The Industrial Communication Backbone for Agricultural IoT

From massive open-field remote farm monitoring to automated glasshouses. Valtoris engineers the resilient LoRa and 4G communication infrastructure that prevents data loss and empowers off-grid SCADA execution.

Explore Industry Scenarios ↓
✓ Private P2MP LoRa (Zero Cellular Fees)
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✓ Hardware Edge Failsafe (-40°C to 85°C)
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✓ Protocol Agnostic (Modbus RTU to MQTT)

One Underlying Network, Infinite Agricultural Scenarios

We don’t build consumer toys. We build the physical communication layers that System Integrators (SIs) deploy to solve harsh, real-world farming challenges. Select a specific solution architecture below.

Off Grid Solar Powered Tank Monitoring 15 18 17
Remote SCADA

Remote Tank & Pump Monitoring

Solve the “last 5 miles” of un-wired fields. Deploy solar-powered edge I/O and Sub-GHz LoRa bridging to monitor remote 4-20mA reservoir levels and actuate heavy industrial irrigation pumps without paying for hundreds of 4G SIM cards.

Explore Pump Architecture
Livestock Monitoring
Smart Agriculture

Livestock Monitoring IoT

Eradicate costly RS485 trenching inside highly corrosive barns. Seamlessly bridge ammonia/H2S environmental sensors across metal-clad sheds using LoRa penetration. Utilize our Edge I/O for offline failsafe ventilation control to prevent herd loss during network outages.

Explore Livestock Architecture
Greenhouse Monitoring
Smart Agriculture

Greenhouse Monitoring System

Bypass the 2.4GHz Wi-Fi “dead zones” caused by dense, water-heavy crop foliage. Securely bridge NDIR CO2 sensors, soil moisture data, and fertigation controls to your central PLC using low-frequency, high-penetration communication layers.

Explore Greenhouse Architecture

The Farm-Wide Ecosystem Topology

A single Valtoris base station can unify your scattered agricultural assets. Click the nodes to reveal the engineering logic.

▶ INTERACTIVE ECOSYSTEM MAP
Farm HQ (Control Room)
VT-LR601 Master & VT-LTE400
Centralized Aggregation
Smart Greenhouses
Foliage-Penetrating LoRa
& Climate Sensor Bridges
Livestock Barns
Failsafe Edge I/O Control
& Gas Telemetry
Remote Irrigation Pumps
Off-grid Solar Powered
Reservoir Telemetry
Government / Cloud SCADA
AWS / Azure / Local Big Data
via MQTT JSON Tunnels
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Role Info

    Beyond Connectivity: Our Engineering Philosophy

    We don’t just transmit data. We solve the fundamental integration bottlenecks that plague agricultural automation projects.

    Smashing Data Silos & Vendor Lock-in

    Stop juggling multiple proprietary sensor apps. Our gateways are entirely Vendor-Agnostic. We translate raw Modbus RTU telemetry from any third-party sensor directly into open MQTT/JSON payloads, ensuring seamless ingestion into your preferred cloud platform.

    Breathing Life into Legacy Infrastructure

    You shouldn’t have to rip and replace a $50,000 fertigation machine just to get it online. Our Protocol Gateways act as translators, safely bridging decades-old RS-232/485 equipment to modern IP networks with minimal CapEx.

    Surviving Connectivity Blackouts

    When cellular towers drop, crops and livestock are at risk. Our 8CH-IO controllers feature localized Edge Computing logic. Even if the farm loses internet completely, the local edge node continues to execute critical “DI-controls-DO” commands to force-start ventilation and pumps.

    From Precision to Profit: The ROI Benchmark

    We measure ROI in concrete engineering savings. By deploying Private Sub-GHz LoRa, you immediately eliminate the staggering labor costs of trenching miles of RS485 cable, and you bypass the recurring OPEX of monthly 4G SIM subscriptions for every field node.

    Standardized Hardware, Scenario-Specific Execution

    We deploy the same ruggedized industrial base across the entire farm. The logic changes based on the physical assets we connect to.

    Valtoris ComponentIn Remote Irrigation…In Livestock Barns…In Smart Greenhouses…
    8CH-IO Series
    (Edge Logic Controller)
    View IO Series    		Reads 4-20mA signals from deep-well water level sensors and physically triggers 380V irrigation pump contactors.Monitors toxic NH3/H2S gas sensors. Uses offline edge logic to force-start ventilation fans if the network drops.Digitizes legacy soil moisture meters (TDR) and opens/closes roof vent motors and shading screens.
    VT-LR600
    (Sub-GHz LoRa Modem)
    View LoRa Modems    		Runs on solar battery to beam pump telemetry over 10km of open fields back to the farm HQ for remote sensor monitoring.Penetrates thick corrugated metal siding of sheds to ensure data isn’t blocked by infrastructure.Bypasses 2.4GHz Wi-Fi dead zones caused by water-dense plant canopies and humid cooling pads.
    VT-LTE400
    (Cellular VPN Router)
    View LTE Routers    		The Unified Cloud Pipeline: Installed safely in the main farm control room, acting as an industrial DTU for agriculture IoT. It aggregates all the LoRa data from the pumps, barns, and greenhouses above, packaging it into standard MQTT JSON payloads and pushing it through a secure IPsec VPN tunnel to the municipal or corporate AWS/Azure dashboard.

    Deep Dive: Smart Agriculture FAQ

    Do you provide the Agriculture Software / Dashboard?
    No, we are hardware communication experts. Valtoris provides the unbreakable physical layer (LoRa/4G) and protocol translation (Modbus to MQTT). We purposefully avoid software lock-in, allowing AgTech software companies and System Integrators to push our standard JSON data directly into their own proprietary SCADA or AWS/Azure dashboards.
    How do remote field nodes get power if there is no electrical grid?
    Industrial agriculture requires off-grid resilience. Our VT-LR600 modems and 8CH-IO edge controllers support a wide 9-24V DC power input and boast extreme low-power consumption. Integrators typically power these remote nodes using a compact 12V/24V solar panel paired with a deep-cycle battery housed in a NEMA enclosure.
    Why use Private LoRa instead of LoRaWAN for my farm?
    Standard LoRaWAN requires a complex Network Server (cloud dependency) to parse data, which introduces latency and point-of-failure risks. Valtoris utilizes Private Point-to-Multipoint (P2MP) LoRa. It acts as an invisible, zero-latency RS485 cable. Your main PLC polls remote field sensors directly via Modbus RTU, completely offline and with zero cloud complexity.
    How do you protect field nodes from lightning strikes in open farmland?
    Open-field deployments, such as remote irrigation pumps, are highly susceptible to lightning-induced surges. Our edge controllers and LoRa modems feature built-in opto-isolation and high-voltage surge protection on all RS485 and power terminals. This prevents ground loops and electromagnetic interference (EMI) from traveling back and destroying your main PLC.

    Discuss Your Agricultural Blueprint

    Do not risk your crop yield or livestock on consumer-grade routers. Send our engineers your farm layout, and we will architect a dedicated, failsafe industrial network.

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