Automated Remote Monitoring – SMART IoT

Monitor the equipment, device status, location status, or other variables that are important to you.


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Monitor What Matters With SMART IoT

Internet of Things (IoT) Monitoring

Monitor legacy devices, machines, equipment, and locations 24/7 utilizing the SoniCloud dashboard. Sonicu's automated monitoring platform SoniCloud, integrates smoothly with legacy server-based systems to stream live data into existing systems via an API programming interface.

Sonicu' SMART IoT provides organizations the tools they need to monitor and measure virtually ANY machine, device, location, variable, asset, or other KPI, for improved operational visibility and operational excellence. 

SMART IoT Monitoring Includes:

In addition to the solutions shown below, SMART IoT may include temperature, humidity, air pressure, sound, storage tank levels, GPS location, and barometric pressure.



SMART API Integration With Your System

The SoniCloud platform can connect live sensor data to your platform using our SMART API, so you can fully monitor and manage all your enterprise data using the platform of your choice. To discuss your needs or for more information call Sonicu at 317.468.2345 or email us at:


How Do SMART IoT Solutions Work?

Depending on your equipment or application, a SMART IoT solution may utilize industry-standard analog and/or digital sensors, modbus serial connectivity, 4-20 mA low voltage, and for some applications dry-contact switches. All these can easily communicate with our MVP 440 digital meter. The MVP 440 transmits monitored data via 4G cellular, Wi-Fi or Ethernet, to the SoniCloud platform, enabling remote wireless monitoring capability to machines and equipment that are not natively web-enabled. Additionally, Integrated IoT can deliver live monitored data 24/7 straight into your existing BAS system - see example C.

Example A – Add Air Velocity Monitoring to calculate air changes per hour


This straightforward example of SoniCloud connectivity applies to any application that uses sensor(s) (digital or analog) to collect data. The sensor(s) transmits live monitored data to the MVP 440 meter, which sends it to the SoniCloud platform hosted on Amazon Web Services for maximum security. The MVP 440 transmits data to the cloud 24/7 without interruption or data loss. Users can access the data anytime and receive alerts on their phone, pc, or tablet device as needed.


Example B – Add Sonicu to Lab Incubator to enable remote alerts 24/7


This example of SoniCloud connectivity applies to any piece of equipment or machine that has RS485 serial output or dry-contacts to enable data connection. The modbus transmits live monitored data 24/7 to the MVP 440 meter, which sends it to the SoniCloud platform hosted on Amazon Web Services for maximum security. Users access the data anytime to identify trends, and receive alerts on their smart device if user-set temperature limits are exceeded.


Example C – Connect Warehouse to your BAS system, and add Sonicu 24/7 remote wireless monitoring


This example shows a sensor transmitting temperature and humidity data 24/7 in a warehouse to the MVP 440 meter, which sends it to your system and the SoniCloud platform simultaneously. Users receive alerts on their smart device if user-set temperature or humidity limits are exceeded in the warehouse. You can also connect equipment to your BAS/BMS system using RS485, dry-contact, or custom protocols.


Terminology Guide



MVP 440 Digital Meter


Sonicu’s MVP 440 digital Meter wirelessly connects machines and equipment to the SoniCloud platform by acquiring data from almost any local sensor, and transmitting it to the cloud. It supports virtually all commercially available sensors, providing a versatile platform to monitor practically anything while eliminating siloed, proprietary monitoring applications and IT overhead requirements.

Multiple MVP 440 meters can be meshed into a unified system via radio signals to collect data from multiple points and applications, and then send that information to the cloud by 4G cellular, Wi-Fi or Ethernet. Sonicu’s remote wireless monitoring technology operates either in conjunction with or independently of existing enterprise IT systems.

Includes four input ports. Each input port can be configured as one of the following:

  • Sonicu digital sensor 
  • 4 to 20 mA
  • Contact closure (dry contact)


The MVP 440 accepts Sonicu's broad array of digital sensors and can also be configured for 4-20mA analog sensors, modbus, or dry-contact. An RS485 port for modbus connection provides SMART IoT connectivity for monitoring virtually any device or variable. Modbus configuration options include; modbus master, modbus slave, and custom protocols.

Sonicu Digital Sensors include:

  • Temperature
  • Temp & Humidity
  • Cryogenic
  • Ultra-Low Temp (ULT)
  • Air Pressure Differential

Onboard Li-ion rechargeable battery and SIM memory with DataSync feature provide a battery backup option and ensures data integrity in the event of a system interruption or power loss. 


The Sonicu Difference

  Advanced Alarming

Cloud-based software capabilities with predictive algorithms for tailored alarming to reduce alarm fatigue and spot trends.

  SMART Reporting

Automated logging and reporting unrivaled in the industry for effortless regulatory compliance.

   The Safest Network

Virtual Private Network (VPN) on Verizon's cellular platform that will eliminate security concerns when transmitting data to the cloud.

  Recalibration is Easy

All-digital temperature probes for easy calibration renewal with Sonicu's SNAP calibration program. 

      SMART Digital Sensors

SMART sensors with proprietary DataSync capture. Preserve and secure data in the event of transmission interruptions.

  Battery Backup

Industry-leading battery life on all sensors. In the event of a power outage Sonicu's wireless sensors continue to keep you notified.

   Flexible Transmission

Replace server-based systems and eliminate IT concerns with a variety of transmission signals including: 4G cellular, radio frequency, WiFi, and Ethernet.

    Ensuring Consistency

Service quality and connectivity reports provide detailed analysis of system operations.