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SOHUB

The #1
MQTT Platform
for IoT

Connect, move, process, and integrate your IoT data in real-time from edge to cloud to multi-cloud.




Latest on SOHUB



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SOHUB Revealed the Internet of “Anything”...

SOHUB was present in excellent fashion at both the Santa Clara IoT Tech Expo and IIoT World Manufacturing Day virtual conference in May, tackling the issues of today regarding industrial IoT manufacturing data strategy.

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Smart Manufacturing for Automotive

This event is all about seeking technologies to overcome manufacturing challenges and enhance efficiency, optimize production, and improve safety throughout. Come learn how SOHUB is part of the solution.

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How to choose the suitable MQTT Broker

MQTT or message queue telemetry transfer protocol is the standard protocol in the IoT world today. But there are multiple brokers in different languages. However, it is always confusing for beginners to pick one for their projects.

IoT technologies to enable
Industrial digitalization


The manufacturing industry is fast evolving to digital transformation. SOHUB’s cloud-edge collaboration solution interchanges production data, opens up information isolated islands, and closes gaps between the edge and the cloud. It helps enterprises realize the data connection, exchanging, processing and analysis in a collaborated way, and realizes the digitalization, network, and intelligentization of new manufacturing.


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Background


Internet + advanced
manufacturing


The integration of the Internet and the manufacturing industry can optimize resource allocation and improve total productivity and enable innovations. The IoT technologies, AI, and edge computing accelerate the merging of information technology (IT) and operation technology (OT).

Low carbon transition
in manufacturing


Low carbon is the drive of sustainable industry. New manufacturing demands environmental awareness. It is challenging for manufacturing to lower carbon emissions and energy consumption, and also save production costs and increases productivity at the same time.

Industrial digital
transformation


Industrial digital transformation is the driving force to reform production, operation, business and organizational management. It builds a new paradigm of data-driven industry, creates new businesses such as smart manufacturing and shared manufacturing, and brings new value to the enterprise.

Capabilities


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Multi-protocol access


Manufacturers bring many different types of industrial equipment to the market, and the equipment follows drivers access protocols which are not necessarily compatible with each other. Existing equipment is hard to digitalize in a unified way. Besides the standardized MQTT protocol for IoT, SOHUB’s industry solution also supports existing industrial protocols such as Modbus, OPC-UA, IEC61850, IEC104and many more. It provides a unified high-quality data collection and data normalization on northbound and device controlling on southbound.



Efficient and flexible
edge-cloud data channel


Manufacturing requires large data volumes to be transmitted with low latency. Through light-weight edge side deployment, SOHUB’s localized data processing and edge-cloud collaboration solution realizes high real-time response. The edge-side data streaming processing reduces the edge-cloud data transfer cost. The solution is flexible and extensible and it can be integrated with edge-side AI inference and decision making. This realizes the transformation from traditional manufacturing to smart manufacturing.


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Data value creation


Massive amounts of data are collected, without a unified way to manage, store, and apply the data thus the value of the data is wasted. SOHUB provides Interoperability to different data interfaces, APIs, data storage and message queues. It connects core applications in manufacturing, such as the MES and ERP, and creates new value from the data.


Background


SOHUBX Cloud


Fully Managed MQTT Messaging Service

SOHUBX Enterprise


Self-managed Enterprise MQTT Platform


Neuron


Industrial IoT Connectivity Server

NanoMQ


Lightweight MQTT Broker for Edge

MQTTX


MQTT 5.0 Desktop and CLI Client

Technologies used in Machine to Machine Communication





Wireless Sensor Networks (WSN)

These are networks of interconnected sensors and devices that collect and transmit data wirelessly. WSNs are commonly used in industries such as healthcare, agriculture, and environmental monitoring.

Cost-Efficiency




Service Mobility

Cellular Networks

These are traditional mobile networks used for voice and data communication. M2M applications can utilize cellular networks to connect devices and enable data exchange.




Radio Frequency Identification (RFID)

RFID technology uses radio waves to identify and track objects. It is commonly used in supply chain management, inventory control, and asset tracking.

The versatility of features




Simple conference calls

Near Field Communication (NFC)

This is a short-range wireless communication technology that enables devices to communicate with each other by touching or bringing them close together. NFC is commonly used in contactless payment systems and access control.




Bluetooth

This is a wireless technology used to connect devices over short distances. It is commonly used in personal area networks, such as connecting a smartphone to a smartwatch.

Efficient client Interaction




Reliable

Zigbee

This is a wireless networking protocol that is designed for low-power, low-data-rate applications. It is commonly used in home automation systems and industrial control applications.




FAQ?



1. What is M2M communication?

M2M communication is a technology that enables devices or machines to communicate with each other without human intervention.

The benefits of M2M communication include increased efficiency and productivity, improved safety and security, and reduced costs in various industries.

Technologies used in M2M communication include sensors, RFID, GPS, Wi-Fi, and cellular networks.

Industries that use M2M communication include manufacturing, transportation, healthcare, energy, and agriculture.

Examples of M2M communication include smart home devices, industrial automation, fleet management, and remote patient monitoring.

A Comprehensive Guide for Machine To Machine.

24/7 fast-response pro monitoring for system.

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