In 2025, the top IoT cloud platforms in the United States include Google Cloud IoT, IBM Watson IoT Platform, Microsoft Azure IoT Platform, Oracle IoT Cloud, AWS IoT, Cisco IoT Cloud.

In 2025, the IoT Cloud Platform Blog (blog.iotcloudplatform.com) summarized the best IoT cloud platforms in the US market over the years, and finally got the top 6 IoT cloud platforms in the United States in 2025.

These IoT cloud platforms will help you achieve the best IoT projects in the field of IoT.

Table of Contents

List of the top 6 IoT cloud platforms in the United States

RankingIoT Cloud Platform NameOfficial Website
1Google Cloud IoTcloud.google.com
2IBM Watson IoT Platformibm.com
3Microsoft Azure IoT Platformazure.microsoft.com
4Oracle IoT Cloudoracle.com
5AWS IoTaws.amazon.com
6Cisco IoT Cloudcisco.com

Below is a detailed introduction to the top IoT cloud platform products in the United States compiled by IOT cloud platform experts.

1. Google Cloud IoT

Company Background:

Google Cloud Platform (GCP) is a comprehensive set of cloud computing services provided by Google, relying on Google’s strong technical strength and innovation capabilities. GCP covers multiple fields such as computing, storage, database, big data analysis, machine learning, network and security, providing users with a wealth of cloud service options. As one of the leaders in the field of cloud computing, GCP has won wide recognition from users for its efficient, reliable and secure services.

Google IOT platform - Google Cloud IoT Solutions

Google IOT platform – Google Cloud IoT Solutions

Features of IoT Cloud Platform:

As an important part of Google Cloud Platform, Google Cloud IoT has the following significant features:

1.Easy to use: Google Cloud IoT provides an intuitive user interface and simple operation process, allowing users to easily get started and quickly build IoT applications.

2.Support for multiple protocols and devices: Google Cloud IoT supports multiple industry standard protocols such as MQTT and HTTP, and can easily connect various IoT devices to achieve real-time data collection and transmission.

3.Integration with other Google cloud services: Google Cloud IoT can seamlessly integrate other Google cloud services such as BigQuery, Dataflow, Machine Learning Engine, etc., to provide users with end-to-end IoT solutions.

  1. Advanced security features: Google Cloud IoT provides powerful security features, including data encryption, authentication and access control, to ensure the security and reliability of IoT systems.

Market position:

Google Cloud Platform occupies an important position in the global cloud computing market, and its IoT cloud platform Google Cloud IoT has also received widespread attention and favor from users accordingly. Especially in the US IoT market.

Google Cloud IoT Project Overview

Google IOT Platform Google Cloud IoT Solution

With Google’s deep accumulation in cloud computing, big data analysis and machine learning, Google Cloud IoT has significant technical advantages and market competitiveness in the US IoT field. Google Cloud IoT is one of the top 6 IoT cloud platforms in the United States in 2025, with far-reaching influence.

Google IoT devices:

Google IoT devices cover a variety of types of sensors, controllers and actuators, etc. These devices are connected to the cloud through the Google Cloud IoT platform to achieve real-time data collection and transmission.

Google has partnered with several hardware manufacturers to provide a rich selection of IoT devices to meet the needs and application scenarios of different users.

Google IoT Core (Cloud IoT Core):

Cloud IoT Core is one of the core components of Google Cloud IoT. It provides a fully managed service that enables users to securely connect globally distributed devices to the Google Cloud Platform.

The main functions of Cloud IoT Core include device management, data collection, security control, and integration with other Google Cloud services.

Through Cloud IoT Core, users can easily register, configure, monitor and connect IoT devices, as well as collect and analyze data in real time.

Google IoT Services:

Google IoT services cover a full range of services from device management to data analysis. In addition to Cloud IoT Core, Google also provides a range of other IoT services, such as Edge TPU (an artificial intelligence chip for edge computing scenarios), Cloud Pub/Sub (for event-driven messaging services), etc.

Google Cloud IoT global service scope

Google Cloud IoT global service scope

These services together constitute a complete ecosystem of Google IoT services, providing users with flexible, efficient and secure IoT solutions.

Industrial Internet of Things Courses on Google Cloud Platform Coursera:

On online education platforms such as Coursera, Google Cloud Platform provides a wealth of industrial Internet of Things related courses. These courses cover the basic concepts, technical architecture, application scenarios and best practices of industrial Internet of Things.

By studying these courses, users can gain an in-depth understanding of the core concepts and technical systems of industrial Internet of Things and master the key skills of building and managing industrial Internet of Things systems.

At the same time, these courses also provide practical projects and case analysis to help users apply what they have learned to actual scenarios.

Industrial Internet of Things Applications on Google Cloud Platform:

In the field of industrial Internet of Things, Google Cloud Platform provides strong support and services. Users can use platforms such as Google Cloud IoT to build and manage industrial Internet of Things systems to achieve interconnection between devices, real-time data collection and analysis, and remote monitoring and control.

These applications cover multiple fields such as manufacturing, energy, and transportation, providing users with efficient, intelligent, and reliable industrial Internet of Things solutions.

At the same time, Google Cloud Platform also provides a wealth of data analysis and machine learning tools to help users extract valuable information and insights from massive data to support business decisions.

As an important part of Google Cloud Platform, Google Cloud IoT has significant technical advantages and market competitiveness in the field of Internet of Things. By providing services that are easy to use, support multiple protocols and devices, integrate with other Google cloud services, and have advanced security features, Google Cloud IoT provides users with flexible, efficient, and secure IoT solutions.

Top 50+ GOOGLE CLOUD Services Explained - Google IOT 2025

Top 50+ GOOGLE CLOUD Services Explained – Google IOT 2025

The above is a detailed introduction of Google Cloud IoT by experts from the IOT Cloud Platform Blog (blog.iotcloudplatform.com), covering the background of Google Cloud IoT, the characteristics of the IoT cloud platform, the market position, Google IoT devices, Google IoT core, Google IoT services, and the industrial IoT courses on Coursera and industrial IoT applications on Google Cloud Platform. I hope it can help you realize your IoT project.

2. IBM Watson IoT Platform

Company Background:

IBM (International Business Machines Corporation) is one of the world’s largest information technology and business solutions companies, and is well-known for its deep technical accumulation and innovative strength. Over the years, IBM has made remarkable achievements in many technical fields, especially in the fields of Internet of Things and artificial intelligence. IBM Watson IoT Platform is an Internet of Things cloud service platform built based on these technical accumulation and innovative strength.

Recommended reading IBM Watson IoT Platform PDF.

Features of the Internet of Things Cloud Platform:

IBM Watson IoT features artificial intelligence and machine learning capabilities, provides advanced data analysis and prediction capabilities, and can extract valuable insights from large amounts of data.

IBM Watson IoT Platform incorporates cognitive analysis (artificial intelligence) technology and has significant features and advantages:

  • Powerful data processing and analysis capabilities: Watson IoT has more than 100 functional modules ranging from business analysis, storage space, data and analysis, Internet of Things, Web, mobile applications to Watson semantic recognition, analysis, prediction, etc. Users can easily call these modules to achieve various data processing and analysis tasks.
  • Secure and reliable communication architecture: Watson IoT provides a simple, secure and scalable communication architecture. IoT data is transmitted through the MQTT protocol, ensuring the security and speed of data. At the same time, by using TLS, the platform also provides secure communication with devices.
  • Flexibility and scalability: Watson IoT is based on the open source Cloud Foundry technology, has good openness, and can flexibly meet the personalized needs of users. Whether it is device monitoring or predictive analysis, users can make secondary designs according to their own needs.

Market position:

IBM has a leading position in the fields of IoT and artificial intelligence, and its IoT cloud platform also has strong technical strength and market competitiveness accordingly. With the continuous development and popularization of IoT technology, IBM Watson IoT Platform is being adopted by more and more companies and has become an important force in the field of IoT.

IBM IoT Cloud Platform Architecture:

The architecture of IBM Watson IoT Platform includes multiple key components and layers, as follows:

  • Device layer: It includes various IoT devices and sensors, which are responsible for collecting data and sending it to the cloud platform.
  • Gateway layer: In some cases, devices cannot connect directly to the cloud platform. In this case, gateway devices are needed to act as access points to provide connections to services for devices that cannot connect directly.
  • Platform layer: The core part of Watson IoT Platform, responsible for receiving, storing, processing and analyzing data from devices. At the same time, the platform also provides various APIs and tools for developers to build and manage applications.
  • Application layer: Includes various applications built on Watson IoT Platform, which use the data and functions provided by the platform to achieve various business needs and scenarios.

IBM Industrial Internet of Things:

In the industrial field, IBM Watson IoT Platform plays an important role. By collecting and analyzing data from production equipment in real time, such as equipment operation days, operating voltage, last maintenance time, fault history, environmental conditions, etc., the platform can help enterprises effectively reduce asset downtime and improve production efficiency.

In addition, Watson IoT can also be integrated with various industrial equipment and systems to achieve intelligent industrial management and control.

IBM Agricultural IoT:

Although the conversation did not directly mention IBM’s application in agricultural IoT, based on the powerful data processing and analysis capabilities of IBM Watson IoT Platform, it can be inferred that IBM also has the potential to play an important role in the agricultural field.

For example, by monitoring environmental factors such as soil moisture, temperature, light, and crop growth, the platform can provide precise management and guidance for agricultural production and improve the yield and quality of agricultural products.

IBM Watson IoT Platform Functions:

IBM Watson IoT Platform has a variety of functions to meet the needs and scenarios of different users:

  • Device Management: The platform can manage the life cycle of devices, including device registration, configuration, monitoring, and updating.
  • Data Collection and Analysis: The platform can collect data from devices in real time, and store, process, and analyze it to extract valuable information and insights.
  • Application Development: The platform provides a wealth of APIs and tools for developers to build and manage IoT-based applications.
  • Visualization and Monitoring: The platform provides a visual interface and tools for users to monitor the status and data of devices in real time.
  • Prediction and early warning: The platform uses artificial intelligence and machine learning technologies to predict and analyze device data, detect potential problems and risks in advance, and issue early warnings to users.

IBM Watson IoT Platform pricing:

The pricing method of IBM Watson IoT Platform may vary depending on the specific needs and scenarios of users. Users can choose a suitable pricing plan based on their needs. Generally speaking, the platform may provide a free trial option so that users can understand the functions and performance of the platform. For long-term users, the platform may provide usage-based or subscription-based pricing plans. For specific pricing information, users need to contact IBM sales representatives or visit IBM’s official website for inquiries.

IBM Watson IoT Platform tutorial:

Users can obtain tutorials and learning resources about IBM Watson IoT Platform through the following channels:

  • IBM official website: IBM’s official website provides detailed tutorials, documents, and case studies to help users understand the functions and usage of the platform.
  • Online courses and training: IBM and third-party training institutions offer a variety of online courses and training programs to help users master the relevant knowledge and skills of IoT and AI.
  • Community and forum: The user community and forum of IBM Watson IoT Platform are important platforms for users to communicate and share experiences. Users can ask questions, seek help and share their own experience and skills here.

In short, IBM Watson IoT Platform is a powerful, flexible and scalable IoT cloud platform that can meet the needs of different users in data processing, analysis, visualization and management. Through continuous learning and practice, users can give full play to the potential of the platform and realize more intelligent IoT applications and management. If you want to learn more about IoT enterprise products, you can always follow the IoT Cloud Platform blog (blog.iotcloudplatform.com).

3. Microsoft Azure IoT Platform

Microsoft Azure IoT Platform - Azure IoT Services - IoT Hub

Microsoft Azure IoT Platform – Azure IoT Services – IoT Hub

Company Background:

Microsoft Azure is a cloud computing service provided by Microsoft Corporation, with a global network of data centers. As a leading global technology giant, Microsoft has deep accumulation and technical strength in the fields of cloud computing and the Internet of Things. Azure provides a complete range of solutions including intelligent edge platforms, IoT services and cloud computing technologies, and is committed to helping enterprises achieve digital transformation and intelligent upgrades.

Introducing Azure IoT Operations

Introducing Azure IoT Operations

Features of the IoT Cloud Platform:

The Azure IoT platform provides an end-to-end solution from devices to the cloud, with the following notable features:

  • Comprehensive device management: Azure IoT supports the connection, monitoring and management of devices worldwide to ensure the normal operation and efficient use of devices.
  • Efficient data collection and analysis: The platform can collect large-scale data from devices in real time and provide advanced analysis functions to help enterprises deeply explore the value of data and optimize business processes and decisions.
  • Powerful cloud services and security: Relying on the powerful functions and security of Microsoft Azure cloud computing, the Azure IoT platform can provide enterprises with stable, reliable and secure IoT solutions.

Market Position:

Microsoft Azure is the world’s second largest cloud service provider, following Amazon AWS in the cloud computing market. Its IoT cloud platform is also highly competitive, with a wide user base and application scenarios. Azure IoT platform has occupied an important market position in the field of IoT with Microsoft’s technical strength and brand influence.

Microsoft azure iot services

Microsoft azure iot services

Microsoft Azure Industrial IoT Cloud Platform:

Azure Industrial IoT Cloud Platform is Microsoft’s IoT solution built specifically for the industrial field. The platform is committed to building open, interoperable IoT solutions to ensure and modernize industrial systems. With the Azure Industrial IoT Cloud Platform, enterprises can achieve the following goals:

  • Accelerate the path to Industry 4.0: The platform provides a wealth of IoT solutions and architectures to help enterprises quickly achieve digital transformation and intelligent upgrades.
  • Improve equipment reliability and predictive maintenance: Through predictive maintenance solutions built comprehensively from Azure IoT products, enterprises can identify potential problems before they occur, and predict and prevent equipment failures and expensive downtime.

Microsoft Azure IoT Starter Kit:

Microsoft Azure IoT Starter Kit is an IoT solution designed for beginners and developers. The kit provides easy-to-use hardware and software components to help users quickly get started and build their own IoT applications. Through the starter kit, users can learn basic IoT concepts and technologies and master key skills such as device connection, data collection and analysis.

Microsoft Azure IoT Certification:

Microsoft Azure IoT Certification is a certification program provided by Microsoft for IoT solution providers and device manufacturers. The certification aims to ensure the interoperability and security of IoT solutions and improve the quality and reliability of solutions. By obtaining Azure IoT certification, enterprises can demonstrate their technical strength and professional level and enhance their market competitiveness.

Azure iot platform architecture - which of the following are essential azure iot platform services

Azure iot platform architecture – which of the following are essential azure iot platform services

Microsoft Azure IoT Hub pricing:

Microsoft Azure IoT Hub is one of the core components of the Azure IoT platform, providing two-way communication services from device to cloud and cloud to device. The pricing of Azure IoT Hub depends on the number of device connections, message volume, and other service usage. Microsoft offers a variety of pricing packages and billing models to meet the needs of enterprises of different sizes and needs. Users can choose the appropriate pricing plan according to their actual situation and enjoy the powerful features and services provided by Azure IoT Hub.

Microsoft retires Azure IoT Central in platform rethink:

Regarding Microsoft’s decision to retire Azure IoT Central in platform rethink, this may be due to Microsoft’s strategic adjustment and technology upgrade in the field of IoT.

Azure IoT Central

Azure IoT Central

Azure IoT Central is an IoT application platform previously launched by Microsoft, designed to help enterprises quickly build and deploy IoT solutions. However, with the continuous development of IoT technology and the changing market demand, Microsoft may need to rethink and optimize the IoT platform.

Azure IoT Hub

Azure IoT Hub

The retirement of Azure IoT Central may be part of Microsoft’s process of adjusting its IoT platform strategy and technical architecture. However, Microsoft is still committed to providing enterprises with powerful IoT solutions and services, and will continue to launch new products and features to meet market needs.

In summary, as an important layout of Microsoft in the field of Internet of Things, Microsoft Azure IoT will continue to play an important role in the field of Internet of Things and promote the development of the industry with its strong corporate background, comprehensive Internet of Things cloud platform characteristics, significant market position, and rich products and services such as industrial Internet of Things cloud platform and starter kits.

Key features of Azure IoT platform architecture

Key features of Azure IoT platform architecture

4. Oracle IoT Cloud

Company Background:

Oracle is a leading global information technology company, dedicated to providing comprehensive database, middleware, application software and cloud computing solutions for enterprise customers. Oracle has deep technical accumulation and rich practical experience in database technology, enterprise-level software and cloud computing, and its products and services are widely used in various industries and fields.

Features of Oracle IoT Cloud Platform:

As a platform as a service (PaaS) product, Oracle IoT Cloud has the following significant features:

  • Highly integrated: Oracle IoT Cloud integrates advanced technologies such as big data processing and machine learning, and can provide enterprises with a full range of IoT solutions from device connection, data collection, real-time analysis to decision-making.
  • Safe and reliable: Oracle IoT Cloud focuses on data security and privacy protection, and ensures the data security of IoT devices through strict authentication, data encryption, and secure environment information transmission.
  • Flexible and scalable: Oracle IoT Cloud supports a variety of devices and protocols, can easily integrate existing systems, and provides a flexible subscription model to meet the needs of enterprises of different sizes.

Market Position:

Oracle IoT Cloud occupies an important position in the IoT cloud platform market. With its strong technical strength and rich industry experience, Oracle IoT Cloud provides efficient and reliable IoT solutions for many enterprises, promoting the widespread application and development of IoT technology.

Oracle IoT Platform Architecture:

Oracle IoT platform architecture includes multiple layers such as device layer, connection layer, data layer, and application layer. The device layer is responsible for the access and management of IoT devices; the connection layer provides reliable connection between devices and the cloud; the data layer is responsible for data collection, storage and analysis; and the application layer provides a wealth of IoT applications and services.

Oracle IoT Conceptual Framework:

Oracle IoT conceptual framework mainly includes key elements such as IoT devices, IoT gateways, IoT platforms, IoT applications, and data analysis. These elements work together to form a complete ecosystem of Oracle IoT.

  • IoT devices: are the foundation of the Internet of Things, including various sensors, actuators, etc., responsible for collecting data from the physical world and sending it to the IoT platform.
  • IoT gateway: as a bridge between devices and the cloud, responsible for data forwarding and protocol conversion.
  • IoT Platform: Provides functions such as device connection, data management, application development and integration, and is the core of the IoT ecosystem.
  • IoT Application: Various applications and services developed based on the IoT platform, such as production monitoring, asset monitoring, etc.
  • Data Analysis: Mining and analyzing IoT data to extract valuable information and support decision-making.

Oracle IoT Cloud Service:

Oracle IoT Cloud Service is an important part of Oracle IoT Cloud. It provides the functions of connecting devices, real-time data analysis, data integration, and integration with enterprise applications and other Oracle Cloud services. By subscribing to the subscription service that is charged by usage, enterprises can easily connect and manage IoT devices, as well as analyze and utilize data in real time.

Oracle IoT Production Monitoring Cloud Service:

Oracle IoT Production Monitoring Cloud Service is a dedicated IoT application that helps enterprises locate factories and machines and monitor their health and utilization. The service provides real-time visibility into the production process, helping enterprises diagnose and predict production problems, ensure the normal operation time of factories, and schedule maintenance work to reduce interference with daily operations.

Oracle IoT Asset Monitoring Cloud Service:

Oracle IoT Asset Monitoring Cloud Service helps enterprises track the real-time location, health status and utilization of assets and reduce overall maintenance costs through IoT service monitoring of connected assets. The service can automatically detect faults and anomalies and provide key performance indicators (KPIs) to evaluate asset performance.

Oracle IoT Fleet Monitoring Cloud Service:

Although the specific service name “Oracle IoT Fleet Monitoring Cloud Service” is not directly mentioned on Oracle’s official website and public information, Oracle’s IoT technology can also be applied to the field of fleet monitoring. By integrating GPS tracking, sensor data, etc., Oracle’s IoT solution can monitor the location, speed, fuel consumption and other key information of the fleet in real time, improve fleet operation efficiency and reduce operating costs.

Oracle IoT Intelligent Application:

Oracle IoT Intelligent Application is a variety of intelligent applications and services developed based on Oracle IoT Cloud. These applications can use the data collected by IoT technology for real-time analysis and prediction, and provide intelligent decision support for enterprises. For example, through Oracle IoT Intelligent Application, enterprises can achieve remote monitoring and control of equipment, automated optimization of production processes, and intelligent management of supply chains.

In summary, Oracle IoT Cloud, as Oracle’s flagship product in the field of IoT, occupies an important position in the IoT cloud platform market with its strong technical strength and rich industry experience. By providing comprehensive IoT solutions and services, Oracle IoT Cloud is promoting the widespread application and development of IoT technology.

5. AWS IoT

Company Background:

AWS (Amazon Web Services) is a global cloud computing service provider under Amazon, providing a complete set of cloud computing services including computing, storage, database, analysis, machine learning, and the Internet of Things to help enterprises and individual developers build and run applications.

Using ESP32 to develop projects on Amazon AWS IoT Core

Using ESP32 to develop projects on Amazon AWS IoT Core

As one of the world’s earliest commercialized cloud service providers, AWS has deep accumulation and technical strength in the field of cloud computing.

Amazon aws iot core projects

Amazon aws iot core projects

Features of the IoT cloud platform:

AWS IoT is an Internet of Things (IoT) service and solution provided by Amazon, designed to connect and manage billions of devices, and collect, store and analyze the data generated by these devices.

AWS IoT provides a comprehensive IoT solution, from device management to data storage and analysis, supports the connection of millions of devices, and can handle large-scale data streams.

Its main features include:

  • Comprehensive solution: From device management to data storage and analysis, AWS IoT provides a complete IoT solution.
  • Support large-scale device connection: It can easily support the connection of millions of devices and process trillions of messages.
  • Secure and reliable: Provide authentication and end-to-end encryption at all connection points to ensure the security of device connections and data.
  • Flexible data processing: Allows users to quickly filter, transform and perform operations on device data according to defined business rules.

Market position:

AWS occupies a leading position in the global cloud computing market, and its IoT cloud platform also has a broad user base accordingly. AWS IoT has also gained a significant market share in the IoT field with its powerful cloud infrastructure and extensive service integration.

ESP32 for Amazon AWS IoT Core platform program development

ESP32 for Amazon AWS IoT Core platform program development

AWS IoT platform architecture:

AWS IoT platform architecture includes components such as device gateway, authentication and authorization, registry, device shadow and rule engine. These components work together to achieve functions such as device connection, data routing, authentication, state synchronization and data processing.

AWS IoT Development Kit (SDK):

AWS IoT provides a variety of development kits (SDKs), among which AWS IoT Device SDK for Embedded C is a software development kit designed for embedded systems. The SDK is written in C language and is suitable for resource-constrained embedded devices, allowing these devices to easily interact with AWS IoT services. It provides a rich API interface to facilitate developers to quickly integrate and implement specific functional requirements.

AWS IoT Greengrass:

AWS IoT Greengrass is an open source edge runtime system and cloud service for building, deploying, and managing device software. It allows devices to process data locally while still using the cloud for management, analysis, and persistent storage. AWS IoT Greengrass seamlessly extends AWS to edge devices, improving the efficiency and security of data processing.

AWS IoT Core Pricing

Pricing for AWS IoT Core is typically based on the number of connections, messages, and other services used by the device. Specific pricing information can be viewed on the AWS official website, and users can choose a suitable pricing plan based on their needs.

AWS IoT Core using ESP32 development board

AWS IoT Core using ESP32 development board

AWS IoT Twinmaker:

AWS IoT Twinmaker is a service that allows users to easily create digital twins of real systems to optimize operations. With digital twins, users can simulate and test the behavior of systems in a virtual environment to improve and optimize the performance of actual systems.

AWS IoT MQTT:

MQTT (Message Queuing Telemetry Transport) is a lightweight publish/subscribe messaging protocol that is ideal for resource-constrained embedded devices. AWS IoT supports the MQTT protocol, allowing devices to communicate with AWS IoT services through the protocol. This helps reduce the network bandwidth requirements and code footprint of the device.

AWS IoT Certification:

AWS IoT Certification is a service provided by AWS to verify the compatibility and security of IoT devices. Devices that pass AWS IoT certification can ensure seamless integration with AWS IoT services and meet certain security standards. This helps users choose reliable and secure IoT devices.

AWS IoT Core:

AWS IoT Core is one of the core components of the AWS IoT platform. It is responsible for connecting IoT devices to AWS cloud services without provisioning or managing servers. AWS IoT Core provides features such as device connectivity, data routing, authentication, and authorization, and is the foundation for building IoT solutions.

AWS IoT Core

AWS IoT Core

AWS IoT Device Management:

AWS IoT Device Management allows users to easily and securely onboard, organize, monitor, and remotely manage IoT devices at scale. With AWS IoT Device Management, users can register connected devices individually or in batches and easily manage permissions to ensure device security. In addition, users can monitor device functionality and troubleshoot issues, as well as send firmware updates over the air (OTA).

In summary, AWS IoT, as an IoT service and solution provided by Amazon, has comprehensive functions, powerful cloud infrastructure and extensive service integration. It occupies an important position in the global IoT market and provides users with efficient, secure and reliable IoT solutions.

6. Cisco IoT Cloud

Company Background:

Cisco Systems is a global leader in Internet networks. Its hardware, software and service products are used to create Internet solutions that enable individuals, companies and countries to easily access information at any time and anywhere. Cisco was founded in 1984 by a small group of computer scientists at Stanford University. Since its inception, Cisco engineers have been at the forefront of innovation in Internet Protocol (IP)-based network technology.

Cisco IoT Networking Overview - cisco iot solutions

Cisco IoT Networking Overview – cisco iot solutions

Features of Cisco IoT Cloud Platform:

The Cisco IoT Cloud Platform provides powerful IoT device management, data analysis and security protection. Its features include:

  • Device Management: Ability to efficiently manage IoT device connectivity worldwide, providing a centralized SaaS solution.
  • Data Analysis: Through the integration of AI/ML technology, anomaly detection is achieved, and any background information about device and connection problems is discovered and warned in a timely manner.
  • Security: Provides first-class security protection, including real-time device monitoring, advanced analysis, and user and device access control.

Market Position:

Cisco has an important position in the IoT cloud platform market. Its strong technical strength, rich product lines and global customer base give it a significant advantage in the IoT field.

Cisco IoT Platform Architecture:

The Cisco IoT platform architecture includes multiple components that work together to achieve the connection, management and data analysis of IoT devices. The specific architecture may vary depending on the application scenario and requirements, but generally includes the device layer, network layer, platform layer and application layer.

  • Device layer: includes various IoT devices, such as sensors, RFID tags, etc.
  • Network layer: responsible for communication and data transmission between devices.
  • Platform layer: provides functions such as device management, data analysis and security assurance.
  • Application layer: supports various IoT applications, such as smart homes, industrial monitoring, etc.

The Cisco IoT platform architecture also includes these layers, providing users with end-to-end IoT solutions through highly integrated and optimized systems.

Applications of Cisco IoT - Cisco IoT Case Study

Applications of Cisco IoT – Cisco IoT Case Study

Cisco IoT devices:

Cisco IoT devices cover a wide range of IoT terminal devices, which play a vital role in the IoT ecosystem. Among them, smart sensors and smart cameras are important components of Cisco IoT devices. Smart sensors can monitor and collect various environmental parameters such as temperature, humidity, light, etc. in real time, providing key data for IoT applications. Smart cameras have functions such as high-definition video acquisition, face recognition, and behavior analysis, and are widely used in security monitoring, intelligent transportation and other fields.

Cisco IoT gateway:

As a bridge between IoT devices and cloud platforms, Cisco IoT gateway undertakes the important task of data transmission and conversion. It can convert the data generated by IoT devices into a format that can be recognized by the cloud platform, and transmit it to the cloud platform for processing and analysis through a secure and reliable network connection. In addition, Cisco IoT gateway also supports a variety of communication protocols and interfaces, and can seamlessly connect with different types of IoT devices to achieve data interconnection.

Cisco IoT control center:

Cisco IoT control center is a powerful management platform that provides centralized management and control of IoT devices. It supports multiple functions such as device configuration, status monitoring, and troubleshooting, which can help users fully understand the operating status of IoT devices and discover and solve problems in a timely manner. Through the Cisco IoT Control Center, users can easily achieve remote monitoring and management of devices, improve operation and maintenance efficiency, and reduce operation and maintenance costs.

Cisco IoT Router:

Cisco IoT Router is one of the core devices for IoT network communication. It has powerful network communication and data transmission capabilities, and can achieve interconnection between IoT devices. Cisco IoT Router supports a variety of network protocols and interfaces, and can adapt to the needs of different network environments. At the same time, it also has a high degree of security and stability, which can ensure the data transmission security and stable network operation of IoT devices.

Cisco IoT Switch:

Cisco IoT Switch is a key device for building IoT network infrastructure. It provides high-speed and reliable data transmission channels, supports a variety of network protocols and interfaces, and can meet the high requirements of IoT devices for data transmission speed and quality. Cisco IoT Switch also has intelligent network management functions, which can monitor and manage network traffic, optimize network performance, and improve data transmission efficiency.

Cisco IoT Sensor:

Cisco IoT sensor is a key component for collecting physical quantity information in the IoT system. It can monitor and collect various environmental parameters in real time, such as temperature, humidity, pressure, light, etc., and convert these physical quantity information into digital signals for transmission and processing. Cisco IoT sensors have the characteristics of high sensitivity, high precision and high stability, and can provide accurate and reliable data support for IoT applications.

Cisco IoT Applications

Cisco IoT Applications

Cisco IoT System:

The Cisco IoT system is a complete IoT solution that covers multiple levels such as devices, networks, platforms and applications. It realizes comprehensive management and control of the IoT system by organically combining IoT devices, gateways, control centers and other components. The Cisco IoT system supports multiple communication protocols and interfaces and can seamlessly connect with different types of IoT devices. At the same time, it also provides a wealth of data analysis and application development tools to help users quickly build and deploy IoT applications and maximize the value of the IoT.

Cisco provides a comprehensive solution and product portfolio in the field of IoT to meet the needs of different industries and application scenarios. Whether it is terminal devices such as smart sensors and smart cameras, or management platforms such as gateways and control centers, as well as network devices such as routers and switches, Cisco can provide users with high-quality products and services.

Cisco IoT Solutions:

Cisco provides a variety of IoT solutions to meet the needs of different industries and application scenarios. These solutions include but are not limited to smart homes, industrial monitoring, smart transportation, smart agriculture and other fields.

Cisco IoT Certification:

Cisco IoT certification is a certification program launched by Cisco to ensure the security and interoperability of IoT devices. Devices that pass this certification can ensure compatibility and security with the Cisco IoT platform.

Cisco IoT Security:

Cisco IoT security is an important part of Cisco’s IoT solution. Cisco provides multi-level security measures, including device security, network security, data security and application security. By integrating advanced encryption technology, authentication mechanisms and access control policies, it ensures the safe operation and data protection of IoT devices.

Is cloud computing necessary for the Internet of Things

Cloud computing is very important for the Internet of Things. Cloud computing provides powerful data processing and storage capabilities, which can support the real-time processing and analysis of large amounts of data generated by IoT devices. At the same time, cloud computing also provides flexibility and scalability, which can be dynamically adjusted according to the needs of IoT applications. Therefore, cloud computing is one of the important supports for the development of IoT.

Cisco IoT Project

Cisco IoT Projects

Cisco Space Cloud Location Analysis and IoT Platform:

Cisco Space is a cloud location analysis and IoT platform launched by Cisco. The platform uses advanced positioning technology and data analysis algorithms to achieve accurate location tracking and data analysis of IoT devices. Through the Cisco Space platform, users can monitor the location and status information of devices in real time to improve operational efficiency and management level.

Cisco Industrial IoT Solution Specialization:

Cisco has a deep professional background and rich practical experience in the field of industrial IoT. Its industrial IoT solutions cover the entire process from device connection to data analysis to application deployment. By integrating advanced sensors, controllers, actuators and other devices as well as cloud computing and big data technologies, Cisco provides efficient, reliable and secure IoT solutions for the industrial field. These solutions can help enterprises realize automation, intelligence and visualization of production processes, improve production efficiency, reduce operating costs and enhance market competitiveness.

In summary, Cisco IoT cloud platform has significant advantages and market position in the field of IoT. Its rich product line, strong technical strength and professional solutions provide users with efficient, reliable and secure IoT services.

Cisco Industrial Internet of Things

Cisco Industrial Internet of Things

The global IoT cloud platform market is dynamic, and new platforms may continue to emerge and make their mark in the US IoT market.

Therefore, in addition to the above platforms, there may be other IoT cloud platforms that have a significant impact on the US market, but the IoT Cloud Platform Blog Experts summarize based on the influence of global IoT companies and US IoT companies, so the above are carefully selected from the best US IoT cloud platform service companies.

If you want to know more about the leading position of IOT platforms such as Google Cloud IoT, IBM Watson IoT Platform, Microsoft Azure IoT Platform, Oracle IoT Cloud, AWS IoT, Cisco IoT Cloud in the US IoT cloud platform market in 2025, then you can always pay attention to the IOT Cloud Platform Blog website.

About IoT cloud platform

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FAQs

What is Google Cloud IOT?

Google Cloud IOT (Internet of Things) is an IoT service provided by Google Cloud Platform to help enterprises connect, manage and analyze data generated by IoT devices.

What is IoT Cloud Platform?

The IoT Cloud Platform is a cloud computing-based IoT solution that provides a series of functions such as device connection, data management, application development and security control to help enterprises quickly build and deploy IoT applications.

What is a Google IoT device?

Google IoT devices refer to devices that integrate Google IoT technology and can connect to the Internet and interact with other devices or systems. These devices usually have the ability to collect, transmit and process data, and are the basis for realizing IoT applications.

What is the core of Google IoT?

The core of Google IoT lies in its powerful data processing and analysis capabilities, as well as rich IoT services and development tools. Through Google Cloud Platform, enterprises can easily connect and manage IoT devices to realize data collection, analysis and application.

What are Google IoT services?

Google IoT services include but are not limited to device connection services, data management services, application development services, security control services, and integration with other cloud services. These services together constitute the complete system of Google IoT solutions.

What is the Industrial IoT on Google Cloud Platform Coursera?

The Industrial IoT course on Google Cloud Platform Coursera refers to an online course provided by Google Cloud Platform in cooperation with Coursera to teach students how to apply IoT technology in the industrial field. These courses usually cover the basic concepts, technical principles, application scenarios, and practical skills of the Internet of Things.

How about the Industrial Internet of Things on Google Cloud Platform?

The Industrial Internet of Things solution on Google Cloud Platform has powerful data processing and analysis capabilities, and can provide comprehensive Internet of Things services for enterprises. Through Google Cloud Platform, enterprises can easily connect industrial equipment, collect and analyze data, and develop and deploy applications. In addition, Google Cloud Platform also provides a wealth of security control and privacy protection functions to ensure the security and reliability of Internet of Things applications.

What is the IBM Watson IoT platform?

The IBM Watson IoT platform is a powerful Internet of Things solution designed to help enterprises connect and manage devices, sensors, and applications to achieve data collection, analysis, and management. The platform provides rich functions and tools, supports multiple protocols and device types, and enables developers to quickly build and deploy Internet of Things applications.

What is the IBM Watson IoT platform used for?

The IBM Watson IoT platform is mainly used for the development, deployment, and management of Internet of Things applications. It can help enterprises connect devices, collect and analyze data, and build and integrate applications. Through this platform, enterprises can manage IoT devices more efficiently and improve the value of data and the effectiveness of applications.

What are the functions of the IBM Watson IoT platform?

The functions of the IBM Watson IoT platform include but are not limited to device management (registration, authentication, connection management and remote management), data collection and processing (real-time data collection, data cleaning and conversion, etc.), application development (rapid construction and deployment of IoT applications), security control (providing secure communication and authentication mechanisms) and integration with external services (such as integration with other cloud services, databases and applications). These functions together constitute the complete system of the IBM Watson IoT platform, providing enterprises with comprehensive IoT solutions.

Microsoft has deactivated the Azure IoT platform?

Microsoft has not deactivated the Azure IoT platform. Previously, overseas media reported that Microsoft’s Azure IoT Central platform sent a system message showing that the service will be stopped in March 2027, but new applications cannot be created from April 1, 2024. However, Microsoft Azure IoT General Manager and Product Manager quickly issued a statement through a blog saying that the message was wrong and made it clear that Microsoft will continue to provide Azure IoT Central platform services. Therefore, the statement that Microsoft has deactivated the Azure IoT platform is inaccurate.

What is Azure IoT Hub?

Azure IoT Hub is a service provided by Microsoft Azure that acts as a central message center in the Internet of Things (IoT) solution. It allows secure, two-way communication between devices and the cloud.

How much is Microsoft Azure certification?

The cost of Microsoft Azure certification varies depending on the exam, and the specific price needs to refer to the latest information on Microsoft’s official website.

How long does it take to get Microsoft Azure certification?

The time to get certification depends on personal learning speed, experience, and preparation time. It usually takes a few months to a year.

How long does it take to get a Microsoft certificate after the exam?

Usually, you can receive a Microsoft certificate within a few weeks after passing the exam.

Why did Microsoft rethink and deactivate Azure IoT Central in the platform?

Microsoft may reconsider its platform strategy based on market demand, technology updates, or strategic planning. For specific deactivation reasons, please refer to Microsoft’s official announcement.

How long does azure certification last?

Azure certification is usually valid for two years, after which recertification is required.

What is Microsoft Azure Industrial Internet of Things Cloud Platform?

Azure Industrial Internet of Things Cloud Platform is a service provided by Microsoft to help enterprises in the industrial field achieve digital transformation and improve production efficiency and quality.

What is the pricing of Microsoft Azure IoT Hub?

The pricing of Azure IoT Hub is based on the number of device connections, the number of messages, and other usage. For specific prices, please refer to the Azure official website.

What are the Microsoft Azure IoT Starter Kits?

The Microsoft Azure IoT Starter Kit includes a variety of development boards and sensor combinations for quickly building and testing IoT applications.

What are the Microsoft Azure IoT certifications?

Microsoft Azure IoT certifications cover multiple areas, including Azure IoT Developer, Azure IoT Solution Architect, etc.

What is AWS IoT?

AWS IoT is a service provided by Amazon Web Services for connecting and managing IoT devices in the cloud.

Is AWS IoT free?

AWS IoT offers free and paid tiers, and the specific fees depend on usage and selected services.

What are the components of the AWS IoT platform architecture?

The AWS IoT platform architecture includes components such as device gateway, rule engine, device shadow, message broker, etc.

What are the features of AWS IoT?

AWS IoT provides multiple features such as device registration, data collection, rule processing, and secure communication.

What is the AWS IoT Development Kit (SDK)?

The AWS IoT SDK is a set of software libraries and tools for building and deploying IoT applications.

What is AWS IoT Greengrass?

AWS IoT Greengrass allows devices to run AWS IoT core functions locally, enabling local processing and storage of device data.

What is AWS IoT Twinmaker?

AWS IoT Twinmaker is a service for creating and managing digital twins, helping developers build and simulate physical entities in the real world.

What is AWS IoT MQTT?

AWS IoT MQTT is a lightweight messaging protocol provided by AWS IoT for communication between devices.

What qualifications are required for AWS IoT certification?

AWS IoT certification usually requires applicants to have experience and skills in related fields and pass the certification exam provided by AWS.

Are there any educational requirements for AWS IoT certification?

AWS IoT certification does not have clear educational requirements, but requires applicants to have practical work experience and skills in related fields.

Can I get AWS IoT certification with a college degree?

Yes, as long as the application requirements for AWS IoT certification are met, applicants with a college degree can also get certification.

What is AWS IoT Core?

AWS IoT Core is the foundation of AWS IoT services, providing functions such as device registration, connection management, data collection, and messaging.

What does AWS IoT device management consist of?

AWS IoT device management includes functions such as device registration, configuration update, firmware upgrade, and status monitoring.

What is the Oracle IoT platform architecture?

Oracle IoT platform architecture is a set of solutions provided by Oracle for connecting, managing, and analyzing IoT data.

What does Oracle IoT Cloud Service do?

Oracle IoT Cloud Service provides device connection, data processing, analysis, and visualization functions to help enterprises quickly develop and deploy IoT applications.

What is Oracle IoT Production Monitoring Cloud Service?

Oracle IoT Production Monitoring Cloud Service is used to monitor equipment status, output, and quality indicators in the production process in real time.

What are the characteristics of Oracle IoT Production Monitoring Cloud Service?

Oracle IoT Production Monitoring Cloud Service has the characteristics of real-time, scalability, ease of use, and security.

What is Oracle IoT Production Monitoring Cloud Service used for?

Oracle IoT Production Monitoring Cloud Service is mainly used in the manufacturing industry to help enterprises improve production efficiency and quality.

What is Oracle IoT Asset Monitoring Cloud Service?

Oracle IoT Asset Monitoring Cloud Service is used to monitor and manage information such as the status and location of enterprise assets in real time.

What is Oracle IoT Fleet Monitoring Cloud Service?

Oracle IoT Fleet Monitoring Cloud Service is used to monitor and manage information such as the status, location, and driving trajectory of transportation fleets in real time.

What are Oracle IoT Smart Applications?

Oracle IoT Smart Applications are applications developed based on the Oracle IoT platform with intelligent analysis and decision-making capabilities.

What is Cisco IoT?

Cisco IoT is a set of solutions provided by Cisco for connecting, managing, and analyzing IoT devices.

What is Cisco IoT Cloud Connect?

Cisco IoT Cloud Connect is a service provided by Cisco for connecting and communicating IoT devices with the cloud platform.

What are the advantages of Cisco IoT platform?

Cisco IoT platform has advantages such as scalability, security, ease of use, and integration.

What is the Cisco IoT platform architecture?

The Cisco IoT platform architecture includes multiple layers such as device layer, network layer, platform layer, and application layer.

What are the Cisco IoT gateways?

Cisco IoT gateways include various models and specifications for connecting and exchanging data between devices.

What is Cisco IoT Control Center?

Cisco IoT Control Center is a console application for managing and monitoring IoT devices.

What is Cisco IoT Router?

Cisco IoT Router is a device used to connect IoT devices and networks, with high performance and security.

What is Cisco IoT Switch?

Cisco IoT switches are devices used to exchange data in IoT networks, with features such as scalability and reliability.

What are Cisco IoT sensors?

Cisco IoT sensors include temperature sensors, humidity sensors, light sensors and other types, which are used to monitor environmental parameters in real time.

What is Cisco IoT certification?

Cisco IoT certification is a certification program provided by Cisco to verify applicants’ expertise and skills in the field of IoT.

Will Cisco IoT certification be recognized in IoT companies?

Yes, Cisco IoT certification has a high degree of recognition in the field of IoT, which helps to improve personal professional competitiveness.

What are the issues with Cisco IoT security?

Cisco IoT security issues mainly include device security, network security, data security and privacy protection.

Is cloud computing necessary for IoT?

Yes, cloud computing plays an important role in IoT, providing key functions such as data storage, processing and analysis, which helps to achieve the intelligence and scalability of IoT applications.