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An ultra low power wide area sensor network solution, with API cloud services for agriculture and other industrial environments.
Features
Support wide area communication up to 10 km
Battery life lasts 1~3 years
Ready to use right out of the box
IP66 enclosure for severe environment
Open API
Introduction
SenseCAP is an wireless sensor network to enable long-distance environmental data collection, including easy-to-deploy hardware products and data API services.

Enable by LoRa and NB-IoT protocol, communication range is up to 10 km and power consumption is extremely low that the battery embedded in sensor lasts for 1-3 years. With Industrial grade design and IP66 enclosure, product is designed to use in severe environment.

SenseCAP fits in IoT applications like precision farming, climate smart agriculture and environment monitoring, which contributes to management optimization, cost saving and data - driven decision.

System Architecture
Integrated Provisioning
API Services
Based on Microsoft Azure and The Things Network
Provide API to get device status and sensor data
Support Websocket and MQTT protocol
Support history data exporting
Products
Product Category
Gateways
Sensors
Wireless Interfaces
LoRaWAN
Software
Introduction
Fees
LoRaWAN Wind Speed Sensor
Measuring the wind speed
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~60m/s
Accuracy: ±0.3m/s
LoRaWAN Wind Direction Sensor
Measuring the wind direction
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0° ~ 360°
LoRaWAN Rain Gauge
Measuring the rainfall volume
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~240mm/hour
Accuracy: ≤±2%
LoRaWAN pH Sensor
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~14pH
Accuracy: ±0.1pH
LoRaWAN Soil Temperature, VWC & EC Sensor
Measuring soil temperature, volumetric water content andelectrical conductivity
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: -40~60℃;0~100%;0~23dS/m
Measurement accuracy: ±1℃;±3% (typical);±10% (0~7dS/m)
LoRaWAN PAR Sensor
Measuring the photosynthetically active radiation
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Measuring range: 0 ~ 2000 μmolm-2 s-1 (410 ~ 655 nm)
Sensitivity: 0.2 mV/μmol m-2 s-1
LoRaWAN Wind Speed Sensor
Measuring the wind speed
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~60m/s
Accuracy: ±0.3m/s
LoRaWAN Wind Direction Sensor
Measuring the wind direction
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0° ~ 360°
LoRaWAN Rain Gauge
Measuring the rainfall volume
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~240mm/hour
Accuracy: ≤±2%
LoRaWAN pH Sensor
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~14pH
Accuracy: ±0.1pH
LoRaWAN Soil Temperature, VWC & EC Sensor
Measuring soil temperature, volumetric water content andelectrical conductivity
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: -40~60℃;0~100%;0~23dS/m
Measurement accuracy: ±1℃;±3% (typical);±10% (0~7dS/m)
LoRaWAN PAR Sensor
Measuring the photosynthetically active radiation
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Measuring range: 0 ~ 2000 μmolm-2 s-1 (410 ~ 655 nm)
Sensitivity: 0.2 mV/μmol m-2 s-1
LoRaWAN Wind Speed Sensor
Measuring the wind speed
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~60m/s
Accuracy: ±0.3m/s
LoRaWAN Wind Direction Sensor
Measuring the wind direction
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0° ~ 360°
LoRaWAN Rain Gauge
Measuring the rainfall volume
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~240mm/hour
Accuracy: ≤±2%
LoRaWAN pH Sensor
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~14pH
Accuracy: ±0.1pH
LoRaWAN Soil Temperature, VWC & EC Sensor
Measuring soil temperature, volumetric water content andelectrical conductivity
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: -40~60℃;0~100%;0~23dS/m
Measurement accuracy: ±1℃;±3% (typical);±10% (0~7dS/m)
LoRaWAN PAR Sensor
Measuring the photosynthetically active radiation
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Measuring range: 0 ~ 2000 μmolm-2 s-1 (410 ~ 655 nm)
Sensitivity: 0.2 mV/μmol m-2 s-1
LoRaWAN Wind Speed Sensor
Measuring the wind speed
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~60m/s
Accuracy: ±0.3m/s
LoRaWAN Wind Direction Sensor
Measuring the wind direction
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0° ~ 360°
LoRaWAN Rain Gauge
Measuring the rainfall volume
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~240mm/hour
Accuracy: ≤±2%
LoRaWAN pH Sensor
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: 0~14pH
Accuracy: ±0.1pH
LoRaWAN Soil Temperature, VWC & EC Sensor
Measuring soil temperature, volumetric water content andelectrical conductivity
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Range: -40~60℃;0~100%;0~23dS/m
Measurement accuracy: ±1℃;±3% (typical);±10% (0~7dS/m)
LoRaWAN PAR Sensor
Measuring the photosynthetically active radiation
Features:
Battery life lasts for 1~3 years
Support LoRaWAN v1.0.2 protocol Class A
Channel Plan:CN470 / EU868 / US915
Measuring range: 0 ~ 2000 μmolm-2 s-1 (410 ~ 655 nm)
Sensitivity: 0.2 mV/μmol m-2 s-1
SenseCAP Portal
SenseCAP Portal is a web-based platform for you to manage devices, data and Access Key with ease. By logging on the Portal, you can see all devices bound to your account with details, including location, online/offline status and the raw data collected by the devices.
SenseCAP APP
We provide a mobile App for quick provisioning. With the App, you can bind the devices with your account by simply scanning the QR code on the device. The App provides the ability to manage devices and data conveniently. The App is available in both iOS and Android versions.
IOS
Android
SenseCAP API
We provide SenseCAP API to simplify the implementation of your application.
SenseCAP API consists of HTTP API and Data OpenStream API.
With SenseCAP HTTP API, you can manage your devices from your designated cloud service, retrieve historical data in raw or segment format.
With Data OpenStream API, you can monitor the measurements from sensors in realtime.
Sensecap Dashboard
If you're just starting out with creating an application with data visualization need and want to get started quickly, SenseCAP Dashboard is a good start.
It is a fully open source program developed based on Vue and can be embedded into rich web applications.
We provide all the related libraries to make it customizable in a number of ways, like changing logo, configure data sources.
Pricing at a glance
With SenseCAP Portal, you pay only for what you use with no minimum fees or mandatory service usage.
um (up-message): The number of messages uploaded by the sensor.
dm(download-message):The number of messages that get historical data through the API.
Rules
1. Add a sensor device to each user account, and the system will distribute a certain amount of um and dm for free.
2. Subscription to sensor data by means of MQTT will not consume um/dm.
3. For each data uploaded by the sensor, 1 um is consumed.
4. Get a piece of historical data by HTTP, and consume 1 dm.
5. um /dm can purchase the recharge code online, and then input the recharge code in the account to complete the recharge.
6. When um/dm is 0, the system will send a message to remind the user of the overdue fee. If the time is more than 1 month, the account function will not be able to be used.
Free Tier
Product Category (one device) um (up-message) dm(download-message)
LoRaWAN Sensor 100,000 1,000,000
Fees
Pricing um (up-message) dm(download-message)
$ 0.99 100,000 1,000,000
SenseCAP Portal
SenseCAP Portal is a web-based platform for you to manage devices, data and Access Key with ease. By logging on the Portal, you can see all devices bound to your account with details, including location, online/offline status and the raw data collected by the devices.
SenseCAP APP
We provide a mobile App for quick provisioning. With the App, you can bind the devices with your account by simply scanning the QR code on the device. The App provides the ability to manage devices and data conveniently. The App is available in both iOS and Android versions.
IOS
Android
SenseCAP API
We provide SenseCAP API to simplify the implementation of your application.
SenseCAP API consists of HTTP API and Data OpenStream API.
With SenseCAP HTTP API, you can manage your devices from your designated cloud service, retrieve historical data in raw or segment format.
With Data OpenStream API, you can monitor the measurements from sensors in realtime.
Sensecap Dashboard
If you're just starting out with creating an application with data visualization need and want to get started quickly, SenseCAP Dashboard is a good start.
It is a fully open source program developed based on Vue and can be embedded into rich web applications.
We provide all the related libraries to make it customizable in a number of ways, like changing logo, configure data sources.
Pricing at a glance
With SenseCAP Portal, you pay only for what you use with no minimum fees or mandatory service usage.
um (up-message): The number of messages uploaded by the sensor.
dm(download-message):The number of messages that get historical data through the API.
Rules
1. Add a sensor device to each user account, and the system will distribute a certain amount of um and dm for free.
2. Subscription to sensor data by means of MQTT will not consume um/dm.
3. For each data uploaded by the sensor, 1 um is consumed.
4. Get a piece of historical data by HTTP, and consume 1 dm.
5. um /dm can purchase the recharge code online, and then input the recharge code in the account to complete the recharge.
6. When um/dm is 0, the system will send a message to remind the user of the overdue fee. If the time is more than 1 month, the account function will not be able to be used.
Free Tier
Product Category (one device) um (up-message) dm(download-message)
LoRaWAN Sensor 100,000 1,000,000
Fees
Pricing um (up-message) dm(download-message)
$ 0.99 100,000 1,000,000