Description
hardware flow control. It is an ideal choice in the field of industrial automation.
At present, it seems that GE, which is struggling to move forward in the differentiation and integration of business segments, still has a difficult time to go through.
However, the industrial Internet gene that former CEO Immelt injected into GE may become an important means for GE”s future revival. Duan Xiaoying has told
reporters more than once that the industrial Internet genes injected into GE by predecessor Immelt may not undergo major adjustments, and this is widely considered
in the industry to be one of the important weights for GE”s rebirth.
However, GE, which first proposed the concept of industrial Internet, is by no means safe and sound. ABB, which recently acquired GE”s global industrial solutions
business for US$2.6 billion, released the ABB AbilityTM digital solution and platform in June last year. ABB China Chief Technology Officer Liu Qianjin told reporters
that since 2014, ABB Group has begun digital transformation.
Gu Chunyuan, president of ABB Group”s Asia, Middle East and Africa region, told reporters: “ABB will help enterprises realize comprehensive automation
transformation through leading robotics technology and customized automation solutions, and provide digital solutions that integrate the Internet of Things
, industrial big data and industry experience. solutions, push production efficiency and innovation capabilities to new heights, and work together to create an
efficient and interconnected smart factory of the future.”
What are the IoT PaaS platforms? Inventory of well-known IoT platforms at home and abroad
The IoT platform is the core of the entire IoT solution. Broadly speaking, an IoT platform refers to a set of tools and services that enable developers to
develop and run applications. Specifically, the IoT platform is a middleware layer that is responsible for obtaining data from sensors and terminal devices
and generating meaningful results and operations. It usually provides device SDK or API, and developers can connect any hardware platform through the
platform and use it based on Cloud services.
▲Global IoT platform relationship map
Due to the importance and complexity of IoT platforms, hundreds of IoT PaaS (Platform as a Service) providers have emerged on the market today,
including traditional IT companies, communication operators, communication equipment vendors, Internet companies, industrial solution providers,
New start-up companies and other forces have sprung up like mushrooms after a rain. After the excitement of the blowout period, the platform has settled into the second half
of consolidation. The IoT platform is based on the three cloud computing service models of IaaS, PaaS and SaaS, and has gradually improved its
functional system. That is, ICP (Infrastructure Cloud Service Platform), CMP (Connection Management), DMP (Device Management Platform), AEP
(Application Enablement Platform), BAP (Business Analysis Platform), etc.
IoT PaaS Platform Inventory
This article introduces the PaaS IoT platform one by one according to the classification method of players in the four major fields, including the
communication field, the Internet field, the software system service field, and the vertical field. Among them, the communication field includes telecom
operators and telecom equipment vendors represented by China Mobile, China Unicom, China Telecom, Huawei, and H3C; the Internet field includes Alibaba,
Tencent, Baidu, Xiaomi, etc.; the software system service field includes IBM, Microsoft, PTC , etc. ; The vertical field is mainly divided into two parts, including
industrial enterprises represented by Sany Heavy Industry,
GE, Siemens , etc., and entrepreneurial enterprises represented by Basic Lizi, Puao Cloud, Jizhi Cloud, Tuya Intelligence, Jiyun, etc.
Player field Company name Platform name Communication field China Mobile OneNET CCMP China Unicom Unicom IoT Platform 2.0 China Telecom
China Telecom IoT Open Platform Vodafone GDSP Verizon Verizon ThingSpace IoT Platform Huawei Oceanconnect Xinhua Three Oasis Platform ZTE
ThingxCLoud Cisco Jasper Ericsson DCP Nokia IMPACT Internet field Baidu Tiangong IoT Platform Alibaba Link IoT Platform Tencent QQ IoT Google
Android Things Amazon AWS IoT Xiaomi Xiaomi Open Platform Software/System Service IBM IBM Watson IoT Platform Microsoft Microsoft Azure Oracle
Oracle IoT Cloud Service PTC ThingWorx SAP Leonardo
Vertical & Entrepreneurial Field Siemens MindSphere GE Predix XCMG Xrea Bosch Bosh IoT Sui te2.0 Schneider Ecostruxure Honeywell Movilizer ABB
Ability Advantech WiseCloud Haier Haier U+ COSMOPlat Aerospace Cloud Network INDICS Lenovo Lenovo Global Intelligent Platform Tree Root Internet
Root Cloud Gizhi Cloud Gizhi Cloud Ayla IoTPlatform Basic Lizi Lizi Yunpu Aopuo Yunzhi IoT Mixlinker Zhiyun Singularity AbleCloud Envision Energy EnOS
Energy IoT Platform Tuya Smart Tuya Smart Cloud
Zhiyi Cloud Zhiyi IoT Cloud Platform Shanghai Qingke FogCloud Xiaocong Smart Xiaocong Smart IoT Platform Jiyun Technology NeuSeer Industrial
Internet Platform myDevices Cayenne ZTE CLAA MSP Multi-service Unified Platform Liju Technology LETSIOT Platform IoT Smart Kalay Cloud
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RELIANCE 805427-1S Resistance scaling module
RELIANCE 805405-5R Field power module
RELIANCE 805405-3R SF3000 Single-Phase Field Power Module
RELIANCE 805405-1R Power Module
RELIANCE 805403-3R field power module
RELIANCE 805403-2R Resistor Scaling Module
RELIANCE 805403-1R Resistor Scaling Module
RELIANCE 805402-R Automax Distributed Power System
RELIANCE 805401-S 3-Slot PMI Rack assembly
LAM Research 605-109114-004 GE V7668A-132L00W04 4-Port Gigabit Ethernet Card Module
RELIANCE 805401-7R 4-Slot Parallel Gate Amplifier Rack
RELIANCE 805401-3S AutoMax Distribution Power System
RELIANCE 805401-2S Power Module
RELIANCE 804100-RX Remote I/O Head module
RELIANCE 804100-RV complete module
RELIANCE 61C613 analog input module
RELIANCE 61C605 8-Channel Isolated Thermocouple Module
RELIANCE 61C544 RTD module
RELIANCE 61C542 16 Channel Input Module
RELIANCE 61C516 AC/DC Input Module
LAM Research 605-048878-001 GE FANUC VME-7671-421000 SBC Board
RELIANCE 61C540 16-Point Input Module
RELIANCE 61C515 16-Bit Input Module
RELIANCE 61C501 Input Module
RELIANCE 61C500 module
RELIANCE 61C366 Analog Output Module
RELIANCE 61C351Input module simulates track card
RELIANCE 61C365 Output Module
RELIANCE 61C351 Input Module Analog Rail Card
RELIANCE 61C350 I/O Module
RELIANCE 61C345 Analog Input Module
RELIANCE 61C346 Analog Rail created
RELIANCE 61C326 PLC interface module
RELIANCE 61C23 AutoMax Local I/O headers created by the DCS system
RELIANCE 61C22 Local I/O Head made
RELIANCE 58820 AutoMax DCS system designed by MBCN
RELIANCE 57C570 AutoMax PC3000 Processor
RELIANCE 57C565 Optional string andante
RELIANCE 57C560 PC3000 processor
RELIANCE 57C554 Remote I/O Shark Interface Module
RELIANCE 57C494 Power Supply Module
RELIANCE 57C493 Automax Power Supply
RELIANCE 57C491 Supply module
RELIANCE 57C463 Frequency Event Counter Module
RELIANCE 57C446 PLC Module
RELIANCE 57C445 PC link interface
RELIANCE 57C443 Remote I/O scanning module
RELIANCE 57C442 Interface Module
RELIANCE 57C441 created Modbus Plus Module
RELIANCE 57C440 Ethernet Communication Module
RELIANCE 57C439 7010 Automax processor
RELIANCE 57C435A AutoMax Processor Module
RELIANCE 57C435 7010 Processor Module
RELIANCE Processor Module 57C431
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