LoRaWAN Sensors and Devices

LoRaWAN sensors are battery-powered wireless sensors that send small readings, such as temperature, humidity, water presence or tank level, over the LoRaWAN radio protocol to a gateway several kilometers away. Because they transmit briefly and infrequently, a typical sensor runs 5 years or more on its battery. ioX-Connect sensors report into ioX-Pulse, where each reading appears on a dashboard and can trigger an alert.

They overlap. In the LoRaWAN specification, an end device is any node that talks to a gateway: a sensor that only reports, or a controller such as a relay or valve that also accepts commands. A LoRaWAN sensor is an end device that measures something. LoRaWAN device is the everyday term that covers all of them, and often the gateways too, which is why this page is organized by what each device measures or controls rather than by the term.

Enclosure rating, operating range and interface. Industrial models on this page carry IP66 enclosures for wet or dusty locations, wider operating temperature ranges, and interfaces for the equipment you already have, such as 4-20 mA analog inputs, thermocouples and pulse inputs from meters. Commercial models are built for indoor spaces. Each product page states its rating, so you can match the device to the location.

A gateway, the sensors, and a platform. One gateway connected to the internet by Ethernet or cellular covers a building or campus and supports hundreds to thousands of sensors, depending on how often they report. ioX-Connect gateways ship pre-provisioned and already connected to the network server and ioX-Pulse, so a first deployment is one gateway, a handful of sensors and an ioX-Pulse plan.

Up to 10 km in open rural terrain and several kilometers in urban or obstructed sites, without line of sight. Sub-GHz LoRa signals pass through walls and around obstacles better than 2.4 GHz Wi-Fi or Bluetooth. Sensors do not relay for each other; each one reaches a gateway directly, so coverage is a question of gateway placement rather than a sensor mesh.

Yes. LoRaWAN is an open standard, and ioX-Pulse accepts any standards-compliant LoRaWAN gateway, so you can keep the gateways you own and connect them to ioX-Bridge, the LoRaWAN network server. Sensors from other manufacturers can run on ioX-Pulse on plans that include External Sensor Integration; send us the model and we will confirm.

A pre-provisioned LoRaWAN gateway like those offered by ioX-Connect takes the heavy lifting out of deployment:

• Out of the box, it’s ready to go—network configuration, security keys, and app integrations are already handled.
• Sensors join seamlessly with zero manual pairing and instantly appear in your dashboard.
• You bypass all the headache of linking the gateway to the network server and integrating that with your IoT platform—everything is connected from the start.

On the flip side, gateways that aren’t pre-provisioned require a fair bit of manual setup. Expect to:

• Spend extra time configuring network details, authentication, and server connections.
• Tackle every integration step yourself, with potential troubleshooting along the way.
• Take on additional security configuration responsibilities to ensure safe device communications.

In short: pre-provisioned gateways dramatically accelerate setup, minimize IT effort, and let you focus on scaling your deployment rather than wrestling with infrastructure.

LoRaWAN uses AES-128 encryption at both the network (NwkSKey) and application (AppSKey) layers. Combined with ioX-Connect’s role-based access controls, this ensures end-to-end protection and prevents unauthorized data access.

How LoRaWAN Keeps Data Secure

The LoRaWAN security stack is built on top of LoRa modulation (PHY) and adds a robust security layer with unique device identity, authentication, and authorization for every sensor and gateway. Symmetric AES-128 keys—defined in the IEEE 802.15.4/2006 Annex B—are generated for each device. The Network Session Key (NwkSKey) encrypts network-related messages, while the Application Session Key (AppSKey) encrypts application-specific data, so only your application ever sees the payload.

Importantly, LoRaWAN gateways operate much like routers: they securely forward data between devices and the cloud using protocols such as DTLS, TLS, or VPN, but never decrypt or access your data or keys. This architecture ensures that your sensor data remains private and protected end to end, even as it travels across public or shared infrastructure.

Absolutely. You can update configuration parameters—such as reporting intervals or thresholds—by sending a downlink command from the ioX-Connect platform to your device over the network. We've made it very simple and easy for users of the ioX-Connect platform to do this. Every sensor in your account will show sensor specific settings that can be applied to your device, there is no need for you to worry about any technical reference guides or documentation or needing to understand how uplinking/ downlinking works or what payload formatters are. ioX-Connect takes care of all of that for you. There is also no need for physical access; you manage and fine-tune your sensors anytime, anywhere through the portal.

You need at least one LoRaWAN gateway connected to the internet (Ethernet, Cellular or Wi-Fi) and the ioX-Connect platform. From there, you can expand coverage with additional gateways, all managed centrally through our platform.

Pre-Provisioned vs. Manual Setup: What’s the Difference?

Without a Pre-Provisioned Gateway:

• Configuration can be time-consuming and complex.
• Requires manual connection of the gateway to a network server.
• You’ll need to manually link the network server to your IoT platform or application.

With a Pre-Provisioned Gateway:

• The LoRaWAN network is included for you.
• Sensors connect automatically to the gateway—no extra steps needed.
• The network server is already integrated with your app, so you’re ready to deploy right away.

This streamlined setup helps you scale from pilot to production quickly, letting you focus on your data—not infrastructure hurdles.

Most LoRaWAN sensors are designed to transmit data wirelessly and do not function as mini databases. However, some devices do have a small amount of internal memory to temporarily store (or “buffer”) data when network connectivity drops out. This means they can hold onto a batch of measurements and forward them when the connection resumes. ioX-Connect do offer this on some of our LoRaWAN devices, to find out more please reach out to our team at: sales@iox-connect.com

That said, sorting or organizing data internally is not typically part of a LoRaWAN device’s job description—those tasks are handled by your IoT platform or cloud application like ioX-Connect after data arrives. Extracting data directly from the device hardware is uncommon and usually restricted by security protocols to keep your information safe.

Looking to get a sense of what you’ll invest in your first few devices? Here’s a quick overview of typical price ranges across LoRaWAN device categories so you can budget smarter (you can also download the ioX-Connect LoRaWAN Catalog for some price ranges:

• Trackers: LoRaWAN trackers—from basic Bluetooth tag-style models to advanced GPS-enabled solutions—generally start around $25 for entry-level devices and can reach up to $110 or more for GPS units with solar charging or ruggedized features. Contact us if you're interested in tracking devices.
• Sensors: Devices for monitoring temperature, humidity, air quality, and similar environmental factors usually range between $30 and $390, depending on the type (single-purpose or multi-sensor), features (like CO2 detection or high precision), and application (home, commercial, industrial, or agricultural).
• Bridges: For integrating legacy systems or industrial protocols (such as RS485, Modbus, or analog input) with LoRaWAN, bridges typically cost in the $39 to $110 range, reflecting their robust build and connectivity options.
• Buttons: LoRaWAN-enabled buttons, designed for simple triggers or event notifications, are commonly priced from about $39 to $45.

These figures give you a basic range for each category, but actual pricing can vary by specifications, bulk purchasing, and supplier. If you need support choosing devices or want a curated quote, our team can help you find the right fit for your application and budget. Simply reach out to us at: sales@iox-connect.com 

LoRaWAN® Tracker Devices

Seamlessly monitor assets, vehicles, and personnel wherever your operations take you. ioX-Connect can integrate with a wide selection of LoRaWAN® trackers. Contact us for more details.

• Sticker Trackers
  Ultra-compact, battery-powered asset trackers built for effortless deployment on containers, equipment, or inventory. Enjoy extensive coverage and years-long battery life—ideal for indoor and outdoor applications.
  Typical pricing: $14–$24 per unit.

• GNSS-Enabled Trackers
  High-precision GPS trackers with rapid location acquisition, ruggedized housings, and low-power LoRaWAN connectivity. Ideal for fleet management, outdoor asset tracking, and mobile workforce visibility.
  Typical pricing: $94–$108 per device.

• Advanced GPS Trackers
  Versatile trackers combining LoRaWAN with GPS technologies to provide detailed real-time movement and geofencing alerts. Perfect for sensitive shipments, livestock, or distributed assets.
  Typical pricing: $59–$109 per tracker.

• Solar-Powered Tracking Kits
  All-in-one GPS tracking solutions featuring solar panels for extended autonomy in field deployments. Designed to reduce maintenance and ensure consistent reporting for remote or off-grid assets.
  Typical pricing: $73–$87 per kit.

Whether you need scalable sticker sensors for inventory management or robust GPS traceability for valuable equipment, the ioX-Connect platform can integrate with nearly all of these for live monitoring, reporting, and customizable thresholds—no technical expertise required, our team will handle all of that for you. 

LoRaWAN® Bridges: Flexible Protocol Conversions for Seamless Integration

Need to connect existing hardware to your wireless IoT landscape? Our range of LoRaWAN bridges has you covered, enabling effortless integration between legacy protocols and modern wireless networks—without the headaches.

Supported Bridge Types & Interfaces

• RS485/Modbus to LoRaWAN Bridges
  Quickly bring traditional Modbus and RS485-enabled devices online with wireless access, perfect for robust industrial environments.

• Analog Input Bridges
  (4-20mA / 0-5V to LoRaWAN)
  Integrate analog sensors or instrumentation—such as those using industry-standard 4-20mA or 0-5V signals—into your LoRaWAN deployments. Ideal for monitoring legacy industrial equipment or environmental data feeds.

• Multi-Function I/O Bridges
  Enable digital input (DI) and digital output (DO) signal transmission, offering flexible control and monitoring for building management, security, or automation scenarios.

• Outdoor Ready Solutions
  Weather-resistant options are available for remote field installations, supporting RS485/Modbus devices in challenging or exposed environments.

All bridges are plug-and-play with the ioX-Connect platform for a unified deployment experience, complete with secure data transmission and seamless device management.

Unlock the ability to modernize your infrastructure—without replacing what already works.

For seamless integration with industrial and building automation systems, LoRaWAN bridges support a range of common interfaces, including RS-485 for Modbus communication, digital inputs (DI) to capture triggers or alarms, and digital outputs (DO) to activate relays, switches, or external systems. This flexibility means you can easily connect LoRaWAN sensors and gateways to PLCs, HVAC controls, metering systems, or legacy automation equipment—modernizing your operations without costly infrastructure overhauls.

Most LoRaWAN bridges are designed with broad compatibility in mind, so whether you’re outfitting a factory floor, a commercial property, or a smart campus, these bridges serve as the link between wireless sensor data and existing automation networks. If you have a specialized protocol or setup, our team can help determine the best hardware options, ensuring integration is as smooth and future-proof as possible.