Remote Gate Control by Smartphone with Long-Range LoRaWAN
Telemetry2U adds remote control and status monitoring to compatible automatic gates. Open or trigger a gate from a smartphone or computer, confirm whether it is open or closed, review how often it operates and how long it remains open, monitor solar-battery voltage and receive gate-status alerts through one platform.
Control the Gate. Confirm What Happened.
Keep existing keyfobs, keypads and local controls while adding long-range wireless access, live gate position, activity history and useful operating statistics.
Open and Monitor a Compatible Automatic Gate from Your Smartphone
Remote gate control is most useful when it does more than send an open command. Telemetry2U can combine gate operation, position feedback, notifications, power monitoring and event history so authorised users can see what the gate did after a command was issued.
Add Remote Access Without Replacing the Existing Gate System
A compatible relay controller can connect to the push-button or trigger input on an existing automatic gate controller. A separate position contact or open/close sensor provides feedback, allowing the dashboard to show the gate state rather than only recording that a command was sent.
- Open a gate with a smartphone: Use a responsive web dashboard from a phone, tablet or computer.
- Confirm the gate position: Display whether the gate is open or closed using a suitable position sensor or contact.
- Keep existing access methods: Continue using compatible keyfobs, keypads, intercoms and local push buttons.
- Receive status notifications: Alert selected users when the gate opens, closes or remains open beyond a configured period.
- Share controlled access: Provide platform access to selected family members, staff, contractors or site managers.
- Monitor power: Track solar-battery or supply voltage when suitable analogue inputs are connected.
- Control accessories: Use an available output for a light, lock, warning strobe or another compatible low-voltage control circuit.
Telemetry2U provides the monitoring and control platform. Gate-controller compatibility, wiring, safety systems and the final operating configuration must be assessed for each installation.
Gate Activity, Opening Counts and Open-Duration Statistics
Gate position data can be turned into useful operational information. In addition to seeing whether the gate is open or closed, dashboards and reports can show when it was last opened, how frequently it operates and how long it remains open.
Live Gate Position
See whether the gate is currently open or closed and review the latest position update from the connected sensor.
Opening Counts
Track how many times the gate opened during a day, week, month or another selected reporting period.
Open-Duration Records
Review how long the gate was last open, total open time and unusually long open events that may need investigation.
Gate Status Alerts
Notify selected users when the gate changes state or remains open longer than an agreed operating limit.
Authorised User Access
Control which users can view the dashboard, operate connected devices and access the relevant monitoring history.
Power and Accessory Data
Monitor suitable supply or solar-battery voltage inputs and include connected lights, locks or strobes in the same dashboard.
How Smartphone Gate Control Works
The control command and the position feedback are separate parts of the system. This distinction allows Telemetry2U to record both the requested operation and the gate state reported by the connected sensor or contact.
From Smartphone Command to Confirmed Gate Position
Send a Command
An authorised user selects the gate control on a smartphone, tablet or computer dashboard.
Transmit Wirelessly
Telemetry2U sends the device command through the configured network, normally LoRaWAN for this application.
Trigger the Gate
A relay output provides the momentary contact expected by the compatible automatic gate controller.
Confirm and Record
Position feedback updates the dashboard and creates the event history used for alerts, counts and duration statistics.
Long-Range Wireless Gate Control Beyond Normal Wi-Fi Coverage
Automatic gates are often positioned at driveways, farm entrances, yards or remote boundaries where building Wi-Fi is weak or unavailable. LoRaWAN provides a practical way to connect a powered gate controller and position sensor over a long-range wireless link.
Why LoRaWAN Is Well Suited to Remote Gate Access
- Long-range site coverage: Reach gates located beyond the practical range of normal building Wi-Fi, subject to terrain, structures, antenna placement and gateway location.
- One gateway, multiple devices: A suitable gateway can support gate controllers, position sensors and other monitoring devices across the same property or facility.
- Powered control hardware: The gate controller can use the gate system's suitable low-voltage supply rather than relying only on a small sensor battery.
- Control and monitoring together: Relay outputs, digital inputs and analogue inputs can combine gate triggering, position feedback and battery-voltage monitoring.
- Flexible gateway backhaul: Depending on the selected gateway, internet connectivity may use Ethernet, Wi-Fi or cellular backhaul.
- Expandable deployment: Additional gates, tanks, pumps, power systems or environmental sensors can share the wider Telemetry2U platform.
NB-IoT or LTE-M may also be considered where a direct cellular connection is more practical than installing or reaching a LoRaWAN gateway. The suitable network depends on coverage, hardware compatibility, command behaviour and the required operating response.
Remote Gate Control for Rural Properties, Commercial Sites and Managed Access
The same remote gate-control architecture can support a single driveway gate or a wider multi-site access system. The value comes from combining remote operation with confirmed gate state, alerts and historical activity.
Farms, Rural Properties and Remote Entrances
Long-range gate operation and monitoring where the entrance is separated from the house, office or equipment shed.
Farm and Property Entrances
Open a compatible gate remotely for deliveries, contractors, visitors or staff without travelling to the entrance.
Solar-Powered Gate Systems
Monitor suitable battery-voltage inputs alongside gate state to identify declining power before access is affected.
Remote Equipment Compounds
Control access to pump stations, communications sites, utilities and other fenced infrastructure.
Long Driveways
Use long-range wireless coverage where a gate sits beyond the reliable reach of the property's normal Wi-Fi network.
Yards, Depots, Warehouses and Multi-User Sites
Centralised gate operation, user access and activity records for sites with regular staff, vehicle or contractor movements.
Industrial Yards and Depots
Review gate activity, opening frequency and open-duration events across operational sites.
Warehouses and Commercial Premises
Provide controlled remote access while maintaining existing local entry systems and gate safety controls.
Holiday Parks and Managed Properties
Give selected managers or staff access to the appropriate gate dashboard from any connected device.
Multiple Gates and Sites
Bring compatible gates from multiple locations into one monitoring and control platform.
Hardware for Gate Control, Position Feedback and Long-Range Access
A typical LoRaWAN gate-control installation combines a gateway, a powered I/O controller and a separate method of reporting the gate position. Optional wireless buttons can add another long-range access method where appropriate.
1. LoRaWAN Gateway
The gateway receives LoRaWAN messages from devices at the gate and connects them to the network server using a suitable internet connection. Site coverage depends on gateway location, antenna placement, terrain and obstructions.
View LoRaWAN gateways
2. LoRaWAN I/O Controller
The Dragino LT-22222-L provides relay outputs, digital inputs and analogue inputs that can suit gate triggering, contact monitoring, supply-voltage measurement and compatible accessory control.
View the LT-22222-L controller
3. Position Sensor and Optional Button
A suitable contact or outdoor open/close sensor reports the gate position. An optional PB01 LoRaWAN button can provide a separate long-range button input, while existing keyfobs and local controls can normally remain in service.
Hardware can be supplied pre-configured where required. Final wiring must follow the gate-controller documentation and preserve the existing gate safety, obstruction and emergency-release systems.
See Remote Gate Controls, Status and Activity in One Dashboard
Gate Control with Useful Operating Statistics
A gate dashboard can combine control buttons, current position, event history, opening counts, duration calculations, battery voltage and device health in a responsive layout for desktop and mobile use.
From a Single Command to a Clear Activity Record
The exact widgets depend on the connected controller, position feedback and project configuration. Where the required data is available, a dashboard can provide both immediate gate control and a longer-term view of how the entrance is being used.
- Open or trigger the compatible gate from an authorised dashboard control.
- View the current open or closed state and the last state-change time.
- See when the gate was last opened and how long the last opening lasted.
- Count gate openings by day, week, month or another selected period.
- Review total open time, unusually long openings and historical gate activity.
- Monitor suitable solar-battery voltage, communications and connected accessories.
Monitoring and Control Dashboard
Representative live demonstration
This power monitoring and control dashboard demonstrates the platform's responsive control and visualisation tools. A completed gate dashboard would be configured with gate-specific controls, position feedback, event counts and duration statistics.
Gate Compatibility, Installation and Safe Operation
Remote control should be added as an integration with the existing automatic gate system, not as a replacement for its safety design. The gate controller, wiring, sensors, network coverage and local operating procedures must be assessed before deployment.
What Must Be Confirmed Before Installation
- Compatible control input: The gate controller must provide a suitable push-button, trigger or dry-contact input.
- Position feedback: Open/closed confirmation normally requires a separate limit contact, magnetic contact or outdoor position sensor.
- Suitable power: The I/O controller and gateway must have an appropriate power supply, including backup where continued operation during outages is required.
- Safety systems remain active: Photocells, obstruction detection, emergency release and the gate controller's safety logic must not be bypassed.
- Local access remains available: Existing keyfobs, keypads, intercoms and manual release arrangements should normally remain available.
- Coverage is site-specific: Wireless range depends on terrain, buildings, vegetation, antenna installation and gateway placement.
- Internet and network availability: Cloud-based commands may be unavailable during a network outage, so critical sites need an appropriate local-access and continuity plan.
- Competent installation: Gate-controller and electrical wiring should be completed by a suitably competent installer using the relevant equipment documentation.
Remote Gate Control Frequently Asked Questions
These answers cover the practical questions that usually determine whether an existing automatic gate is suitable for smartphone and long-range wireless control.
Often, yes. The automatic gate controller must provide a compatible trigger or push-button input that can be operated by a suitable relay output. The controller documentation and wiring should be checked before installation.
No. LoRaWAN can connect the gate controller and sensors over a long-range wireless link to a gateway located elsewhere on the property or site. The gateway still needs a suitable internet backhaul.
There is no fixed distance that applies to every site. LoRaWAN range depends on terrain, buildings, vegetation, antenna height, gateway position and radio conditions. Coverage should be assessed for the installation.
Yes, when a suitable gate-position contact or open/close sensor is installed. This feedback allows the dashboard to show the reported gate state instead of only recording that an open command was sent.
Yes. With reliable position data, Telemetry2U can record state changes and present statistics such as the number of openings, the last opening time, the duration of the last opening and total open time over a selected period.
Usually. The remote-control integration can operate alongside compatible keyfobs, keypads, intercoms and local buttons rather than replacing them. The final wiring arrangement depends on the gate controller.
Yes, where compatible analogue inputs and relay outputs are available. A suitable controller can monitor supply or solar-battery voltage and operate a light, lock, strobe or another compatible accessory circuit.
Cloud-based control and updates may be temporarily unavailable. Existing local controls and emergency access arrangements should remain available, and critical sites should consider gateway, network and power-backup requirements.
Add Smartphone Control and Activity Monitoring to Your Gate
Send Telemetry2U the gate-controller model, available control inputs, power arrangement, gate location and the statistics or notifications you want to see. We can help determine the suitable controller, position feedback and network architecture for the site.