Control Systems
Operator controls, scheduling, automation rules, device state, and system-wide workflows.
Copper Loon designs and builds automation systems that measure, control, connect, and optimize real-world equipment and environments.
Engineered control. Real world impact.
Copper Loon works at the point where software meets physical equipment—bringing control, monitoring, automation, and operator visibility into practical systems that can be supported in the real world.
Operator controls, scheduling, automation rules, device state, and system-wide workflows.
Industrial communications, equipment integration, device addressing, and coordinated control.
Environmental readings, telemetry, health indicators, alerts, and operational context in one place.
Local applications that stay close to the equipment while supporting secure remote access and support.
One operator platform brings room conditions, equipment control, schedules, alerts, and hardware health into a consistent workflow instead of treating every controller as an island.
Motorized lifts. Individual and bulk table movement over industrial stepper control.
Precision lighting. Multi-channel spectrum control, schedules, and PSU telemetry.
Environment. Fans and irrigation with manual, automatic, and cycling schedules.
Sensors & alerts. Temperature, humidity, CO₂, soil moisture, thresholds, and device health.
Copper Loon partners with Great Lakes Grow Lights & Controls to bring lighting, environmental sensing, irrigation, equipment control, scheduling, monitoring, and alerts together in one cultivation platform.
Copper Loon brings the software and automation that connect equipment and give operators a clear view of the facility.
Great Lakes brings commercial grow lighting, power systems, grow racks, and cultivation equipment to the integrated facility.
Developed through a partnership between Copper Loon and Great Lakes Grow Lights & Controls, Mission Control brings facility monitoring and equipment control into one operator platform.
Room health, current environment, hardware connectivity, and active alerts come together on the operator landing screen.
Multi-room visibility. Compare temperature, humidity, CO₂, tables, and sensor health by room.
Connection awareness. Lighting, lift, relay, and sensor buses report their state.
Live alerts. Problems surface without requiring operators to hunt through individual device screens.
Operators stay in control while recurring facility routines run on schedule.
Set channel amperage, schedule photoperiods, and use PSU telemetry to see actual measured hardware behavior—not just the requested setpoint.
Fans and irrigation can be controlled directly or assigned to recurring schedules, including duty-cycle patterns inside an operating window.
A commercial edge system needs a practical recovery path—not just good intentions.
Nightly compressed database backups are pushed off-site and logged for success or failure.
Recovery images support rapid replacement without rebuilding the software stack from scratch.
Application services start on boot and restart automatically if the process exits.
Private access, logs, health indicators, and backups allow many incidents to be diagnosed remotely.
The edge controller stays close to the equipment. Remote operators reach it through HTTPS and a private encrypted network without exposing the controller directly to the public internet.
Real screens from the grow-facility platform and simulated demo environment.



A focused conversation about your equipment, workflows, control points, monitoring needs, and where automation could make day-to-day operation simpler or more reliable.
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