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PROGRESSIVE-IOT

NB-IoT / LTE-M wireless sensors

Progressive-IoT NB-IoT / LTE-M sensors were developed from ground up to meet customers’ needs. We collected feedback from different use cases, and developed devices which measure different physical values and seamlessly send the data over NB-IoT and/or LTE-M networks to Progressive-IoT Cloud or any other cloud platform. On top of that, they are equipped in all software and hardware features a modern IoT device needs.

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MODULAR DESIGN

Progressive-IoT NB-IoT sensors are built on Progressive-IoT’s modular platform which separates the communication and logic from power supply and sensors. Due to that we can quickly develop new types of sensors or modify the device to customer’s needs

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BATTERIES OR EXTERNAL POWER SUPPLY

Depending on the use case, wireless NB-IoT / LTE-M sensors can be powered with batteries which guarantee up to 10 years of lifetime or by an external power supply

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NB-IOT / LTE-M & BLUETOOTH LE

On top of NB-IoT/LTE-M wireless interface, sensors are equipped with Bluetooth Low Energy. This allows you to easily configure them with a mobile app and read all the measurements form device’s memory

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TUNED ANTENNA

NB-IoT / LTE-M sensors are equipped with a tuned PCB antenna that provides the devices with good range. On top of that, sensors may be delivered with u.fl connector, so you can connect an external antenna to get event better signal

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ENGINEERED ENCLOSURE

The enclosure was designed by us especially for wireless sensors. The size and the place of the ventilation was designed to provide the device with optimal air flow and quick reaction to the changes in the environmental conditions

HOW DOES IT WORK?

Monitoring system without subscription fees.

The system consists of Progressive-IoT wireless sensors measuring various physical or chemical values and send the data to Progressive-IoT Cloud platform.

The platform is the „brain” of the entire system: it stores the data, takes decisions about sending SMS / e-mail notifications, and generates measurement reports.

Access to the platform is possible from anywhere in the World. All you need is a computer, smartphone or tablet with a free mobile application.
Use of Progressive-IoT Cloud is free of subscription fees.

NB-IoT sensors that work with any cloud platform

Taking measurements is just the beginning. The real value of the data can be explored on the cloud platforms which allow to collect, visualize, analyze the data and take actions based on it. Progressive-IoT NB-IoT / LTE-M sensors work out of the box with Progressive-IoT Cloud or can be integrated with any third party cloud platform.

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Progressive-IoT CLOUD

Progressive-IoT Cloud is a powerful cloud based platform that allows you to collect and visualize data from Progressive-IoT sensors, no matter if you have only a few or hundreds of them. Progressive-IoT Cloud allows you to display the data on a map, as a table or on a chart, send SMS and email notifications and generate PDF / CSV reports with the data. On top of that, there is a mobile application that allows you to get access to all platform features with your smartphone or tablet. Learn more about Progressive-IoT Cloud.

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INTEGRATION

Progressive-IoT NB-IoT / LTE-M sensors communicate with servers over standard protocols (protofbuf over CoAP). This allows you to integrate the data from the sensors directly to any cloud platform you wish. If you don’t want to do the direct integration, you can use Progressive-IoT Cloud and its API to get the data and change sensors configuration. Visit our Support section to learn more about the integration.

Edge analytics that increases the battery lifetime to up to 10 years

Progressive-IoT NB-IoT / LTE-M sensors have been developed with battery lifetime in mind. To decrease the number of transmissions to the server, the built in edge analytics module takes care of the data and sends it to the cloud platform only when necessary. Reduction of the number of data transmissions increases the battery lifetime up to 10 years

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TRANSMISSION INTERVALS SETTINGS

You can set different measurement and transmission intervals for Progressive-IoT NB-IoT / LTE-M sensors. If you don’t need a life data stream from the devices, they can store the measurements and send them to the server in larger intervals in order to increase the battery lifetime. Moreover, the data can be sent in confirmable or non-confirmable data frames. Non-confirmable data frames reduce the time needed to send the data and increase the battery lifetime

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EDGE ANALYTICS

Progressive-IoT sensors analyse the data and take the decisions, if an immediate action is needed. Temperature measured by the sensor is out of the safe range? Transmission will be triggered immediately. Humidity value increases too quickly? Data will be sent to the server right away. The logic and rules can be configured by the user including setting thresholds, moving averages and checking the differences between measurements.

Wide range of measured values

Let us know what you want to measure and we will provide you with a sensor. Each Progressive-IoT wireless sensor (Bluetooth Low Energy and LTE-M / NB-IoT) can measure up to three values. Pick the values you want or check the list of ready made sensors that we have on stock. Do you need to measure something which is not on the list? Contact us and we will check if we can provide you with a sensor to measure it.

Progressive-IoT sensors offer very high accuracy of the measured values. If you wish, at an additional fee, we can provide you with a calibration certificate issued by a certified laboratory. Learn more about the calibration service.

Gases

Humidity

Open/close

Pressure

Pulse counters

Soil Moisture

Temperature

Leak

Quick and easy deployment

We know that deploying thousands of IoT devices may be frustrating and time consuming. That’s why we designed Progressive-IoT NB-IoT / LTE-M sensors to make the deployment process as easy as possible.

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EASY INSTALLATION

Sensors are mounted on the wall with a double side adhesive tape with acrylic glue. It takes seconds to install a single device and the tape which is included with the sensor sticks to any surface. If you don’t want to stick it with a tape, you can simply use screws to mount it on the wall.

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CONFIGURATION OVER BLUETOOTH LOW ENERGY

Initial configuration of the device is done with a mobile application, over Bluetooth Low Energy, so you can forget about cables and connecting the device to your laptop. During the setup, the application performs a test, to check if the device is able to communicate with the platform and if the signal conditions are right.

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LARGE SCALE DEPLOYMENTS

We are ready for that too. When ordering a large batch of the devices, let us know what is the configuration that you need and we will set it up for you. Once you get the devices, they will start operating out of the box!

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TROUBLESHOOTING

We all know, it’s part of the game… With Progressive-IoT sensors, you can check the full status of the sensor (including the network status and the communication status) locally with a mobile application or diodes which signal the status of the device. On top of that, all the information, which may be useful for troubleshooting can be sent to the server, for remote diagnostics.

Secure over the air updates and remote configuration

Deploying IoT devices is only the first step. We are aware of that and have developed mechanisms that allow us to remotely update the firmware of the wireless sensors and change their configuration. No matter how your requirements will change, you will always be able to set the devices in the way you want.

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FIRMWARE OVER THE AIR UPDATE

Progressive-IoT sensors firmware can be remotely updated. In order to reduce the amount of data sent to the NB-IoT / LTE-M sensors, the update process is based on the difference mechanism, so only the packets of the firmware which have been changed are sent to the device. The whole communication between the server and the device during the update process is encrypted and both parties have to authenticate with their unique keys. This ensures the security of the whole updated process.

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REMOTE CONFIGURATION

We know that when you deploy a large number of IoT devices remote configuration is a must. All the settings of Progressive-IoT NB-IoT / LTE-M sensors can be configured remotely from the cloud platform. Do you want to change the measurement period of the device? No problem. Need to change the address to which the data is sent? We can do it. Moving devices to another APN? Let us handle that.

Meet the lineup

PROGRESSIVE-IOT NB-IOT SENSOR

PROGRESSIVE-IOT

NB-IOT & LTE-M SENSOR

Temperature Humidity Air-pressure Sensor LTE-M / NB-IoT Temperature Humidity Air Pressure Sensor
Cellular module

NB-IoT bands 8, 20

3GPP Release 13

Power 20 dBm

NB-IoT / LTE-M bands 8, 20

(bands 2, 3, 4, 5, 12, 13, 25, 28 available on request)

3GPP Release 13

Power 23 dBm

Battery

2 x AA, 3.6V batteries, 2100 mAh each

Batteries support up to 130 000 transmissions (ECL 0)

Batteries lifetime up to 10 years

2 x AA, 3.6V batteries, 2100 mAh each

Batteries support up to 80 000 transmissions (ECL 0)

Batteries lifetime up to 10 years

Measured values

Each sensor can have up to three slots

Each slot can measure: temperature (internal sensor or probe), humidity (internal sensor or probe), air pressure, VOC, open/close, pulse counter, leakage

View standard models

Each sensor can have up to three slots

Each slot can measure: temperature (internal sensor), humidity (internal sensor), air pressure, VOC, open/close, pulse counter, leakage

View standard models

Measurement and transmission intervals

Configurable by user

Measurement interval: 1 minute – 10 days

Transmission interval: 5 minutes – 10 days

Configurable by user

Measurement interval: 1 minute – 10 days

Transmission interval: 5 minutes – 10 days

Memory

60 000 measurements

If there is no network connection, device buffers the measurements in its internal memory and transfer them to the platform once the connection is re-established. Once the memory is full, the oldest measurements are replaced with the new ones

60 000 measurements

If there is no network connection, device buffers the measurements in its internal memory and transfer them to the platform once the connection is re-established. Once the memory is full, the oldest measurements are replaced with the new ones

Communication protocols

CoAP (RFC 7252), supports both confirmable and non-confirmable data frames

Data is sent in Protocol buffers (protobuf)

Bluetooth Low Energy (for communication with smartphones)

CoAP (RFC 7252), supports both confirmable and non-confirmable data frames

Data is sent in Protocol buffers (protobuf)

Bluetooth Low Energy (for communication with smartphones)

SIM card

Micro SIM (3FF) (default)

Embedded SIM (available on request)

Micro SIM (3FF) (default)

Embedded SIM (available on request)

Network settings

APN (auto or manual)

PLMN (auto or manual)

APN (auto or manual)

PLMN (auto or manual)

Indicators
(troubleshhoting)

LEDs singling the status of the device

Device information which can be requested by the server include: signal strength in dBm, total power in dBm, TX power in dBm, cell ID, ECL, SNR, EARFCN, PCI, RSRQ, total transmitted bytes, total received bytes, battery voltage, uptime

LEDs singling the status of the device

Device information which can be requested by the server include: signal strength in dBm, total power in dBm, TX power in dBm, cell ID, ECL, SNR, EARFCN, PCI, RSRQ, total transmitted bytes, total received bytes, battery voltage, uptime

Mechanics

Enclosure material: ABS

Size: 27 x 71 x 71 mm, 100 g

Probes length (for sensor with probes only): by default 1 meter, other lengths are available on request

Operating range: -35°C to +70°C

Mounting: double side adhesive tape with acrylic glue or 2 x M3 screws

Enclosure material: ABS

Size: 27 x 71 x 71 mm, 100 g

Probes length (for sensor with probes only): by default 1 meter, other lengths are available on request

Operating range: -35°C to +70°C

Mounting: double side adhesive tape with acrylic glue or 2 x M3 screws

Certifications CE, RoHS CE, RoHS
Warranty
2 years 2 years