IOT | Internet of Things
The Internet of things describes physical objects with sensors, processing ability, software, and other technologies that connect and exchange data with other devices and systems over the Internet or other communications networks.
SMSEagle NXS-9750 4G (Dual Modem)
NXS-9750 4G is a dual modem device with a sending/receiving throughput of up to 60 SMS/min. The device can be configured for device failover (HA cluster), as well as modem failover and multi-modem strategy. Thanks to a built-in 4G modem, SMS messages are sent/received directly to/from UMTS/LTE network without using any external 3rd party solutions.
SMSEagle NXS-9750 3G (Dual Modem)
NXS-9750 3G is a dual modem device with a sending/receiving throughput of up to 60 SMS/min. The device can be configured for device failover (HA cluster), as well as modem failover and multi-modem strategy. Thanks to a built-in 3G modem, SMS messages are sent/received directly to/from GSM/UMTS network without using any external 3rd party solutions.
NXS-9700 4G is a single modem device with a sending/receiving throughput of up to 30 SMS/min. The device can be configured for device failover (HA cluster). Thanks to a built-in 4G modem, SMS messages are sent/received directly to/from UMTS/LTE network without using any external 3rd party solutions.
NXS-9700 3G is a single modem device with a sending/receiving throughput of up to 30 SMS/min. The device can be configured for device failover (HA cluster). Thanks to a built-in 3G modem, SMS messages are sent/received directly to/from GSM/UMTS network without using any external 3rd party solutions.
MHD-8100 4G is a eight modem device with a sending/receiving throughput of up to 240 SMS/min. The device can be configured for device failover (HA cluster), as well as modem failover and multi-modem strategy. Thanks to 8 built-in 4G modems, SMS messages are sent/received directly to/from UMTS/LTE network without using any external 3rd party solutions.
Cloud Platform
Integrate all your sensors in the same platform that allows the management of large-scale devices in a simple and efficient way.
The Cloud platform has been developed within the framework of the UNE 178104 standard on integrated smart city management systems. The development methodology consists of tools that guarantee good practices, as well as its quality when delivering product developments.
Features
Open
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We use components based on free software and communication mechanisms based on open protocols.
Integrable
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We provide the necessary tools for bidirectional integration with third-party platforms.
Scalable
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Horizontal and transversal platform capable of evolving and being scalable thanks to the organization of each of its layers.
Secure
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We offer fine granularity regarding permissions and assigned resources, which allows you to control which resources are accessible at any time.
Modular
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It is composed of different work modules, which makes it easy to evolve and customize.
Big Data & Business Intelligence capabilities
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Real-time analysis, heavy calculations and machine learning processes that support the determination of KPIs.
Customizable
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With the client’s corporate identity. It can be configured for integration with proprietary systems such as ERP or MES, guaranteeing privacy and security in data processing.
Parking Sensor
It monitors the availability of parking lots through magnetic detection, helping to optimize mobility and reducing the carbon footprint of our cities.
Benefits
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Real-time information on available parking lots, allowing the detection of patterns and trends that will help in the decision-making process.
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Parking time management, thanks to the detection of occupied parking lots, improving the citizen’s experience.
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Prevention of vandalism, thanks to the security system in its installation.
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Pollution reduction by shortening parking search time.
AMR Gateway
Designed to receive data transmitted by sensors and meters through WMBUS and LoRaWAN communication, unifying in the same device the two most widespread communication technologies in the market.
Benefits
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Collects data from different types of devices: water, gas and electricity meters among others that use the WMBUS protocol.
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It can operate as a LoRaWAN gateway allowing the reception of data from different areas such as water, environmental or mobility management.
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The decoding of the data is not performed at the gateway, thus increasing the security in the transmission of information.
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The device is compatible with different models and brands of meters and its data encryption.
Outdoor CO2 Monitoring Sensor
Controls CO2 levels in environments where monitoring this parameter is crucial for task management.
Benefits
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Prevention of exposure to high CO2 levels.
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Fire detection through the anomalous increase in CO2 levels.
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Allows environment monitoring such as greenhouses, building ventilation, etc.
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Generate warnings when a certain value is exceeded.
Technical Specifications
Variables
CO2, ​Barometric Pressure
Humidity
Temperature
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Communication
LoRaWAN
Product
156.1 x 71 x 69.5mm
IP65
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Power Supply
1900 mAh Li-SOCI2 Battery