTA (Firmware Over The Air) updates, meaning fleet-wide updates are a click away.

While hardware does the heavy lifting, smart weed control thrives on data. Soil condition, weather, sensor health, weed density, these variables impact effectiveness. With GOcontroll, engineers can implement Node-RED to stream this data to the cloud for monitoring, analytics, and predictive maintenance.

Use cases include:

• Temperature logging of burner heads.
• Location tracking and section logging.
• Live control tuning via remote dashboards.
• Alerting systems when sensors or actuators behave outside tolerance.

Security and accessibility:

• VPN-secured cloud access.
• Multi-level user access (installer, technician, operator).
• White-labeled interfaces available.

Why it matters in the field?
An operator can receive real-time feedback from a machine dozens of kilometers away (see temperature anomalies, apply fixes, or push software updates remotely) without a truck roll. For example click here.

For R&D teams, GOcontroll shortens the loop from idea to test field. With a combination of plug-and-play IO modules and graphical programming environments, systems can be configured, tested, and deployed within weeks.

Ideal for:

• Municipal contractors developing new autonomous weed burners.
• AgTech startups integrating AI vision for selective spraying or burning.
• Research institutions testing algorithms on experimental robots or drones.

With the Moduline Display, you can even create a built-in HMI interface for operators to view system status or trigger manual override—all from a 10.1” or 15.6” touchscreen with robust IP-rated casing.

Typical workflow:

1. Select controller (Mini I for compact, IV for full-scale).
2. Add required input/output modules (thermal sensors, PWM outputs, etc.).
3. Design logic in Simulink or Node-RED.
4. Test using internal diagnostics and LED feedback.
5. Deploy and monitor via the GOcontroll Android app or cloud dashboard.

Key takeaway:
You don’t need to be a control systems expert. GOcontroll lowers the technical barrier and accelerates innovation.